和碩聯合科技股公司 - shopmanda pad/(08)avl/(11)battery/0b15-000j0… · 連同spec....

和碩聯合科技(股)公司

零件規格承認書申請表

Pegatron PN 0B15-000J000

Vendor PN 8299-PRLUCMD50004

MARKING

原產地中國昆山

使用機種

是否為安規類零件

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(請於 SRM 首頁 - httpssrmpegatroncorpcom 下載最新版本 Pegatron

HSFsurvey form)

若零件屬安規類零件(請參考下頁列表)需另行提供附件(Safety

requirement checklist)中要求之相關證明文件

APPROVAL SHEET

Delivery Specification

CUSTOMER PEGATRON GLW PN 8299-PRLUCMD50004 MODEL LUCID-M

CUSTOMER PN 0B15-000J000 SPEC 74V 2S1P ATL-5000

ISSUED DATE 20100730 REVISED DATE 20100809

REV B

Prepared by Checked by Approved by

TO

Customer Approved

APPROVAL FOR SPECIFICATIONS ONLY APPROVAL FOR SPECIFICATIONS AND SAMPLE

財產權宣告本機密技術文件屬德臻科技股份有限公司財產所有非經本公司書面同意嚴禁影印轉載複

製外流及一切非法使用 PROPRIETARY NOTE This document contains information confidential and proprietary to GALLOPWIRE ENTERPRISE CO LTD and shall not be reproduced or transferred to other documents or disclosed to others or used for any purpose other than that for which it was obtained without the expressed written consent of GALLOPWIRE ENTERPRISE CO LTD 貴司收到本承認書後如未蒙簽回敝司於兩週內亦未提出異議將等同完成正式承認 Please sign back the Approval Sheet or the document will be in effect automatically after two weeks of delivery

S2211-02

JeffHsu
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
terencet
機構部門完整姓名日期
Alec
日期印章 (紅)

發行紀錄表 Issue Records

發行日期 Issue Date

版本 Rev

變更說明 Revised Description

製作 Prepared

審核 Approved

20100730 A 新發行 New Issue Grace Wang Jason

20100809 B Update Product SPEC amp Outer Dimension Drawing Grace Wang Jason

CONTENTS 1 Product Specification

11 Electronic Performance5

12 Circuit Diagram 17

13 BOM18

14 PCB Layout Diagram 19

2 Mechanical Drawing

21 Inner Wiring Drawing 21

22 Outer Dimension Drawing 23

23 PCB Drawing 24

24 Package Drawing25

25 Label Drawing 26

26 Barcode Drawing 28

27 Assembly Drawing 29

3 Attachment Data

31 Battery Cell_ATL-6462B4 30

32 IC_BQ20Z45 42

33 IC_BQ29410 60

34 Fuse_D6X-050-A 76

35 TH_ESTA4103F3435F-30030SC85

36 MOSFET_SSM3K302T92

37 MOSFET_2N7002A 98

38 MOSFET_TPC8026 102

39 Connector109

4 Safety

41 CB115

42 CE116

PRODUCT SPECIFICATION

1

2 series 1 parallel ) with

2

2 cells at 5000 mAh combines with gas gauge control circuit

3

No1 5000 mAh2 5000 mAh3 4800 mAh4 Nominal Voltage 74 V5 048 A at

6 048 A at24 A at315 A at

7 84 V8 Maximum Charging Voltage 845 V

9 lt 250 mA Taper current10 4 A at11 End of Discharging Voltage 6 V

28 V12 Shutdown Voltage 56 V

28 V13 Allowable Operating Temperature

14 Storage Temperature 3 monthsOver 3 months

15 Consumption Current ＜ 4 mA＜ 500 uA＜ 15 uA

16 30 ~ 50

0 ~ 14

15 ~ 23

24 ~ 45

Maximum Discharging Current -20 ~ 60

Tolerance plusmn 005VRated Charging Voltage

Rated Charge Current for w JEITAsystem

End of Charging Condition

Do not exceed 424V approval maximumcharging voltage each bank

Minimum CapacityMeasure capacity by 02C discharging within 1hour after 05C charging

Typical Capacity

0 ~ 50Rated Charge Current for woJEITA system

OUR MODELSPEC NO REV

Date Aug 09 2010LUCID -M

B

Charge condition

0B15-000J000

This specification shall be applied to Li-Ion rechargeable battery pack (

The battery pack consists of

Rate performanceATL 6462B4Cell

and protection control circuit

Standby (Sleep) condition

Charge State Before ShipmentShutdown condition

Stop discharging when any series cell below

Scope

RemarkItem

gas gauge (SMBus V11 interface)

Composition

Product specification

Discharge condition

Operating condition

-20~60 40~90RH -20~60 40~90RH22~28 40~90RH

Power down when any series cell below

0~45 40~90RH


4

No1

damage2 According to the

weight attached drawingsBelow 2106 g

3 Below 230 mΩ

4 Above 74 V

5 Cycle life 300 cycles Above 4000 mAh

6 Above 4250 mAh

time after standard charge

7 No leakage norprominent breakageAbove 4500 mAh constant current V 05C

8 Deep discharge No leakage nor performance prominent breakage

Above 4500 mAhuntil ECV = 84 V (Imin ＜ 250 mA)

Open circuit voltage

Measure internal resistance within 1 hour afterquick charge

Initial internal resistance

Discharge test sample for 24 hours by

Outside appearance Visual checkNo prominent staindeformation nor

Outside dimension and Use caliper ( 05mm a division )

Test condition

Performance of pack and test condition pack

Item Standard

5 Ohm resister at 25 plusmn 2 after standardcharge Then charge by 01C at 25 plusmn 2

condition Then measure standard discharge

Carry out 300 cycles 05C charge and 05Cdischarge Then measure 05C discharge timeafter 05C charge (at 301st cycle)

9

performance

specified timeOver charge performance

for 8 hours at 25 plusmn 2

Storage the cell at 50 discharged

This test can be carried out up to threetimes if discharge time is below

discharge voltage ) at constant voltage

Measure standard discharge time andcheck outside appearance right away when this process complete

Charge sample ( after discharge till end

Measure open circuit voltage within 1 hour afterquick charging

Long time storage

Page 2


9 Thermal shock No abnormal outsideAbove 4000 mAh

and check outside appearance right after rated chargeTemperature cycle90RH 60(4hrs) 　 rarr 20(4hrs)

rarr -10(4hrs)10 No leakage

11 No rupture fire smoke nor leakage 9 V

12 No rupture fire nor leakage

13 No malfunctionlevel 4Contact plusmn 8Air plusmn 15

14 No rupture fire prominent breakage No interference for chargedischarge

15 Heat test

16 Impact test

17

5

NECD6X-050-A 12A

Leave 8 hours connecting 05C

The measured rated discharge time

Over charge (Safety test)

Protection parts

RemarkRated performance

to the battery after rated charge

Short between terminal(Safety test)

Leave battery pack shorted between

5 times of cycle test under the

power supplyat 25 plusmn 2 after rated charge

Leave in the atmosphere at 33 plusmn 3 and 85plusmn5 RH for 2 weeks after rated charging

terminal (+amp-) for 1 hour after rated

following environment shall be made

One hour continuous 4mm width

No rupture fire smokeexplosion and leakage

charge at 25 plusmn 2

Vibration for random direction with

500plusmn25g 50mm diameter steel ball droppedfrom 130cm height onto center of impact packsthree corners

According to IEC801-2(IEC 1000-4-2)

KV

Height 100cmNumber of drop 26 drops (6 faces 8 corners12 edges)Board Oak of 30mm-thick

SCP

Pack is heated in oven Temperature of oven is100plusmn2 and keep 1 week


KV

Function is OKHousing crack isacceptable but noallowance for insideseen and no apartoccurred by using 5Kgof opening force oncrack area and no firesmoke explosion andleakage

Iterm

Vibration test

Drop test

167Hz vibrating frequency

Electric static discharge

Leakage performance

Page 3


6

V momentary or than V prohibition mode would be reset

Over discharge prohibition Recover when all cell voltages aregreater than V

V momentary or If battery pack is no voltageplease connect power supply and the voltage will be recovered

Any of cells voltage drops below Recovery when all cell voltagesmV are equal to or greater than

mV

if charge current greater than 3500 mA equal to or less than 200mA and for time less than 4 seconds time greater than 10 seconds

protection if disharge current greater than 5000 mA equal to or less than 200mA and for time less than 4 seconds time greater than 10 seconds

Charge inhibition protection Inhibit charging if temperature is less than Allow to charge when 00 temperature is equal to or

greater than

Inhibit charging if temperature is higherthan 500

below Disharge inhibition protection Inhibit discharging if temperature is higher

than 600

below

or greater than 600 below

to or greater than 650 below

Under temperature protection Stop charging if temperature is equal to Allow to charge when or below 00 temperature is equal to or

greater than

Over current protection Stop discharging if discharge currentabout 55 ~ 75 A for delay equal to or less than 5mA and time 9 ~ 31 ms time greater than 10 seconds

Short circuit protection Stop discharging if discharge currentover about 24 ~ 26 A for delay time equal to or less than 1mA and

us time greater than 10 seconds

has detected charge prohibition mode If all of cells are less

Protection function

Over charge prohibitionFunction item

Shut down circuitry and stop charging

Allow to discharge when

Recover when average current is

Pre_charge protection

Over temperature protection

Stop discharging if temperature is equal

3000

Shut down circuitry and stop discharging

41plusmn0025424plusmn001

continuously

47 ~ 50


temperature is equal to orAllow to charge when

0 ~ 3

Discharge over current Shut down circuitry and stop discharging

Shut down circuitry and stop chargingCharge over current protection

28plusmn005continuously (Possible to charge)

if any cell voltage becomes less than

(Possible to discharge)

500~1000

57 ~ 60temperature is equal to or

Control function and operation


Condition for reset

3000

3plusmn0025

In case of the cell voltage which


Allow to charge when temperature is equal to or

Allow to charge when

47 ~ 50

57 ~ 60

0 ~ 3

temperature is equal to or

if any cell voltage exceeds more than

Stop charging if temperature is equal to

Page 4


Safety protection Any cell voltage exceeds Can not be recoveredV for 4 ~ 10 seconds

Any cell voltage less thanV for

Any of the cell voltages are greater than mV Current goes below

20 mA for 1800 seconds Adifference between CellVoltage 2 1 are equal to or greater than 500mV for 20 secondsAny of the cell voltages are greater than

mV Current goes greaterthan 25 mA A difference between

CellVoltage 2 1 are equal to or greater than 500 mV for 20 seconds

bq20z45 tries to turn off CHG FET andcharge current is equal to or higher than50mA for time less than 4 secondsbq20z45 tries to turn off DSG FET anddischarge current is equal to or higher than50mA for time less than 4 seconds

4~10

435 plusmn 0025

3000

2 plusmn 0025seconds

3000

Page 5


7 Power gauge description

71 DescriptionThis battery pack contains specifications of Benchmarq bq20z45-R1 (SMBus-Link)

72 EEPROM data

NameVoltage

Hi Dsg Start Temp 600

2nd Level Safety

- -mVmVmV

s

OT2 Dsg Threshold 600

OT2 Dsg Time 0 s

sOT1 Dsg Recovery 600

OT1 Dsg Time 2

hex


-

s

Unit

-600

2

550

Value

0

s

Unit-

mVmV

4240

mA

hex

mV

mV

shexhex

mVmV

-mA

mVmV

s

4350

4240

-

424041002800

23000

OT2 Dsg Recovery

4100

3500

HT COV Threshold

CUV Threshold

CUV Recovery

OT2 Chg Recovery

HT COV Recovery

CUV Time

AFE OC Dsg Time

OT1 Chg RecoveryOT1 Chg Time

OT2 Chg Time

96

500

550

4100

CurrentOC (1st Tier) Chg

NameVoltageLT COV Threshold

Current Recovery Time

ST COV ThresholdST COV Recovery

4350

LT SOV ThresholdST SOV ThresholdHT SOV ThresholdSOV Time

4350

TemperatureOT1 Chg Threshold

OT2 Chg Threshold

AFE SC Chg cfgAFE SC Dsg cfg

90

-Value

1003AFE OC Dsg

1st Level Safety

OC (1st Tier) Dsg

LT COV Recovery

05

0

500

5000

Page 6


30003000256

020

Pre-chg Voltage ThresholdPre-chg Recovery Voltage

Pre-Charge Cfg

JT4

JT2a

-

Name

s

s

Current

7500

750

0SOT1 Dsg ThresholdSOT1 Dsg TimeSOT2 Dsg Threshold

SOT2 Chg Time650

Active CIM TimeActive CIM Check VoltagePFIN Detect Time

CIM Battery Rest TimeRest CIM Check VoltageActive CIM Fail Voltage

mVs

Rest CIM Fail VoltageRest CIM CurrentSUV Time

500

s

300050020

s

-mVmVmA

s

Unit-

-s

s-s-

smV

s

mAs

mAs-

-

mAmV

ss

mVmV

mV

1800

5

SOT2 Chg Threshold0

-

100000

500600

Temp Hys 10

JT3

Charge Control

230

JT1JT2

Value-

00150

1

2

20

20

Charge Temperature Cfg

AFE Fail LimitAFE Fail Recovery Time

Pre-Chg Current

0FET VerificationFET Fail Time

0AFE VerificationAFE Check Time

-

-

SOT2 Dsg Time

SOC Dsg TimeTemperature -

650SOT1 Chg Threshold

0

SOC Chg Time

PF SOV Fuse Blow Delay

10000

3000

SOC Dsg

PFIN Min Fuse Blow Voltage

Rest CIM Time

SOT1 Chg Time

02000

SOC Chg

SUV Threshold

3600

Page 7


-

4500100

C43700

0031

315039004000

mAmAmVmAmAmAmV

3150840031503150

Cell Voltage Threshold1Cell Voltage Threshold2

4808400240024002400840031503150

ST2 Chg Voltage

-8400

LT Chg Current3

ST1 Chg Current3

LT Chg Voltage480

500037000

AS0826F43A --

mAh

mAhmWh

hexnum

Dont Care0

mVhexdate

Value-

5003700

1060807400

mAhmWhMinhex

-

smAh

-

mVmAmA

mV

mAmVmAmA

mV

-

mA

mAmVmA

Charging Faults

SBS Configuration

CF MaxError LimitCC Threshold

Manuf DateSer NumCycle Count

LT Chg Current2

FC Clear

DataRem Cap Alarm

Design Capacity

ST2 Chg Current1ST2 Chg Current2ST2 Chg Current3

Cell Blancing Cfg

Taper Voltage

10-

9595-

TCA Clear 200

Taper Current

Over Charge Capacity 960

Min Cell Deviation

Charge Fault Cfg 02

480

Cell Voltage Thresh HysTermination Cfg

ST1 Chg VoltageST1 Chg Current1ST1 Chg Current2

HT Chg VoltageHT Chg Current1HT Chg Current2HT Chg Current3

Charge Cfg

LT Chg Current1

Rem Energy Alarm

Name

Design EnergyManuf NameDevice Name

Dont Care

-

-

250

1702

mV

-mAh

Rem Time Alarm

Spec InfoDesign VoltageInit Battery Mode

Unit

Page 8


--

AFEAFEState_CTL

-00

Permanent Fail Cfg 2 0001 -

--Permanent Fail Cfg

-

-1500-1000-1500

Lifetime Temp SamplesLT Temp Samples

-0

Life Max AvgDsg CurLife Max AvgDsg PowLife Avg Temp

mVmV

Lifetime Max Dsg Power

----

Deterioration Warm LimitDeterioration Fault Limit

5030

-

Value-

012924F800152070

0000

--

Unit-

-

mVmV

--

mVs

mV

Unit

-

-

0123456789ABCDEF012

-

1500-3000

39003800

300

0123456789ABCDEF012

78007600

0123456789ABCDEF0120123456789ABCDEF012

1500

250

Value

Non-Removable Cfg

Cell Life Limit

Device Chemistry

ConfigurationTDA Set

-7

TDA Clear FD Set

91

FD Clear TDA Set Volt Threshold

196000

TDA Set Volt TimeTDA Clear Volt

16200

Lifetime Max TempLifetime Min Temp

Manufacturer Info 1Manufacturer Info 2Manufacturer Info 3Manufacturer Info 4

System Data

Lifetime Data

0123456789ABCDEF0123456789ABCDE

Lifetime Max Cell VoltageLifetime Min Cell Voltage

Operation Cfg B

Lifetime Max Pack VoltageLifetime Min Pack VoltageLifetime Max Chg CurrentLifetime Max Dsg CurrentLifetime Max Chg Power

O000

-

20

Operation Cfg A

Configuration

Registers

NameManufacturer InfoManufacturer Info 0

Operation Cfg C

Name

200

-

Page 9


0000--

10mWmVmA

10mW

-7317

-1000

---

mA

-822

8800

-999Avg P Last RunDelta VoltageMax Avg I Last RunMax Avg P Last Run

Cell 1 Chg dod at EoCCell 2 Chg dod at EoCCell 3 Chg dod at EoCAvg I Last Run

Sealed Ship Delay 5 s

--

-mAhmAhmAh

-mAmAmA

mAhmWh

500

-mVmAmW

Unit--

Value-1

mV

mVmA

-

2800

03

800010

Unit-

mVmV

-6000

06000

Name

Name Value

Gas Gauging

Flash Update OK VoltageShutdown VoltageCell Shutdown Voltage

Sleep CurrentCharger Present

Wake Current Reg

5000

Power

Term Voltage

Load SelectLoad Mode

IT Cfg

Dsg Current ThresholdChg Current Threshold

5025

Current Thresholds -Reserve Cap-mWh

User Rate-mA

Reserve Cap-mAh

00

Power

User Rate-mW

5518

mAhmAh

--

Unit-

500050005518

Quit CurrentState

10-

Qmax cell 0Qmax cell 1

5646

02128

Qmax cell 3Qmax PackUpdate StatusCell 0 Chg dod at EoC

Value-

PF Status

Saved PF Flags 1Saved PF Flags 2

00000000

Saved 1st PF Flags 1Saved 1st PF Flags 2

0000

NameDevice Status Data

Cell Shutdown Time 10 s

Qmax cell 2

Page 10


10

---

5754-

239

-5754

0

----

----

----

---

Value-

1010

12250067291-0245

----

----

----

Unit-

Calibration

-04Ext2 Temp Offset 0

NameDataCC GainCC Delta

00Int Temp Offset

-CC Current 2000

8400Voltage Signal

Config

32250

Temp SignalCC Offset TimeADC Offset TimeCC Gain Time

2980250

1984

4012

-28285

32

-7537

-300

500

Filter

Int Max Temp

4012Int Coef 1

Current

0Int Coef 3 -11136Int Coef 4

Ext Coef 1

DeadbandCC Deadband

--

Ext Max Temp

Int Min AD

-

AFE Pack GainCC OffsetBoard Offset

Ext Coef 4

Cal Mode TimeoutTemp Model

Ext Coef 3

Ext Min AD

Ext Coef 2

0

20848

Ext1 Temp Offset

Int Coef 20

Ref Voltage

Voltage TimeTemperature Time

-

-

Page 11


8 Terminal specification

No Definition IO1 PACK+ -2 PACK+ -

3 PACK+ -

4 PACK+ -

5 PACK+ -

6 NC -

7 PRES -

8 SMBD IO9 SMBC IO10 BI -11 PACK- -12 PACK- -13 PACK- -

14 PACK- -

15 PACK- -

Host PC Smart Charger and Fuel Gauge are communicate with SM Bus protocol For detailplease refer to the BQ20z45-R1 specification amp application manual supplied by TI

-

System Management Bus Clock interfaceConnect to PACK-

Power groundPower ground

--

-


-

-

Provide battery power for system and connect to the charger circuit-

FunctionProvide battery power for system and connect to the charger circuit

Comment

Provide battery power for system and connect to the charger circuitNot connecting

Provide battery power for system and connect to the charger circuitProvide battery power for system and connect to the charger circuit

Power ground -

-

System Management Bus Data interfaceConnect to ground to enable battery function Connect to PACK-

-

----

Page 12

11

22

33

44

55

66

DD

CC

BB

AA

GA

LLO

PWIR

E EN

TERP

RISE

LTD

Title

Size

Dat

e

Des

igne

d

Chec

ked

App

rove

dR

evD

ocum

ent N

umbe

rIS

O N

umbe

rPr

ojec

t Num

ber

File

Nam

e

Shee

tO

f1

120

107

30

Pega

tron

LUCI

D-M

3F

No

551

Se

c 7

Jho

ngsia

o E

Rd

Nan

gang

Dist

rict

Taip

ei 1

15 T

aiw

anTE

L 8

86-2

-278

5609

8 FA

X 8

86-2

-278

5-57

73

S220

2SC

-PRL

UCI

W-C

C

SC-P

RLU

CIW

-CS

CHD

OC

D27

2-W

50W

B

R18

R13

R10

C16

C15

C17

C3

C4

C7

C10

C11

R3R2R1

D2

R6 TP14

VG

VH

D1

R5

C1R4

TP15

D3

JP1

12

3

F1

VP

7 6 58

4

1 2 3Q

2

C2

C12

TP19

A K

D4

R8

R9

C5

C6

C9

R7

R11

A K

D5

Q4

R20

R21

R12

R14

R15

R23 R22

R19

R24

TH1

C18

R27

R31

C22C21

TP1

TP3

TP6

TP

VP

VH

VG

Q1

P+1

P+2

P+3

P+4

P+5

NC

6

PRES

7

SMD

8

SMC

9

BI

10

P-11

P-12

P-13

P-14

P-15

J1

R30

R26

R25

D6

D7

TP2

TP20

R17

R16

C8

TP17

C14C13

TP11

TP7

TP8

C23

TP

VG

VP

VH

C24

C19

C20

R28

R29

TP22

R33

TP16

SAFE16

CHG38

VSS7

REG338

VCELL+10

VCC3

NC19

PRES12

ALERT11ZVCHG4

DSG1

PGOD5

VSS 21VSS 25VSS 28

VC5 32

VC3 34

VC4 33

VC2 35VC1 36

BAT 37

RBI 27REG25 26PFIN 15

PACK2

PMS6

SMBC18SMBD17

TOUT9

TS113

TS214

VSS 20

GSRN 23

GSRP 22

RESET 29

MRST 24

ASRP 31

ASRN 30

U1

VH

1TP

31

TP32

TP33

TP34

TP35

TP36

TP37

TP38

TP39

TP40

TP41

TP42

TP43

TP44

TP45

C25

7 6 58

4

1 2 3

Q3

VC1

8

VC2

7

VC3

6

GN

D5

VD

44

CD3

VD

D2

OU

T1

U2

76

10

層級版本數量商品名稱

0 TE 10000 HSF 成品 BAT Pegatron Lucid-M 2S1P ATL-6462B4 5000mAh BQ20Z45

1 00250 LF RoHS 標識3020MM 共用 (華冠)

1 TC 10000 HSF LUCID-M SMART ATL 2S1P 5000mAh REVA

1 10000 HSF MYLAR(PI) 128123008m 單面背膠 TT-3055 RevA 聯元

1 10000 HSF MYLAR(PI霧面) 1559415044008mm單面背膠 TT-3055 RevB 聯元 TT-3055 RevB 聯元

1 10000 HSF Mylar (PC) 454001mm 單面背膠 3M-467MP REVA 聯元

1 10000 HSF Steel plate 1297501mm REVA 聯元

1 00250 HSF外箱 395395175mm REVA 呈泰

1 10000 HSF 防靜電PE袋19130005cm 榮峰

1 00250 HSF EPE托盤 380380145mm REVA 呈泰一盤40pcs

1 00250 HSF EPE托盤蓋 38038010mm REVA 呈泰

1 00500 HSF EPE卡條 3503030mm REVA 呈泰

1 10000 HSF LUCID-M LABEL 2Cell ATL-5000mAh RevA 大偉

1 10000 HSF Polarity LABEL 2Cell ATL-5000mAH RevA 大偉

1 10000 HSF Barcodr 506mm 3M 7880 外殼上貼 RevA (達昌)

2 TB 10000 HSF LUCID-M Main ATL 2S1P 5000mAh REVA

2 20000 HSF BAT 5000mAh Polymer ATL 6462B4

2 20000 HSF NICKEL 75013mm 長條型聯元

2 10000 HSF NOMEX 1222205013mm 單面背膠 FR750-HF RevA 港宇

3 TC 10000 HSF LUCID-M Main 2S1P REVA

3 10000 HSF SCP SEFUSE D6X-050-A 12A 136plusmn3 NEC

3 10000 HSF THTA4103F3435F-30030SC10KΩplusmn1 30mmEWAY

3 10000 HSF WIRE TO BOARD 15P 0WCGLW10001N REVA樺晟

4 10000 HSF PCB LUCID-M Main OSP REVB 上海欣奉 GLW0315B

4 10000 HSF GAUGE PROTECT IC BQ20Z45 TSSOP-38 TI

4 10000 HSF SECOND IC PROTECT BQ29410 MSOP8 TI

4 10000 HSF MOSFET SSM3K302T N_Channel 30V SOT-23 TOSHIBA

4 10000 HSF MOSFET 2N7002A-RTKH N_Channel 60V SOT-23 KEC

4 20000 HSF MOSFET TPC8026 N_CHANNEL 30V SOP-8 TOSHIBA

4 40000 HSF DIODE SWITCHING 1N4148WS SOD-323 PANJIT

4 10000 HSF DIODE ZENER AZ23C5V6P 56V SOT-23 PANJIT

4 10000 HSF DIODE ZENER BZT52-C5V6S SOD-323 PANJIT

4 20000 HSF CM 047uF 16V X7R SMD0603 TDK


4 30000 HSF CM01uF 50V X7R SMD0603 帶裝 SAMSUNG


4 10000 HSF CM 22uF 10V Y5V SMD0603 TDK


4 50000 HSF RES 100plusmn5 116W Chip SMD0402 UNIROYAL


4 40000 HSF RES 1K plusmn5 116W Chip SMD0402 UNIROYAL


4 30000 HSF RES 100Kplusmn5 116W Chip SMD0402 UNIROYAL

4 10000 HSF RES 1Mplusmn5 116W Chip SMD0402 UNIROYAL



4 20000 HSF RES 3M plusmn5 110W Chip SMD0603 UNIROYAL




4 10000 HSF RES 001plusmn1 1W Metal Film SMD2512 VISHAY

4 10000 HSF PCB BARCODE 125mm RevA華冠

商品編號

8299-PRLUCMD50004

7481-ROHS50000102

8392-LUCM14D50A01

8415-G128C3G1DA04

8415-G156F0G1DB04

8415-W04540F11A04

8421-AC9754000A04

8480-014040180A04

8480-061913R0XA08

8480-143838154004

8480-153838010A04

8480-283503030A04

8481-LUDM12CT1A11

8481-LUDMF26T1A11

8483-500600404A04

8376-LUCM14D50A01

8401-500020001104

8411-007521C00A02

8415-D12221115A03

8373-LUCM1D000A01

8410-5X0501360101

8448-11032F300A02

8464-4F0WCSX1NA26

8423-LUCM10100B02

8431-BQ20Z4513101

8431-BQ2941028101

8436-3K302T221101

8436-N7002A251103

8436-PC8026224101

8439-148WS1100104

8439-23C5V1200104

8439-C5V6S2100104

8442-0R4222000101

8442-104221000101

8442-104422000102

8442-105222000101

8442-225112000101

8442-225223000101

8449-1000J1110103

8449-1000J1220103

8449-1001J1110103

8449-1001J1220103

8449-1003J1110103

8449-1004J1110103

8449-1004J1220103

8449-2203J1110103

8449-3004J1220103

8483-120500303103

8449-5101J1110103

8449-6192F1220103

8449-8451F1220103

8449-R010F2660102

GLWUSER
GLWUSER
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)

Form No QF-T-PS-02B


DOC NO PS-6462B4-A REV A SHEET 4 of 15

Content

1 Scope 5

2 Model 6462B4 5

3 Specification 5

4 Battery Cell Performance Criteria 5

41 Visual inspection 5

42 Standard environmental test condition5

43 Electrical characteristics6

44 Mechanical characteristics 6

45 Environment Test6

5 Storage and Others 7

51 Long Time Storage7

52 Others 7

6 Drawing (all unit in mm not in scale) 7

Handling Precautions and Guideline8

1 Charge 8

2 Discharge 9

3 Protection Function Requirements for Battery and Host Device 9

4 Notice for Designing Battery Pack 10

5 Storage 11

6 Handling of Cells 12

7 Userrsquos Guideline for Safety Handling 14

8 Others 15

ATL

PRODUCT SPECIFICATION DOC NO PS-6462B4-A

REV A

SHEET 4 of 15

1 Scope

This document describes the Product Specification of the Lithium-ion Polymer (LIP) rechargeable battery cell supplied by ATL (Amperex Technology Limited)

2 Model 6462B4 3 Specification

No Items Specifications

1 Charge voltage 42V

2 Nominal voltage 37V

3 Minimal capacity (02C) 4800mAh 02C Discharge

4 Normal capacity (02C) 5000mAh 02C Discharge

5 Standard Charge Method 0~14degC 01C CC to 42V CV to 005C cutoff 14~23degC 05C CC to 42V CV to 005C cutoff 23~50degC 07C CC to 42V CV to 005C cutoff

6 Max Charge Current Refer standard charge method (item5)

7 Max Discharge Current 10C

8 Discharge Cut-off Voltage 30V

9 Operating Temperature Charging See item5 Discharging -20degC ~ 60degC

10 Storage Temperature -20degC ~ + 60degC in three months 25plusmn3degC over three months (see page11 in detail)

11 Cell Weight 94plusmn2g

12 Cell Dimension Length1140mm Max Width620mm Max Thickness64mm Max (Not including 8 swelling after 300cycles)

4 Battery Cell Performance Criteria

41 Visual inspection There shall be no such defect as scratch flaw crack and leakage which may adversely affect commercial value of the cell

42 Standard environmental test condition Unless otherwise specified all tests stated in this Product Specification are conducted at below condition Temperature 23 plusmn 5degC Humidity 65 plusmn 20 RH

Form No QF-T-PS-02B

ATL


REV A

SHEET 5 of 15

43 Electrical characteristics

No Items Test Method and Condition Criteria 1 Standard

Charge

Charging the cell initially with constant current at 05C after cell voltage reach to 42V then Charge with constant voltage at 42V (accuracy 420 plusmn 005V) till charge current declines to 005C

NA

2 Minimum Rated Capacity

The capacity means the discharge capacity of the cell which is measured with discharge current of 02C with 30V cut-off voltage after the standard charge

ge4800mAh

3 Cycle Life Test condition Step1 Charge the cell at 05C to 42V Step2 Discharge the cell at 05C to 30V Step3 Repeat step1 and step2 for 300 times Measure the capacity of 1st cycle capacity at 05C discharge of Operation

300cycles ge 80

4 Self-discharge Capacity after 30 days storage measured under the same condition as Item42

Residual capacity gt 90

5 Initial Impedance

Internal resistance measured at AC 1KHz after 50 charge le 60mohm

6 Cell Voltage As of shipment 36V ~ 39 V

44 Mechanical characteristics

No Items Test Method and Condition Criteria 1 Vibration Test Cell (as of shipment) vibrated for 90 minutes for

each of the three mutually perpendicular planes with total excursion of 115mm and with frequency of 10 Hz to 55 Hz

No leakage capacity recovery rate ge 90 (Standby 3 hours)

2 Drop Test The cell is to be dropped from a height of 1 meter 2 times onto concrete ground

No explosion no fire no leakage

45 Environment Test

No Items Test Method and Condition Criteria 1 85

environment Standard charge at 25 put the cell into test device measure thickness right after stand for 4hours at 85

No swelling no leakage no fire

Form No QF-T-PS-02B

ATL


REV A

SHEET 6 of 15

5 Storage and Others 51 Long Time Storage If the Cell is stored for a long time the cellrsquos storage voltage should be 36~39V and the cell is to be

stored in a condition as Item 42 52 Others

Any matters that this specification does not cover should be conferred between the customer and ATL

The warranty of Product Specification is 12months from the date of cell manufactured 6 Drawing (all unit in mm not in scale)

Barcode definition 1st barcode definition XXXXXXXXXXXX~XXXXXXXXXXXX as the serial No

2nd barcode definition AXXXXYYYVV XXXXmdashyear week No YYYmdashGroup VVmdashVersion

(The barcode will begin from mass production)

Items Description Dimension and Spec

T Thickness 64 mm max(Including yellow tape)

W Width 620 mm max

L Length 1140 mm max

A Positive tab to cell left edge 70plusmn12 mm

B Negative tab to cell left edge 455plusmn12 mm

C Tab width 60plusmn01 mm

D Top sealing Width 40plusmn10 mm

E Sealant Length 02 ~ 20 mm

F Tab length 85plusmn10 mm

Form No QF-T-PS-02B

ATL



Appendix Handling Precautions and Guideline

For LIP (Lithium-Ion Polymer) Rechargeable Batteries Foreword

This document of Handling Precautions and Guideline for LIP Rechargeable Batteries shall be applied to the battery cells manufactured by ATL (Amperex Technology Limited)

Statement (1) Customers are requested to contact ATL in advance if and when the customer needs other applications or operating conditions than those described in this document Additional experimentation may be required to verify performance and safety under such conditions

Statement (2) ATL will take no responsibility for any accident when the cell is used under other conditions than those described in this Document

Statement (3) ATL will inform in a written form customers of improvement(s) regarding proper usage and handling of cells if it is deemed necessary

Statement (4) During designation of host device or battery pack itrsquos better for customers to get ATL involve to review the battery installation and safety protection scheme This is very helpful to safety of battery application

1 Charge 11 Charge Current

Charge current should be less than the maximum value specified in the Product Specification Charging with higher current than recommended value may cause damage to cellsrsquo electrical mechanical and safety performance and could lead to heat generation or leakage

12 Charge Voltage Charging shall be done by voltage less than that specified in the Product Specification (42Vcell) Charging beyond 425V which is the absolute maximum voltage must be strictly prohibited The charger and protection circuit of battery pack shall be designed to comply with this condition It is very dangerous that charging with higher voltage than the maximum value and may cause damage to the cell electrical mechanical safety performance and could lead to heat generation or leakage

13 Charge Temperature Batteries shall be charged at 14degC~50degC environment temperature specified in the Product Specification In case of environment temperature is lower than 14~50degC charge shall be with smaller current (recommend 01C) If the environment temperature is lower than 0degC charge shall be prohibited

14 Prohibition of Charge to 0V Cells It is prohibited to charge the cells which are with 0V voltage

Form No QF-T-PS-02B

ATL



15 Prohibition of Reverse Charge Reverse charge is prohibited Cells shall be connected correctly The polarity has to be confirmed before wiring In case of the cell is connected improperly the cell cannot be charged Simultaneously the reverse charging may cause damage to the cell which may lead to degradation of cell performance and damage the cell safety and could cause heat generation or leakage

2 Discharge 21 Discharge Current

The cell shall be discharged at less than the maximum discharge current specified in the Product Specification High discharging current may reduce the discharge capacity significantly or cause over-heat

22 Discharge Temperature Cells shall be discharged at -20degC~60degC environment temperature specified in the Product Specification

23 Over-discharge It should be noted that cells would be at an over-discharged status due to self-discharge characteristics in case they were not used for a long time In order to prevent over-discharging cells shall be charged periodically to maintain the voltage between 36V and39V Over-discharging may cause the loss of cell performance characteristics or battery functions

3 Protection Function Requirements for Battery and Host Device

Battery pack and host device shall be designed with below protection function to make sure cells at a safe

usage conditions

a) Over-charge protection

b) Over-discharge protection

c) Over current protection

d) Over-heat protection

e) Short circuit protection 31 Overcharge Protection

Overcharge protection function shall be triggered and stop charging if any one of the cells of a battery pack reaches 425V The host device and battery pack shall be designed to indefinitely withstand the maximum voltage from the adapter under a single fault condition to prevent a cascading failure through the system to the battery pack andor cell

32 Over-discharge Protection When the voltage of any cell in a battery pack is lower than 25V over-discharge protection function shall work and stop discharging to prevent the cells from over-discharge It is recommended that the dissipation current of PCM shall be less than 10uA The voltage of each cell in a battery pack shall be monitored and current shall be controlled by the PCM all the time

33 Over Current Protection In case of charge current is over the limitation specified in the Product Specification the charging must be cut off The battery pack shall have at least one over current protection circuitry or devices designed to meet the specification to avoid the cell is charged with greater current than the Product Specification The host device shall be designed to indefinitely withstand the maximum current from the adapter under a single fault condition to prevent a cascading failure through the system to the battery pack andor cell

Form No QF-T-PS-02B

ATL



34 The Requirements to the Components of Protection Circuit Cells components and materials used in the battery pack shall meet the minimum and maximum temperature requirements with adequate margin Protection circuit components (excluding thermal devices designed to activate at specific temperatures) shall be rated for a minimum operating range of ndash25 degC to +85 degC

35 Over Temperature Protection The battery pack or host device shall contain at least one thermal protection device or mechanism independent of internal cell devices or mechanisms For a thermistor type temperature protection circuit all packs of the same model shall have the same voltage to temperature translation (acceptable tolerance no more than plusmn10) with consideration for any temperature lag over time During charge and discharge the temperature of cells shall be monitored When temperature limitations are exceeded action shall be taken to mitigate hazards Action should include shutdown or disabling of charging or other protective action The action may be taken by the battery pack andor host

36 The Limitation of Charge Time In order to prevent abnormal cells or battery packs are charged for a long time charge time shall be limited according to the Product Specification When time limitations are exceeded action shall be taken by the host device or the battery pack to shutdown or disable the charging

37 Pre-charge Function The system shall not initiate normal charging if the battery voltage is below the over-discharge protection voltage defined in the Product Specification In this case the system may support a pre-charging function to bring the battery voltage above the required threshold The recommended pre-charge procedure is as below The cell battery pack charging shall start with a low current (le 100mA) for 15~30 minutes before rapid chargingstarts The rapid charging shall be started after the （individual）cell voltage has been reached above 3V within15~30 minutes that can be determined with the use of an appropriate timer for pre-charging In case the(individual) cell voltage does not rise to 3V within the pre-charging time then the charger shall have functionsto stop further charging and display the cellpack is at abnormal state

38 The Other Requirements to Main Device Designation 381 In case of fault happened in host device it shall not disable the safety features inside the battery pack(s) 382 The charging system or any part of the host device shall not disable or override the safety features

inside the battery pack(s) 4 Notice for Designing Battery Pack

41 Pack Design 411 Battery pack should have sufficient strength to make sure the cell(s) inside is protected from

mechanical shock 412 No sharp edge components should be inside the pack containing the battery 413 Allowances shall be made for cell and battery pack dimensional tolerance and changes throughout the

product lifetime 42 Avoid any components or conductive plate from devices to contact the edge of packing foil of cells

Form No QF-T-PS-02B

ATL

The components contact the packing foil and lead to the battery short

The components contact the packing foil edge and lead to the battery short



43 Tab Connection 431 Ultrasonic welding laser welding or spot welding is recommended to connect cell(s) with PCM or

other parts 432 If use manual solder method to connect tab with PCM below notice is very important to ensure cell performance

a) The solder iron should be temperature controlled and ESD safe b) Soldering temperature should not exceed 350degC c) Soldering time should not be longer than 3s Rework times should not exceed 4 times Keep battery

tab cold down before next time soldering d) Directly heat cell body is strictly prohibited Battery may be damaged by heat above approx 100degC

44 Cell Fixing 441 The cell(s) should be fixed to the battery pack or host device on its largest surface area 442 No cell Prevention of short circuit in a battery pack or host device 443 Movement in the battery pack should be allowed

Enough insulation layers between wiring and the cells shall be used to maintain extra safety protection The battery pack or host device shall be structured with no any potential short circuit which may cause generation of smoke or firing

5 Storage The cell shall be stored at the environmental condition of -20degC~60degC and 65+-20 RH If the cell has to be storied for a long time (Over 3 months) the environmental condition should be

Temperature 25plusmn3degC Humidity 65plusmn20RH

The voltage for a long time storage shall be 36V~39V range Form No QF-T-PS-02B

ATL A Copper foil which used to screen the PCM contacts to the edge of packing foil

Any components contacting these two edges they must be insulated



6 Handling of Cells Since cells are packed in soft material to ensure its better performance careful handling is very important

61 Soft Aluminium Foil The soft aluminum packing foil may be damaged by sharp matter such as Ni-tabs pins and needles or other tooling and fixtures

a) Donrsquot strike cells with any sharp matter b) Trim your nail or wear gloves before taking cells c) Clean worktable to make sure no any sharp particle

62 Top Sealing Edge Sealing edge on the top of cells is very flimsy and easy to be delaminated Donrsquot bend or fold this area

Form No QF-T-PS-02B

ATL



66 Side Sealing Edge

The side sealing edge has been folded and fixed in cell forming processes and passed hermetic test The Aluminum foil may brake by re-folding time after time Donrsquot open and refold this edge

66 Tabs The cell tabs are easy to be broken especially for Aluminum tab Donrsquot bend the tabs

66 Mechanical Shock Donrsquot Fall shock bend cell body

Form No QF-T-PS-02B

ATL



66 Short Short terminals of cells is strictly prohibited it may damage cells even result in safety accident

7 Userrsquos Guideline for Safety Handling

71 The following information or equivalent statements shall be made available to the user through one or more of the following means as appropriate printed on the label for the battery printed on the label for host device printed in the ownerrsquos manual or posted in a help file or Internet website Do not disassemble or open crush bend or deform puncture or shred Do not modify or remanufacture attempt to insert foreign objects into the battery immerse or expose

to water or other liquids or expose to fire explosion or other hazard Only use the battery for the system for which it was specified Only use the battery with a charging system that has been qualified with the system per standard Use

of an unqualified battery or charger may present a risk of fire explosion leakage or other hazard Do not short circuit a battery or allow metallic or conductive objects to contact the battery terminals Replace the battery only with another battery that has been qualified with the system per standard

Use of an unqualified battery may present a risk of fire explosion leakage or other hazard Donrsquot keep a battery at rest for a long time (over 6 months) Safety accident may happen when

re-charging a battery which has a rest for a long time Promptly dispose of used batteries in accordance with local regulations Battery usage by children should be supervised Avoid dropping the phone or battery If the phone or battery is dropped especially on a hard surface

and the user suspects damage take it to a service center for inspection Improper battery use may result in a fire explosion or other hazard In the event of a battery leak do not allow the liquid to come in contact with the skin or eyes If

contact has been made wash the affected area with large amounts of water and seek medical advice Seek medical advice immediately if a battery has been swallowed Communicate the appropriate steps to be taken if a hazard occurs

72 The following indications notifications and dialogmessages at the system level or an equivalent

statement may be displayed along with recommended actions as appropriate Abnormal battery temperature alert Abnormal host device andor battery dc input voltage alert Abnormal current draw alert Battery communication failtime-out alert Incompatible battery alert Alert for other malfunctions that may lead to hazards

Form No QF-T-PS-02B

ATL



8 Others 81 Prohibition of Disassembly 811 Never disassemble cells The disassembling may generate internal short circuit in the cell which may

cause swelling firing or other problems 812 Electrolyte is harmful LIP battery should not have liquid from electrolyte flowing but in case the

electrolyte come into contact with the skin or eyes physicians shall flush the electrolyte immediately with fresh water and medical advice is to be sought

82 Never incinerate nor dispose the cells in fire These may cause firing of the cells which is very dangerous

and is prohibited 83 The cells shall never be soaked with liquids such as water seawater and drinks such as soft drinks juices

coffee or others

84 The battery replacement shall be done only by either cells supplier or device supplier and never be done by the user

85 Prohibition of use of damaged cells

The cells might be damaged during shipping by shock If any abnormal features of the cells are found such as damages in a plastic envelop of the cell deformation of the cell package smelling of an electrolyte an electrolyte leakage and others the cells shall never be used any more The Cells with a smell of the electrolyte or a leakage shall be placed away from fire to avoid firing

Form No QF-T-PS-02B

ATL

bq20z45-R1

wwwticom SLUS992 ndashDECEMBER 2009

SBS 11-Compliant Gas Gauge and Protection Enabled With Impedance TracktradeCheck for Samples bq20z45-R1

1FEATURESDESCRIPTION

2bull Next Generation Patented Impedance TracktradeTechnology Accurately Measures Available The bq20z45-R1 SBS-compliant gas gauge andCharge in Li-Ion and Li-Polymer Batteries protection IC is a single IC solution designed for

battery-pack or in-system installation Thendash Better Than 1 Error Over the Lifetime ofbq20z45-R1 measures and maintains an accuratethe Batteryrecord of available charge in Li-ion or Li-polymer

bull Supports the Smart Battery Specification batteries using its integrated high-performanceSBS V11 analog peripherals monitors capacity change battery

bull Flexible Configuration for 2 to 4 Series Li-Ion impedance open-circuit voltage and other criticalparameters of the battery pack as well and reportsand Li-Polymer Cellsthe information to the system host controller over abull Powerful 8-Bit RISC CPU With Ultralow Powerserial-communication bus Together with theModesintegrated analog front-end (AFE) short-circuit and

bull Full Array of Programmable Protection overload protection the bq20z45-R1 maximizesFeatures functionality and safety while minimizing external

component count cost and size in smart batteryndash Voltage Current and Temperaturecircuitsbull Satisfies JEITA GuidelinesThe implemented Impedance Tracktrade gas gaugingbull Added Flexibility to Handle More Complextechnology continuously analyzes the batteryCharging Profilesimpedance resulting in superior gas-gauging

bull Lifetime Data Logging accuracy This enables remaining capacity to bebull Supports SHA-1 Authentication calculated with discharge rate temperature and cell

aging all accounted for during each stage of everybull Complete Battery Protection and Gas Gaugecycle with high accuracySolution in One Package

bull Available in a 38-Pin TSSOP (DBT) package

APPLICATIONSbull Notebook PCsbull Medical and Test Equipmentbull Portable Instrumentation

Table 1 AVAILABLE OPTIONS

PACKAGE (1)

TA38-PIN TSSOP (DBT) Tube 38-PIN TSSOP (DBT) Tape and Reel

ndash40degC to 85degC bq20z45-R1DBT (2) bq20z45-R1DBTR (3)

(1) For the most current package and ordering information see the Package Option Addendum at the end of this document or see the TIwebsite at wwwticom

(2) A single tube quantity is 50 units(3) A single reel quantity is 2000 units

1

Please be aware that an important notice concerning availability standard warranty and use in critical applications of TexasInstruments semiconductor products and disclaimers thereto appears at the end of this data sheet

2Impedance Track is a trademark of Texas Instruments

PRODUCTION DATA information is current as of publication date Copyright copy 2009 Texas Instruments IncorporatedProducts conform to specifications per the terms of the TexasInstruments standard warranty Production processing does notnecessarily include testing of all parameters

Coloumb

Counter

HW OverCurrent amp

Short CircuitProtection

Cell Voltage

Multiplexer

N-Channel FETDrive

Pre Charge FETamp GPOD Drive

Power Mode

Control

SMBD

GS

RP

GS

RN

AS

RP

AS

RN

GP

OD

ZV

CH

G

CH

G

DS

G

VC5

VC4

VC3

VC2

VC1

SMBC

Cell Balancing

Temperature

Measurement

Data Flash

Memory

SMB 11

ImpedanceTrack trade

Gas Gauging

SHA-1

Authentication

Over amp UnderVoltage

Protection

Voltage

Measurement

Over Current

Protection

Oscillator

Charging

Algorithm

Fuse BlowDetection and

Logic

OverTemperature

Protection

SA

FE

PF

IN

TS

2

TS

1

TO

UT

PM

S

Watchdog

Regulators

RESET

ALERT

REG33

REG25

VCELL+

BA

T

PA

CK

VC

C

VS

S

MSRT

RBI

System Control AFE HW Control

Pack -

RSNS

5 m - 20 m typW W

Pack +

SMBC

SMBD

bq20z45ndashR1

GNDVC4

VC3

VC2

VC1 VDD

OUT

CD

bq294xx

1DSG

2PACK

3

11

VCC

ALERT

4

12

ZVCHG

PRES

5

13

6

14

PMS

TS2

7

15

VSS

PFIN

8

16

REG33

SAFE

9

17

TOUT

SMBD

10

18

19

VCELL+

SMBC

NC

CHG38

BAT37

VC1

VSS

36

28

VC2

RBI

35

27

VC3

REG25

34

26

VC4

VSS

33

25

VC5

MRST

32

24

ASRP

GSRN

31

23

ASRN

GSRP

30

22

RESET

VSS

VSS

29

21

20

GPOD

TS1

bq20z45-R1

SLUS992 ndashDECEMBER 2009 wwwticom

These devices have limited built-in ESD protection The leads should be shorted together or the device placed in conductive foamduring storage or handling to prevent electrostatic damage to the MOS gates

SYSTEM PARTITIONING DIAGRAM

bq20z45-R1DBT PACKAGE

(TOP VIEW)

2 Submit Documentation Feedback Copyright copy 2009 Texas Instruments Incorporated

Product Folder Link(s) bq20z45-R1

bq20z45-R1


PIN FUNCTIONSPIN

IO (1) DESCRIPTIONNO NAME

1 DSG O High side N-chan discharge FET gate drive

Battery pack input voltage sense input It also serves as device wake up when device is in shutdown2 PACK IA P mode

Positive device supply input Connect to the center connection of the CHG FET and DSG FET to3 VCC P ensure device supply either from battery stack or battery pack input

4 ZVCHG O P-chan pre-charge FET gate drive

High voltage general purpose open drain output Can be configured to be used in pre-charge5 GPOD OD condition

Pre-charge mode setting input Connect to PACK to enable 0v pre-charge using charge FET6 PMS I connected at CHG pin Connect to VSS to disable 0V pre-charge using charge FET connected at

CHG pin

7 VSS P Negative device power supply input Connect all VSS pins together for operation of device

8 REG33 P 33V regulator output Connect at least a 22μF capacitor to REG33 and VSS

9 TOUT P Thermistor bias supply output

10 VCELL+ - Internal cell voltage multiplexer and amplifier output Connect a 01μF capacitor to VCELL+ and VSS

Alert output In case of short circuit condition overload condition and watchdog time out this pin will11 ALERT OD be triggered

12 PRES I System Host present input

13 TS1 IA Temperature sensor 1 input


15 PFIN I Fuse blow detection input

16 SAFE OD Blow fuse signal output

17 SMBD IOD SMBus data line

18 SMBC IOD SMBus clock line

19 NC - Not connected

20 21 25 VSS P Negative device power supply input Connect all VSS pins together for operation of device28

22 GSRP IA Coulomb counter differential input Connect to one side of the sense resistor

23 GSRN IA Coulomb counter differential input Connect to one side of the sense resistor

24 MRST I Reset input for internal CPU core connect to RESET for correct operation of device


RAM backup input Connect a capacitor to this pin and VSS to protect loss of RAM data in case of27 RBI P short circuit condition

29 RESET O Reset output Connect to MSRT

30 ASRN IA Short circuit and overload detection differential input Connect to sense resistor

31 ASRP IA Short circuit and overload detection differential input Connect to sense resistor

Cell voltage sense input and cell balancing input for the negative voltage of the bottom cell in cell32 VC5 IA P stack

Cell voltage sense input and cell balancing input for the positive voltage of the bottom cell and the33 VC4 IA P negative voltage of the second lowest cell in cell stack

Cell voltage sense input and cell balancing input for the positive voltage of the second lowest cell in34 VC3 IA P cell stack and the negative voltage of the second highest cell in 4 cell applications

Cell voltage sense input and cell balancing input for the positive voltage of the second highest cell35 VC2 IA P and the negative voltage of the highest cell in 4 cell applications Connect to VC3 in 2 cell stack

applications

Cell voltage sense input and cell balancing input for the positive voltage of the highest cell in cell36 VC1 IA P stack in 4 cell applications Connect to VC2 in 3 or 2 cell stack applications

37 BAT I P Battery stack voltage sense input

38 CHG O High side N-chan charge FET gate drive

(1) I = Input IA = Analog input IO = Inputoutput IOD = InputOpen-drain output O = Output OA = Analog output P = Power

Copyright copy 2009 Texas Instruments Incorporated Submit Documentation Feedback 3


bq20z45-R1


ABSOLUTE MAXIMUM RATINGSover operating free-air temperature (unless otherwise noted) (1)

PIN UNIT

BAT VCC ndash03 V to 34 V

PACK PMS ndash03 V to 34 V

VSS Supply voltage range VC(n)-VC(n+1) n = 1 2 3 4 ndash03 V to 85 V

VC1 VC2 VC3 VC4 ndash03 V to 34 V

VC5 ndash03 V to 1 V

PFIN SMBD SMBC ndash03 V to 6 V

TS1 TS2 SAFE VCELL+ PRES ALERT ndash03 V to V(REG25) + 03 VVIN Input voltage range

MRST GSRN GSRP RBI ndash03 V to V(REG25) + 03 V

ASRN ASRP ndash1 V to 1 V

DSG CHG GPOD ndash03 V to 34 V

ZVCHG ndash03 V to V (BAT)

VOUT Output voltage range TOUT ALERT REG33 ndash03 V to 6 V

RESET ndash03 V to 7 V

REG25 ndash03 V to 275 V

ISS Maximum combined sink current for input pins PRES PFIN SMBD SMBC 50 mA

TA Operating free-air temperature range ndash40degC to 85degC

TF Functional temperature ndash40degC to 100degC

Tstg Storage temperature range ndash65degC to 150degC

(1) Stresses beyond those listed under absolute maximum ratings may cause permanent damage to the device These are stress ratingsonly and functional operation of the device at these or any other conditions beyond those indicated under recommended operatingconditions is not implied Exposure to absolute-maximum-rated conditions for extended periods may affect device reliability

RECOMMENDED OPERATING CONDITIONSover operating free-air temperature range (unless otherwise noted)

PIN MIN NOM MAX UNIT

VSS Supply voltage VCC BAT 45 25 V

V(STARTUP) Minimum startup voltage VCC BAT PACK 55 V

VC(n)-VC(n+1) n = 1234 0 5 V

VC1 VC2 VC3 VC4 0 VSS V

VIN Input Voltage Range VC5 0 05 V

ASRN ASRP ndash05 05 V

PACK PMS 0 25 V

V(GPOD) Output Voltage Range GPOD 0 25 V

I(GPOD) Drain Current (1) GPOD 1 mA

C(REG25) 25V LDO Capacitor REG25 1 microF


C(VCELL+) Cell Voltage Output Capacitor VCELL+ 01 microF

R(PACK) PACK input block resistor (2) PACK 1 kΩ

(1) Use an external resistor to limit the current to GPOD to 1mA in high voltage application(2) Use an external resistor to limit the inrush current PACK pin required



bq20z45-R1


ELECTRICAL CHARACTERISTICSover operating free-air temperature range (unless otherwise noted) TA = ndash40degC to 85degC V(REG25) = 241 V to 259 VV(BAT) = 14 V C(REG25) = 1 microF C(REG33) = 22 microF typical values at TA = 25degC (unless otherwise noted)

PARAMETER TEST CONDITIONS MIN TYP MAX UNIT

SUPPLY CURRENT

I(NORMAL) Firmware running 550 microA

I(SLEEP) Sleep Mode CHG FET on DSG FET on 124 microA

CHG FET off DSG FET on 90 microA

CHG FET off DSG FET off 52 microA

I(SHUTDOWN) Shutdown Mode 01 1 microA

SHUTDOWN WAKE TA = 25degC (unless otherwise noted)

Shutdown exit at VSTARTUPI(PACK) 1 microAthreshold

SRx WAKE FROM SLEEP TA = 25degC (unless otherwise noted)

Positive or negative wakethreshold with 100 mV 225V(WAKE) 125 10 mVmV 45 mV and 9 mVprogrammable options

V (WAKE) = 1 mV -07 07I(WAKE)= 0 RSNS1 = 0 RSNS0 = 1

V(WAKE) = 225 mVI(WAKE) = 1 RSNS1 = 0 RSNS0 = 1 -08 08I(WAKE) = 0 RSNS1 = 1 RSNS0 = 0

V(WAKE_ACR) Accuracy of V(WAKE) mVV(WAKE) = 45 mVI(WAKE) = 1 RSNS1 = 1 RSNS0 = 1 -10 10I(WAKE) = 0 RSNS1 = 1 RSNS0 = 0

V(WAKE) = 9 mV -14 14I(WAKE) = 1 RSNS1 = 1 RSNS0 = 1

Temperature drift of V(WAKE)V(WAKE_TCO) 05 degCaccuracy

Time from application of currentt(WAKE) 1 10 msand wake of bq20z45-R1

POWER-ON RESET

VITndash Negative-going voltage input Voltage at REG25 pin 170 180 190 V

Vhys Hysteresis VIT+ ndash VIT- 50 150 250 mV

tRST RESET active low time active low time after power up or watchdog reset 100 250 560 micros

WATCHDOG TIMER

tWDTINT Watchdog start up detect time 250 500 1000 ms

tWDWT Watchdog detect time 50 100 150 micros

25V LDO I(REG33OUT) = 0 mA TA = 25degC (unless otherwise noted)

45 lt VCC or BAT lt 25 VV(REG25) Regulator output voltage I(REG25OUT) le 16 mA 241 25 259 V

TA = ndash40degC to 100degC

Regulator output change with I(REG25OUT) = 2 mAΔV(REG25TEMP) plusmn02 temperature TA = ndash40degC to 100degC

54 lt VCC or BAT lt 25 VΔV(REG25LINE) Line regulation 3 10 mVI(REG25OUT) = 2 mA

02 mA le I(REG25OUT) le 2 mA 7 25ΔV(REG25LOAD) Load Regulation mV

02 mA le I(REG25OUT) le 16 mA 25 50

drawing current untilI(REG25MAX) Current Limit 5 40 75 mAREG25 = 2 V to 0 V








bq20z45-R1


ELECTRICAL CHARACTERISTICS (continued)over operating free-air temperature range (unless otherwise noted) TA = ndash40degC to 85degC V(REG25) = 241 V to 259 VV(BAT) = 14 V C(REG25) = 1 microF C(REG33) = 22 microF typical values at TA = 25degC (unless otherwise noted)



02mA le I(REG33OUT) le 25 mA 40 100

drawing current until REG33 = 3 V 25 100 145I(REG33MAX) Current Limit mA

short REG33 to VSS REG33 = 0 V 12 65

THERMISTOR DRIVE

V(TOUT) Output voltage I(TOUT) = 0 mA TA = 25degC V(REG25) V

I(TOUT) = 1 mA RDS(on) = (V(REG25) - V(TOUT) ) 1 mA TA =RDS(on) TOUT pass element resistance 50 100 Ωndash40degC to 100degC

VCELL+ HIGH VOLTAGE TRANSLATION

VC(n) - VC(n+1) = 0 V 0950 0975 1TA = ndash40degC to 100degCV(VCELL+OUT)

VC(n) - VC(n+1) = 45 V 0275 03 0375TA = ndash40degC to 100degC

internal AFE reference voltage V(VCELL+REF) Translation output 0965 0975 0985 VTA = ndash40degC to 100degC

Voltage at PACK pin 098 times 102 timesV(VCELL+PACK) V(PACK)18TA = ndash40degC to 100degC V(PACK)18 V(PACK)18

Voltage at BAT pin 098 times 102 timesV(VCELL+BAT) V(BAT)18TA = ndash40degC to 100degC V(BAT)18 V(BAT)18

CMMR Common mode rejection ratio VCELL+ 40 dB

K= VCELL+ output (VC5=0V VC4=45V) - VCELL+ 0147 0150 0153output (VC5=0V VC4=0V)45K Cell scale factor K= VCELL+ output (VC2=135V VC1=18V) - VCELL+

output 0147 0150 0153(VC5=135V VC1=135V)45

Drive Current to VCELL+ VC(n) - VC(n+1) = 0V VCELL+ = 0 VI(VCELL+OUT) 12 18 μAcapacitor TA = ndash40degC to 100degC

CELL output (VC2 = VC1 = 18 V) - CELL output (VC2 =V(VCELL+O) CELL offset error -18 -1 18 mVVC1 = 0 V)

IVCnL VC(n) pin leakage current VC1 VC2 VC3 VC4 VC5 = 3 V -1 001 1 μA

CELL BALANCING

internal cell balancing FET RDS(on) for internal FET switch atR(BAL) 200 400 600 Ωresistance VDS = 2 V TA = 25degC

HARDWARE SHORT CIRCUIT AND OVERLOAD PROTECTION TA = 25degC (unless otherwise noted)

VOL = 25 mV (min) 15 25 35OL detection threshold voltageV(OL) VOL = 100 mV RSNS = 0 1 90 100 110 mVaccuracy

VOL = 205 mV (max) 185 205 225

V(SCC) = 50 mV (min) 30 50 70SCC detection thresholdV(SCC) V(SCC) = 200 mV RSNS = 0 1 180 200 220 mVvoltage accuracy

V(SCC) = 475 mV (max) 428 475 523

V(SCD) = ndash50 mV (min) ndash30 ndash50 ndash70SCD detection thresholdV(SCD) V(SCD) = ndash200 mV RSNS = 0 1 ndash180 ndash200 ndash220 mVvoltage accuracy

V(SCD) = ndash475 mV (max) ndash428 ndash475 ndash523

tda Delay time accuracy plusmn1525 μs

Protection circuit propagationtpd 50 μsdelay

FET DRIVE CIRCUIT TA = 25degC (unless otherwise noted)

V(DSGON) = V(DSG) - V(PACK)V(DSGON) DSG pin output on voltage V(GS) connect to 10 MΩ DSG and CHG on 8 12 16 V


V(CHGON) = V(CHG) - V(BAT)V(CHGON) CHG pin output on voltage V(GS) = 10 MΩ DSG and CHG on 8 12 16 V


V(DSGOFF) DSG pin output off voltage V(DSGOFF) = V(DSG) - V(PACK) 02 V

V(CHGOFF) CHG pin output off voltage V(CHGOFF) = V(CHG) - V(BAT) 02 V



bq20z45-R1




V(CHG) V(PACK) ge V(PACK) + 4V 400 1000tr Rise time CL= 4700 pF μs

V(DSG) V(BAT) ge V(BAT) + 4V 400 1000

V(CHG) V(PACK) + V(CHGON) ge V(PACK) 40 200+ 1Vtf Fall time CL= 4700pF μsV(DSG) VC1 + V(DSGON) ge VC1 + 1V 40 200

V(ZVCHG) ZVCHG clamp voltage BAT = 45 V 33 35 37 V

LOGIC TA = ndash40degC to 100degC (unless otherwise noted)

ALERT 60 100 200R(PULLUP) Internal pullup resistance kΩ

RESET 1 3 6

ALERT 02

VOL Logic low output voltage level RESET V(BAT) = 7V V(REG25) = 15 V I (RESET) = 200 μA 04 V

GPOD I(GPOD) = 50 μA 06

LOGIC SMBC SMBD PFIN PRES SAFE ALERT

VIH High-level input voltage 20 V

VIL Low-level input voltage 08 V

VOH Output voltage high (1) IL = ndash05 mA VREG25ndash05 V

VOL Low-level output voltage PRES PFIN ALERT IL = 7 mA 04 V

CI Input capacitance 5 pF

I(SAFE) SAFE source currents SAFE active SAFE = V(REG25) ndash06 V ndash3 mA

SAFE leakage current SAFE inactive ndash02 02 microAIlkg

Input leakage current 1 microA

ADC (2)

Input voltage range TS1 TS2 using Internal Vref ndash02 1 V

Conversion time 315 ms

Resolution (no missing codes) 16 bits

Effective resolution 14 15 bits

Integral nonlinearity plusmn003 FSR (3)

Offset error (4) 140 250 microV

Offset error drift (4) TA = 25degC to 85degC 25 18 μVdegC

Full-scale error (5) plusmn01 plusmn07

Full-scale error drift 50 PPMdegC

Effective input resistance (6) 8 MΩ

COULOMB COUNTER

Input voltage range ndash020 020 V

Conversion time Single conversion 250 ms

Effective resolution Single conversion 15 bits

ndash01 V to 020 V plusmn0007 plusmn0034Integral nonlinearity FSR

ndash020 V to ndash01 V plusmn0007

Offset error (7) TA = 25degC to 85degC 10 microV

Offset error drift 04 07 microVdegC

Full-scale error (8) (9) plusmn035


(1) RC[07] bus(2) Unless otherwise specified the specification limits are valid at all measurement speed modes(3) Full-scale reference(4) Post-calibration performance and no IO changes during conversion with SRN as the ground reference(5) Uncalibrated performance This gain error can be eliminated with external calibration(6) The AD input is a switched-capacitor input Since the input is switched the effective input resistance is a measure of the average

resistance(7) Post-calibration performance(8) Reference voltage for the coulomb counter is typically Vref3969 at V(REG25) = 25 V TA = 25degC(9) Uncalibrated performance This gain error can be eliminated with external calibration



bq20z45-R1




Effective input resistance (10) TA = 25degC to 85degC 25 MΩ

INTERNAL TEMPERATURE SENSOR

V(TEMP) Temperature sensor voltage (11) -20 mVdegC

VOLTAGE REFERENCE

Output voltage 1215 1225 1230 V

Output voltage drift 65 PPMdegC

HIGH FREQUENCY OSCILLATOR

f(OSC) Operating frequency 4194 MHz

ndash3 025 3f(EIO) Frequency error (12) (13)

TA = 20degC to 70degC ndash2 025 2

t(SXO) Start-up time (14) 25 5 ms

LOW FREQUENCY OSCILLATOR

f(LOSC) Operating frequency 32768 kHz

ndash25 025 25f(LEIO) Frequency error (13) (15)


t(LSXO) Start-up time (14) 500 micros

(10) The CC input is a switched capacitor input Since the input is switched the effective input resistance is a measure of the averageresistance

(11) ndash537 LSBdegC(12) The frequency error is measured from 4194 MHz(13) The frequency drift is included and measured from the trimmed frequency at V(REG25) = 25V TA = 25degC(14) The startup time is defined as the time it takes for the oscillator output frequency to be plusmn3(15) The frequency error is measured from 32768 kHz



bq20z45-R1


DATA FLASH CHARACTERISTICS OVER RECOMMENDED OPERATING TEMPERATURE ANDSUPPLY VOLTAGETypical Values at TA = 25degC and V(REG25) = 25 V (unless otherwise noted)


Data retention 10 Years

Flash programming write-cycles 20k Cycles

t(ROWPROG) Row programming time See (1) 2 ms

t(MASSERASE) Mass-erase time 200 ms

t(PAGEERASE) Page-erase time 20 ms

I(DDPROG) Flash-write supply current 5 10 mA

I(DDERASE) Flash-erase supply current 5 10 mA

RAM BACKUP

V(RBI) gt V(RBI)MIN VREG25 lt VITndash TA = 85degC 1000 2500I(RB) RB data-retention input current nA

V(RBI) gt V(RBI)MIN VREG25 lt VITndash TA = 25degC 90 220

V(RB) RB data-retention input voltage (1) 17 V

(1) Specified by design Not production tested

SMBus TIMING CHARACTERISTICSTA = ndash40degC to 85degC Typical Values at TA = 25degC and VREG25 = 25 V (Unless Otherwise Noted)


f(SMB) SMBus operating frequency Slave mode SMBC 50 duty cycle 10 100 kHz

Master mode No clock low slavef(MAS) SMBus master clock frequency 512 kHzextend

Bus free time between start and stopt(BUF) 47 micros(see Figure 1)

t(HDSTA) Hold time after (repeated) start (see Figure 1) 4 micros

t(SUSTA) Repeated start setup time (see Figure 1) 47 micros

t(SUSTO) Stop setup time (see Figure 1) 4 micros

Receive mode 0 nst(HDDAT) Data hold time (see Figure 1)

Transmit mode 300

t(SUDAT) Data setup time (see Figure 1) 250 ns

t(TIMEOUT) Error signaldetect (see Figure 1) See (1) 25 35 micros

t(LOW) Clock low period (see Figure 1) 47 micros

t(HIGH) Clock high period (see Figure 1) See (2) 4 50 micros

t(LOWSEXT) Cumulative clock low slave extend time See (3) 25 ms

Cumulative clock low master extend timet(LOWMEXT) See (4) 10 ms(see Figure 1)

tf Clockdata fall time See (5) 300 ns

tr Clockdata rise time See (6) 1000 ns

(1) The bq20z45-R1 times out when any clock low exceeds t(TIMEOUT)(2) t(HIGH) Max is the minimum bus idle time SMBC = SMBD = 1 for t gt 50 ms causes reset of any transaction involving bq20z45-R1 that

is in progress This specification is valid when the NC_SMB control bit remains in the default cleared state (CLK[0]=0)(3) t(LOWSEXT) is the cumulative time a slave device is allowed to extend the clock cycles in one message from initial start to the stop(4) t(LOWMEXT) is the cumulative time a master device is allowed to extend the clock cycles in one message from initial start to the stop(5) Rise time tr = VILMAX ndash 015) to (VIHMIN + 015)(6) Fall time tf = 09VDD to (VILMAX ndash 015)



TLOWTR TF

THDSTA

TSUDATTHDDAT

THDSTA

TBUF

SCLK

SDATA

TSUSTO

PSSP

SCLK

SDATA

Start StopTLOWSEXT

TLOWMEXT TLOWMEXT TLOWMEXT

SCLKACKdagger SCLKACK

dagger

TSUSTATHIGH

bq20z45-R1


A SCLKACK is the acknowledge-related clock pulse generated by the master

Figure 1 SMBus Timing Diagram



bq20z45-R1


FEATURE SET

Primary (1st Level) Safety Features

The bq20z45-R1 supports a wide range of battery and system protection features that can easily be configuredThe primary safety features include

bull Cell overundervoltage protectionbull Charge and discharge overcurrentbull Short Circuitbull Charge and discharge overtemperature with independent alarms and thresholds for each thermistorbull AFE Watchdog

Secondary (2nd Level) Safety Features

The secondary safety features of the bq20z45-R1 can be used to indicate more serious faults via the SAFE (pin7) This pin can be used to blow an in-line fuse to permanently disable the battery pack from charging ordischarging The secondary safety protection features include

bull Safety overvoltagebull Safety undervoltagebull Safety overcurrent in charge and dischargebull Safety overtemperature in charge and discharge with independent alarms and thresholds for each thermistorbull Charge FET and 0 Volt Charge FET faultbull Discharge FET faultbull Cell imbalance detection (active and at rest)bull Open thermistor detectionbull AFE communication fault

Charge Control Features

The bq20z45-R1 charge control features include

bull Supports JEITA temperature ranges Reports charging voltage and charging current according to the activetemperature range

bull Handles more complex charging profiles Allows for splitting the standard temperature range into 2sub-ranges and allows for varying the charging current according to the cell voltage

bull Reports the appropriate charging current needed for constant current charging and the appropriate chargingvoltage needed for constant voltage charging to a smart charger using SMBus broadcasts

bull Determines the chemical state of charge of each battery cell using Impedance Tracktrade and can reduce thecharge difference of the battery cells in fully charged state of the battery pack gradually using cell balancingalgorithm during charging This prevents fully charged cells from overcharging and causing excessivedegradation and also increases the usable pack energy by preventing premature charge termination

bull Supports pre-chargingzero-volt chargingbull Supports charge inhibit and charge suspend if battery pack temperature is out of temperature rangebull Reports charging fault and also indicate charge status via charge and discharge alarms

Gas Gauging

The bq20z45-R1 uses the Impedance Tracktrade Technology to measure and calculate the available charge inbattery cells The achievable accuracy is better than 1 error over the lifetime of the battery and there is no fullcharge discharge learning cycle required

See Theory and Implementation of Impedance Track Battery Fuel-Gauging Algorithm application note (SLUA364)for further details



bq20z45-R1


Lifetime Data Logging Features

The bq20z45-R1 offers lifetime data logging where important measurements are stored for warranty andanalysis purposes The data monitored includebull Lifetime maximum temperaturebull Lifetime minimum temperaturebull Lifetime maximum battery cell voltagebull Lifetime minimum battery cell voltagebull Lifetime maximum battery pack voltagebull Lifetime minimum battery pack voltagebull Lifetime maximum charge currentbull Lifetime maximum discharge currentbull Lifetime maximum charge powerbull Lifetime maximum discharge powerbull Lifetime maximum average discharge currentbull Lifetime maximum average discharge powerbull Lifetime average temperature

Authentication

The bq20z45-R1 supports authentication by the host using SHA-1

Power Modes

The bq20z45-R1 supports 3 different power modes to reduce power consumption

bull In Normal Mode the bq20z45-R1 performs measurements calculations protection decisions and dataupdates in 1 second intervals Between these intervals the bq20z45-R1 is in a reduced power stage

bull In Sleep Mode the bq20z45-R1 performs measurements calculations protection decisions and data updatein adjustable time intervals Between these intervals the bq20z45-R1 is in a reduced power stage Thebq20z45-R1 has a wake function that enables exit from Sleep mode when current flow or failure is detected

bull In Shutdown Mode the bq20z45-R1 is completely disabled

CONFIGURATION

Oscillator Function

The bq20z45-R1 fully integrates the system oscillators Therefore the bq20z45-R1 requires no externalcomponents for this feature

System Present Operation

The bq20z45-R1 checks the PRES pin periodically (1s) If PRES input is pulled to ground by external system thebq20z45-R1 detects this as system present

BATTERY PARAMETER MEASUREMENTS

The bq20z45-R1 uses an integrating delta-sigma analog-to-digital converter (ADC) for current measurement anda second delta-sigma ADC for individual cell and battery voltage and temperature measurement

Charge and Discharge Counting

The integrating delta-sigma ADC measures the chargedischarge flow of the battery by measuring the voltagedrop across a small-value sense resistor between the SR1 and SR2 pins The integrating ADC measures bipolarsignals from -025 V to 025 V The bq20z45-R1 detects charge activity when VSR = V(SRP)- V(SRN)is positive anddischarge activity when VSR = V(SRP) - V(SRN) is negative The bq20z45-R1 continuously integrates the signal overtime using an internal counter The fundamental rate of the counter is 065 nVh



bq20z45-R1


Voltage

The bq20z45-R1 updates the individual series cell voltages at one second intervals The internal ADC of thebq20z45-R1 measures the voltage scales and calibrates it appropriately This data is also used to calculate theimpedance of the cell for the Impedance Tracktrade gas-gauging

Current

The bq20z45-R1 uses the SRP and SRN inputs to measure and calculate the battery charge and dischargecurrent using a 5 mΩ to 20 mΩ typ sense resistor

Auto Calibration

The bq20z45-R1 provides an auto-calibration feature to cancel the voltage offset error across SRN and SRP formaximum charge measurement accuracy The bq20z45-R1 performs auto-calibration when the SMBus lines staylow continuously for a minimum of 5 s

Temperature

The bq20z45-R1 has an internal temperature sensor and inputs for 2 external temperature sensor inputs TS1and TS2 used in conjunction with two identical NTC thermistors (default are Semitec 103AT) to sense the batteryenvironmental temperature The bq20z45-R1 can be configured to use internal or up to 2 external temperaturesensors



bq20z45-R1


COMMUNICATIONS

The bq20z45-R1 uses SMBus v11 with Master Mode and package error checking (PEC) options per the SBSspecification

SMBus On and Off State

The bq20z45-R1 detects an SMBus off state when SMBC and SMBD are logic-low for ge 2 seconds Clearing thisstate requires either SMBC or SMBD to transition high Within 1 ms the communication bus is available

SBS Commands

Table 2 SBS COMMANDS

SBS Size in Min MaxMode Name Default Value Unit

Cmd Format Bytes Value Value

0x00 RW ManufacturerAccess hex 2 0x0000 0xffff mdash mdash

0x01 RW RemainingCapacityAlarm unsigned int 2 0 65535 300 mAh or 10mWh

0x02 RW RemainingTimeAlarm unsigned int 2 0 65535 10 min

0x03 RW BatteryMode hex 2 0x0000 0xe383 mdash mdash

0x04 RW AtRate signed int 2 ndash32768 32767 mdash mA or 10mW

0x05 R AtRateTimeToFull unsigned int 2 0 65534 mdash min

0x06 R AtRateTimeToEmpty unsigned int 2 0 65534 mdash min

0x07 R AtRateOK unsigned int 2 0 65535 mdash mdash

0x08 R Temperature unsigned int 2 0 65535 mdash 01degK

0x09 R Voltage unsigned int 2 0 65535 mdash mV

0x0a R Current signed int 2 ndash32768 32767 mdash mA

0x0b R AverageCurrent signed int 2 ndash32768 32767 mdash mA

0x0c R MaxError unsigned int 1 0 100 mdash

0x0d R RelativeStateOfCharge unsigned int 1 0 100 mdash

0x0e R AbsoluteStateOfCharge unsigned int 1 0 100+ mdash

0x0f RW RemainingCapacity unsigned int 2 0 65535 mdash mAh or 10mWh

0x10 R FullChargeCapacity unsigned int 2 0 65535 mdash mAh or 10mWh

0x11 R RunTimeToEmpty unsigned int 2 0 65534 mdash min

0x12 R AverageTimeToEmpty unsigned int 2 0 65534 mdash min

0x13 R AverageTimeToFull unsigned int 2 0 65534 mdash min

0x14 R ChargingCurrent unsigned int 2 0 65534 mdash mA

0x15 R ChargingVoltage unsigned int 2 0 65534 mdash mV

0x16 R BatteryStatus unsigned int 2 0x0000 0xffff mdash mdash

0x17 RW CycleCount unsigned int 2 0 65535 mdash mdash

0x18 RW DesignCapacity unsigned int 2 0 65535 4400 mAh or 10mWh

0x19 RW DesignVoltage unsigned int 2 7000 16000 14400 mV

0x1a RW SpecificationInfo unsigned int 2 0x0000 0xffff 0x0031 mdash

0x1b RW ManufactureDate unsigned int 2 0 65535 01-Jan-1980 mdash

0x1c RW SerialNumber hex 2 0x0000 0xffff 0x0001 mdash

0x20 RW ManufacturerName String 20+1 mdash mdash Texas Inst mdash

0x21 RW DeviceName String 20+1 mdash mdash bq20z45-R1 mdash

0x22 RW DeviceChemistry String 4+1 mdash mdash LION mdash

0x23 R ManufacturerData String 14+1 mdash mdash mdash mdash

0x2f RW Authenticate String 20+1 mdash mdash mdash mdash

0x3c R CellVoltage4 unsigned int 2 0 65535 mdash mV

0x3d R CellVoltage3 unsigned int 2 0 65535 mdash mV

0x3e R CellVoltage2 unsigned int 2 0 65535 mdash mV

0x3f R CellVoltage1 unsigned int 2 0 65535 mdash mV



bq20z45-R1


Table 3 EXTENDED SBS COMMANDS

SBS Cmd Size in DefaultMode Name Format Min Value Max Value UnitBytes Value

0x45 R AFEData String 11+1 mdash mdash mdash mdash

0x46 RW FETControl hex 2 0x00 0xff mdash mdash

0x4f R StateOfHealth hex 2 0x0000 0xffff mdash

0x51 R SafetyStatus hex 2 0x0000 0xffff mdash mdash

0x53 R PFStatus hex 2 0x0000 0xffff mdash mdash

0x54 R OperationStatus hex 2 0x0000 0xffff mdash mdash

0x55 R ChargingStatus hex 2 0x0000 0xffff mdash mdash

0x57 R ResetData hex 2 0x0000 0xffff mdash mdash

0x58 R WDResetData unsigned int 2 0 65535 mdash mdash

0x5a R PackVoltage unsigned int 2 0 65535 mdash mV

0x5d R AverageVoltage unsigned int 2 0 65535 mdash mV

0x5e R TS1Temperature integer 2 ndash400 1200 mdash 01degC

0x5f R TS2Temperature integer 2 ndash400 1200 mdash 01degC

0x60 RW UnSealKey hex 4 0x00000000 0xffffffff mdash mdash

0x61 RW FullAccessKey hex 4 0x00000000 0xffffffff mdash mdash

0x62 RW PFKey hex 4 0x00000000 0xffffffff mdash mdash

0x63 RW AuthenKey3 hex 4 0x00000000 0xffffffff mdash mdash




0x69 R SafetyStatus2 hex 2 0x0000 0x000f mdash mdash

0x6b R PFStatus2 hex 2 0x0000 0x000f mdash mdash

0x6c RW ManufBlock1 String 20 mdash mdash mdash mdash

0x6d RW ManufBlock2 String 20 mdash mdash mdash mdash

0x6e RW ManufBlock3 String 20 mdash mdash mdash mdash

0x6f RW ManufBlock4 String 20 mdash mdash mdash mdash

0x70 RW ManufacturerInfo String 31+1 mdash mdash mdash mdash

0x71 RW SenseResistor unsigned int 2 0 65535 mdash μΩ0x72 R TempRange hex 2 0x0000 0xffff mdash mdash

0x73 R LifetimeData String 32+1 mdash mdash mdash mdash

0x77 RW DataFlashSubClassID hex 2 0x0000 0xffff mdash mdash

0x78 RW DataFlashSubClassPage1 hex 32 mdash mdash mdash mdash


0x7a RW DataFlashSubClassPage3 hex 32 mdash mdash mdash mdash

0x7b RW DataFlashSubClassPage4 hex 32 mdash mdash mdash mdash

0x7c RW DataFlashSubClassPage5 hex 32 mdash mdash mdash mdash

0x7d RW DataFlashSubClassPage6 hex 32 mdash mdash mdash mdash

0x7e RW DataFlashSubClassPage7 hex 32 mdash mdash mdash mdash

0x7f RW DataFlashSubClassPage8 hex 32 mdash mdash mdash mdash



bq20z45-R1


APPLICATION SCHEMATIC



PACKAGING INFORMATION

Orderable Device Status (1) PackageType

PackageDrawing

Pins PackageQty

Eco Plan (2) LeadBall Finish MSL Peak Temp (3)

BQ20Z45DBT-R1 ACTIVE TSSOP DBT 38 50 Green (RoHS ampno SbBr)

CU NIPDAU Level-2-260C-1 YEAR

BQ20Z45DBTR-R1 ACTIVE TSSOP DBT 38 2000 Green (RoHS ampno SbBr)


(1) The marketing status values are defined as followsACTIVE Product device recommended for new designsLIFEBUY TI has announced that the device will be discontinued and a lifetime-buy period is in effectNRND Not recommended for new designs Device is in production to support existing customers but TI does not recommend using this part ina new designPREVIEW Device has been announced but is not in production Samples may or may not be availableOBSOLETE TI has discontinued the production of the device

(2) Eco Plan - The planned eco-friendly classification Pb-Free (RoHS) Pb-Free (RoHS Exempt) or Green (RoHS amp no SbBr) - please checkhttpwwwticomproductcontent for the latest availability information and additional product content detailsTBD The Pb-FreeGreen conversion plan has not been definedPb-Free (RoHS) TIs terms Lead-Free or Pb-Free mean semiconductor products that are compatible with the current RoHS requirementsfor all 6 substances including the requirement that lead not exceed 01 by weight in homogeneous materials Where designed to be solderedat high temperatures TI Pb-Free products are suitable for use in specified lead-free processesPb-Free (RoHS Exempt) This component has a RoHS exemption for either 1) lead-based flip-chip solder bumps used between the die andpackage or 2) lead-based die adhesive used between the die and leadframe The component is otherwise considered Pb-Free (RoHScompatible) as defined aboveGreen (RoHS amp no SbBr) TI defines Green to mean Pb-Free (RoHS compatible) and free of Bromine (Br) and Antimony (Sb) based flameretardants (Br or Sb do not exceed 01 by weight in homogeneous material)

(3) MSL Peak Temp -- The Moisture Sensitivity Level rating according to the JEDEC industry standard classifications and peak soldertemperature

Important Information and DisclaimerThe information provided on this page represents TIs knowledge and belief as of the date that it isprovided TI bases its knowledge and belief on information provided by third parties and makes no representation or warranty as to theaccuracy of such information Efforts are underway to better integrate information from third parties TI has taken and continues to takereasonable steps to provide representative and accurate information but may not have conducted destructive testing or chemical analysis onincoming materials and chemicals TI and TI suppliers consider certain information to be proprietary and thus CAS numbers and other limitedinformation may not be available for release

In no event shall TIs liability arising out of such information exceed the total purchase price of the TI part(s) at issue in this document sold by TIto Customer on an annual basis

PACKAGE OPTION ADDENDUM

wwwticom 4-Jan-2010

Addendum-Page 1

IMPORTANT NOTICETexas Instruments Incorporated and its subsidiaries (TI) reserve the right to make corrections modifications enhancements improvementsand other changes to its products and services at any time and to discontinue any product or service without notice Customers shouldobtain the latest relevant information before placing orders and should verify that such information is current and complete All products aresold subject to TIrsquos terms and conditions of sale supplied at the time of order acknowledgmentTI warrants performance of its hardware products to the specifications applicable at the time of sale in accordance with TIrsquos standardwarranty Testing and other quality control techniques are used to the extent TI deems necessary to support this warranty Except wheremandated by government requirements testing of all parameters of each product is not necessarily performedTI assumes no liability for applications assistance or customer product design Customers are responsible for their products andapplications using TI components To minimize the risks associated with customer products and applications customers should provideadequate design and operating safeguardsTI does not warrant or represent that any license either express or implied is granted under any TI patent right copyright mask work rightor other TI intellectual property right relating to any combination machine or process in which TI products or services are used Informationpublished by TI regarding third-party products or services does not constitute a license from TI to use such products or services or awarranty or endorsement thereof Use of such information may require a license from a third party under the patents or other intellectualproperty of the third party or a license from TI under the patents or other intellectual property of TIReproduction of TI information in TI data books or data sheets is permissible only if reproduction is without alteration and is accompaniedby all associated warranties conditions limitations and notices Reproduction of this information with alteration is an unfair and deceptivebusiness practice TI is not responsible or liable for such altered documentation Information of third parties may be subject to additionalrestrictionsResale of TI products or services with statements different from or beyond the parameters stated by TI for that product or service voids allexpress and any implied warranties for the associated TI product or service and is an unfair and deceptive business practice TI is notresponsible or liable for any such statementsTI products are not authorized for use in safety-critical applications (such as life support) where a failure of the TI product would reasonablybe expected to cause severe personal injury or death unless officers of the parties have executed an agreement specifically governingsuch use Buyers represent that they have all necessary expertise in the safety and regulatory ramifications of their applications andacknowledge and agree that they are solely responsible for all legal regulatory and safety-related requirements concerning their productsand any use of TI products in such safety-critical applications notwithstanding any applications-related information or support that may beprovided by TI Further Buyers must fully indemnify TI and its representatives against any damages arising out of the use of TI products insuch safety-critical applicationsTI products are neither designed nor intended for use in militaryaerospace applications or environments unless the TI products arespecifically designated by TI as military-grade or enhanced plastic Only products designated by TI as military-grade meet militaryspecifications Buyers acknowledge and agree that any such use of TI products which TI has not designated as military-grade is solely atthe Buyers risk and that they are solely responsible for compliance with all legal and regulatory requirements in connection with such useTI products are neither designed nor intended for use in automotive applications or environments unless the specific TI products aredesignated by TI as compliant with ISOTS 16949 requirements Buyers acknowledge and agree that if they use any non-designatedproducts in automotive applications TI will not be responsible for any failure to meet such requirementsFollowing are URLs where you can obtain information on other Texas Instruments products and application solutionsProducts ApplicationsAmplifiers amplifierticom Audio wwwticomaudioData Converters dataconverterticom Automotive wwwticomautomotiveDLPreg Products wwwdlpcom Broadband wwwticombroadbandDSP dspticom Digital Control wwwticomdigitalcontrolClocks and Timers wwwticomclocks Medical wwwticommedicalInterface interfaceticom Military wwwticommilitaryLogic logicticom Optical Networking wwwticomopticalnetworkPower Mgmt powerticom Security wwwticomsecurityMicrocontrollers microcontrollerticom Telephony wwwticomtelephonyRFID wwwti-rfidcom Video amp Imaging wwwticomvideoRFIF and ZigBeereg Solutions wwwticomlprf Wireless wwwticomwireless

Mailing Address Texas Instruments Post Office Box 655303 Dallas Texas 75265Copyright copy 2009 Texas Instruments Incorporated

1FEATURES DESCRIPTION

FUNCTION

APPLICATIONS

GND

OUT

VDD

CD

VC4

VC1

VC3

1

2 VC2

3

4 5

6

7

8

DCT PACKAGE

(TOP VIEW)

1

2

3

4

8

7

6

5

VC1

VC2

VC3

GND

OUT

VDD

CD

VC4

PW PACKAGE

(TOP VIEW)

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419

wwwticom SLUS669GndashAUGUST 2005ndashREVISED AUGUST 2008

VOLTAGE PROTECTION FOR 2- 3- OR 4-CELL Li-Ion BATTERIES(2nd-LEVEL PROTECTION)

bull 2- 3- or 4-Cell Secondary Protection The bq2941x is a secondary overvoltage protectionIC for 2- 3- or 4-cell lithium-ion battery packs thatbull Low Power Consumption ICC lt 2 microAincorporates a high-accuracy precision overvoltage[VCELL(ALL) lt V(PROTECT)]detection circuit It includes a programmable delaybull Fixed High Accuracy Overvoltage Protection circuit for overvoltage detection timeThreshold

ndash bq29410 = 435 Vndash bq29411 = 440 V Each cell in a multiple-cell pack is compared to anndash bq29412 = 445 V internal reference voltage If one cell reaches an

overvoltage condition the protection sequencendash bq29413 = 450 Vbegins The bq2941x device starts charging anndash bq29414 = 455 Vexternal capacitor through the CD pin When the CD

ndash bq29415 = 460 V pin voltage reaches 12 V the OUT pin changes fromndash bq29419 = 430 V a low level to a high level

bull Programmable Delay Time of Detectionbull High Power Supply Ripple Rejectionbull Stable During Pulse Charge Operation

bull 2nd-Level Overvoltage Protection in Li-IonBattery Packs inndash Notebook Computersndash Portable Instrumentationndash Portable Equipment

1


PRODUCTION DATA information is current as of publication date Copyright copy 2005ndash2008 Texas Instruments IncorporatedProducts conform to specifications per the terms of the TexasInstruments standard warranty Production processing does notnecessarily include testing of all parameters

ABSOLUTE MAXIMUM RATINGS

PACKAGE DISSIPATION RATINGS

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419

SLUS669GndashAUGUST 2005ndashREVISED AUGUST 2008 wwwticom


ORDERING INFORMATION (1)

PACKAGE (3)TA V(PROTECT)

(2)MSOP (DCT) SYMBOL SSOP (PW)

bq29419DCTR430 V CJQ bq29419PWG4 bq29419PWRG4

bq29419DCTTbq29410DCT3R

bq29410PW bq29410PWR435 V bq29410DCTR CJG bq29410PWG4 bq29410PWRG4bq29410DCTT

bq29411DCT3Rbq29411PW bq29411PWR440 V bq29411DCTR CJH bq29411PWG4 bq29411PWRG4

bq29411DCTTndash40degC to 110degC bq29412DCT3R

bq29412PW bq29412PWR445 V bq29412DCTR CJJ bq29412PWG4 bq29412PWRG4bq29412DCTTbq29413DCTR

450 V CJk bq29413PW bq29413PWRbq29413DCTTbq29414DCTR

455 V CJL bq29414PW bq29414PWRbq29414DCTTbq29415DCTR

460 V CJM bq29415PW bq29415PWRbq29415DCTT


(2) Contact your local Texas Instruments representative or sales office for alternative overvoltage threshold options(3) The R suffix indicates tape-and-reel packaging

over operating free-air temperature range unless otherwise noted (1) (2)

UNITSupply voltage range VDD ndash03 V to 28 V

VC1 VC2 VC3 VC4 ndash03 V to 28 VInput voltage range

VC1 TO VC2 VC2 TO VC3 VC3 TO VC4 VC4 TO GND ndash03 V to 8 VOUT ndash03 V to 28 V

Output voltage rangeCD ndash03 V to 28 V

Continuous total power dissipation See Dissipation Rating TableStorage temperature range Tstg ndash65degC to 150degCLead temperature (soldering 10 s) 300degC


(2) All voltages are with respect to ground of this device except the differential voltage of VC1-VC2 VC2-VC3 VC3-VC4 and VC4-GND

TA = 25degC DERATING FACTOR TA = 70degC TA = 85degCPACKAGE POWER RATING ABOVE TA = 25degC POWER RATING POWER RATINGDCT 412 mW 33 mWdegC 264 mW 214 mWPW 525 mW 42 mWdegC 336 mW 273 mW

2 Submit Documentation Feedback Copyright copy 2005ndash2008 Texas Instruments Incorporated

Product Folder Link(s) bq29410 bq29411 bq29412 bq29413 bq29414 bq29415 bq29419

RECOMMENDED OPERATING CONDITIONS

ELECTRICAL CHARACTERISTICS

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419


MIN NOM MAX UNITVDD Supply voltage 4 25 V

VC1 VC2 VC3 VC4 0 25VI Input voltage range V

VCn ndash VC (n=1) (n=1 2 3) VC4 ndash GND 0 5td(CD) Delay time capacitance 022 microFRIN Voltage-monitor filter resistance 100 1k ΩCIN Voltage-monitor filter capacitance 001 01 microFRVD Supply-voltage filter resistance 0 1 kΩCVD Supply-voltage filter capacitance 01 microFTA Operating ambient temperature range ndash40 110 degC

over recommended operating free-air temperature range TA = 25degC (unless otherwise noted)

PARAMETER TEST CONDITION MIN NOM MAX UNITTA = 25degC 25 35

Overvoltage detectionV(OA) TA = ndash20degC to 85degC 25 50 mVaccuracyTA = ndash40degC to 110degC 80bq29410 435bq29411 440bq29412 445

OvervoltageV(PROTECT) bq29413 450 Vdetection voltagebq29414 455bq29415 460bq29419 430bq294101112131415 320Overvoltage detectionVhys mVhysteresis bq29419 250 320 450V2 V3 VC4 input VDD = VC1IIN Input current 03 microAVC1 = VC2 = VC3 = VC4 = 35 V (see Figure 1)

Overvoltage detection delaytD1 VDD = VC1 CD = 022 microF 1 15 2 StimeI(CD_dis) CD GND clamp current VDD = VC1 CD = 1 V 5 12 microA

VDD = VC1VC1ndashVC2 = VC2ndashVC3 = VC3ndashVC4 = VC4ndashGND = 35 V 2 3(see Figure 1)

ICC Supply current microAVDD = VC1VC1ndashVC2 = VC2ndashVC3 = VC3ndashVC4 = VC4ndashGND = 23 V 15 25(see Figure 1)VC1ndashVC2 = VC2ndashVC3 = VC3ndashVC4 = VC4ndashGND = 7V(PROTECT)Max VDD = 14 V IOH = 0 mA

V(OUT) OUT pin drive voltage VVC1 = VC2 = VC3 = VC4 = V(PROTECT)Max 15 2 25VDD = 43 V TA = 0degC to 70degC IOH = 40 microAOUT = 3 V

IOH High-level output current VC1ndashVC2 = VC2ndashVC3 = VC3ndashVC4 = VC4ndashGND = ndash1 mAV(PROTECT)Max VDD = 14 VOUT = 01 V VDD = VC1IOL Low-level output current 5 microAVC1ndashVC2 = VC2ndashVC3 = VC3ndashVC4 = VC4ndashGND = 35 V

Copyright copy 2005ndash2008 Texas Instruments Incorporated Submit Documentation Feedback 3


1

2

6

5

81

2

6

5

81

2

6

5

8

3

4

887

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419


Figure 1 ICC IIN Measurement (DCT Package)

Terminal FunctionsTERMINAL

DESCRIPTIONMSOP TSSOP NAME(DCT) (PW)8 1 VC1 Sense voltage input for most positive cell7 2 VC2 Sense voltage input for second most positive cell6 3 VC3 Sense voltage input for third most positive cell5 4 GND Ground pin4 5 VC4 Sense voltage input for least positive cell3 6 CD An external capacitor is connected to determine the programmable delay time2 7 VDD Power supply1 8 OUT Output



VC1

VC2

VC4

VC3

GND

VDD

OUT

CD

12 V (TYP)

RVD

CVD

ICD = 02 A (TYP)

CIN

RIN

RIN

RIN

RIN

CIN

CIN

CIN

C(DELAY)

OVERVOLTAGE PROTECTION

DELAY TIME CALCULATION

td

12 V C(DELAY)

ICD

C(DELAY) td ICD

12 V

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419


FUNCTIONAL BLOCK DIAGRAM

When one of the cell voltages exceeds V(PROTECT) an internal current source begins to charge the capacitorC(DELAY) connected to the CD pin If the voltage at the CD pin VCD reaches 12 V the OUT pin is activated andtransitions high An externally connected NCH FET is activiated and blows the external fuse in the positivebattery rail see the functional block diagram

If all cell voltages fall below V(PROTECT) before the voltage at pin CD reaches 12 V the delay time does not runout An internal switch clamps the CD pin to GND and discharges the capacitor C(DELAY) and secures the fulldelay time for the next occurring overvoltage event

Once the pin OUT is activated it transitions back from high to low after all battery cells reach V(PROTECT) ndash Vhys

The delay time is calculated as follows

Where I(CD) = CD current source = 018 microA



V(PROTECT)

Cell Voltage(VCn - VC(n-1)

VC4 - GND)

CD

OUT

12 V

tDELAY

V(PROTECT) - Vhys

td = (12 V x CDELAY)ICD

APPLICATION INFORMATION

BATTERY CONNECTIONS

224

223

222

111

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

887

1

2

6

5

81

2

6

5

81

2

6

5

8

3

4

887

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419


Figure 2 Timing for Overvoltage Sensing

The following diagrams show the DCT package device in different cell configurations

Figure 3 4-Series Cell Configuration Figure 4 3-Series Cell Configuration(Connect together VC1 and VC2)



1

2

63

4

7

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

7

CELL CONNECTIONS

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419


Figure 5 2-Series Cell Configuration

To prevent incorrect output activation the following connection sequences must be used

4-Series Cell Configurationbull VC1(=VDD) rarr VC2 rarr VC3 rarr VC4 rarr GND orbull GND rarr VC4 rarr VC3 rarr VC2 rarr VC1(=VDD)

3-Series Cell Configurationbull VC1(=VC2=VDD) rarr VC3 rarr VC4 rarr GND orbull GND rarr VC4 rarr VC3 rarr VC1(=VC2=VDD)

2-Series Cell Configurationbull VC1(=VC2=VC3=VDD) rarr VC4 rarr GND orbull GND rarr VC4 rarr VC1(=VC2=VC3=VDD)





PackageDrawing

Pins PackageQty


BQ29410DCT3R ACTIVE SM8 DCT 8 3000 Pb-Free(RoHS)

CU SNBI Level-1-260C-UNLIM

BQ29410DCT3RE6 ACTIVE SM8 DCT 8 3000 Pb-Free(RoHS)


BQ29410DCTR ACTIVE SM8 DCT 8 3000 Green (RoHS ampno SbBr)

CU NIPDAU Level-1-260C-UNLIM

BQ29410DCTRG4 ACTIVE SM8 DCT 8 3000 Green (RoHS ampno SbBr)


BQ29410DCTT ACTIVE SM8 DCT 8 250 Green (RoHS ampno SbBr)


BQ29410DCTTG4 ACTIVE SM8 DCT 8 250 Green (RoHS ampno SbBr)


BQ29410PW ACTIVE TSSOP PW 8 150 TBD CU NIPDAU Level-1-220C-UNLIM

BQ29410PWR ACTIVE TSSOP PW 8 2000 TBD CU NIPDAU Level-1-220C-UNLIM

BQ29410PWRG4 ACTIVE TSSOP PW 8 2000 Green (RoHS ampno SbBr)






















BQ29412DCT3T PREVIEW 8 TBD Call TI Call TI










BQ29412PWG4 ACTIVE TSSOP PW 8 150 Green (RoHS ampno SbBr)



wwwticom 7-Mar-2009

Addendum-Page 1


PackageDrawing

Pins PackageQty













BQ29413PW ACTIVE TSSOP PW 8 150 Green (RoHS ampno SbBr)




BQ29413PWR ACTIVE TSSOP PW 8 2000 Green (RoHS ampno SbBr)





































wwwticom 7-Mar-2009

Addendum-Page 2


PackageDrawing

Pins PackageQty
















wwwticom 7-Mar-2009

Addendum-Page 3

TAPE AND REEL INFORMATION

All dimensions are nominal

Device PackageType

PackageDrawing

Pins SPQ ReelDiameter

(mm)

ReelWidth

W1 (mm)

A0 (mm) B0 (mm) K0 (mm) P1(mm)

W(mm)

Pin1Quadrant

BQ29410DCT3R SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29410DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29410DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29410PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29410PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29411DCT3R SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29411DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29411DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29411PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29411PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29412DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29412DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29412PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29412PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29413DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29413DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29413PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29414DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

PACKAGE MATERIALS INFORMATION

wwwticom 30-Jan-2009

Pack Materials-Page 1

Device PackageType

PackageDrawing


(mm)

ReelWidth

W1 (mm)


W(mm)

Pin1Quadrant

BQ29414DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29414PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29415DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29415DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29415PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29419PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1


Device Package Type Package Drawing Pins SPQ Length (mm) Width (mm) Height (mm)

BQ29410DCT3R SM8 DCT 8 3000 1820 1820 200

BQ29410DCTR SM8 DCT 8 3000 1820 1820 200

BQ29410DCTT SM8 DCT 8 250 1820 1820 200

BQ29410PWR TSSOP PW 8 2000 3460 3460 290

BQ29410PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29411DCT3R SM8 DCT 8 3000 1820 1820 200

BQ29411DCTR SM8 DCT 8 3000 1820 1820 200

BQ29411DCTT SM8 DCT 8 250 1820 1820 200

BQ29411PWR TSSOP PW 8 2000 3460 3460 290

BQ29411PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29412DCTR SM8 DCT 8 3000 1820 1820 200





BQ29412DCTT SM8 DCT 8 250 1820 1820 200

BQ29412PWR TSSOP PW 8 2000 3460 3460 290

BQ29412PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29413DCTR SM8 DCT 8 3000 1820 1820 200

BQ29413DCTT SM8 DCT 8 250 1820 1820 200

BQ29413PWR TSSOP PW 8 2000 3460 3460 290

BQ29414DCTR SM8 DCT 8 3000 1820 1820 200

BQ29414DCTT SM8 DCT 8 250 1820 1820 200

BQ29414PWR TSSOP PW 8 2000 3460 3460 290

BQ29415DCTR SM8 DCT 8 3000 1820 1820 200

BQ29415DCTT SM8 DCT 8 250 1820 1820 200

BQ29415PWR TSSOP PW 8 2000 3460 3460 290

BQ29419PWR TSSOP PW 8 2000 3460 3460 290




MECHANICAL DATA

MTSS001C ndash JANUARY 1995 ndash REVISED FEBRUARY 1999

POST OFFICE BOX 655303 bull DALLAS TEXAS 75265

PW (R-PDSO-G) PLASTIC SMALL-OUTLINE PACKAGE14 PINS SHOWN

065 M010

010

025

050075

015 NOM

Gage Plane

28

980

960

24

790

770

2016

660

640

4040064F 0197

030

660620

8

019

430450

7

015

14

A

1

120 MAX

14

510

490

8

310

290

A MAX

A MIN

DIMPINS

005

490

510

Seating Plane

0degndash8deg

NOTES A All linear dimensions are in millimetersB This drawing is subject to change without noticeC Body dimensions do not include mold flash or protrusion not to exceed 015D Falls within JEDEC MO-153

MECHANICAL DATA

MPDS049B ndash MAY 1999 ndash REVISED OCTOBER 2002


DCT (R-PDSO-G8) PLASTIC SMALL-OUTLINE PACKAGE

CcedilCcedilCcedilCcedilCcedilCcedilCcedilCcedilCcedilCcedilCcedilCcedilCcedilCcedilCcedilCcedilCcedilCcedilCcedilCcedil

060020

025

0deg ndash 8deg

015 NOM

Gage Plane

4188781C 0902

425

5

030015

290375270

8

4

315275

1

010000

130 MAX

Seating Plane

010

M013065

PIN 1INDEX AREA

NOTES A All linear dimensions are in millimetersB This drawing is subject to change without noticeC Body dimensions do not include mold flash or protrusionD Falls within JEDEC MO-187 variation DA



2

PART NO ESTA4103F3435F-30030SC

1 APPEARANCE

1-1 DIMENSIONS

1-2 CONSTRUCTION amp MATERIAL

1-3 MARKING

No marking

2 ELECTRICAL RATINGNo Item Symbol Conditions Min Nor Max Unit

1 Resistance at Ta R 25 Ta 25 plusmn01 9900 10000 10100 ohms

2 B constant B 4099 Log(R 25 R 85 ) 3400 3435 3470 deg K

3 Dissipation constant C Ta 25 - 25 - mW

4Thermal time

constantT Thermal Bath - 15 - sec

5Operating

temperature-30 - 105

No Part Name Materials Remark1 NTC Thermistor Metal Oxide2 Coating Epoxy Resin Color Black

3 Lead Wire HF Wire 30 AWG Color Black

3

3 RELIABILITY

No Item Condition EquipmentTest

PeriodicitySampling

Size

Permittednumber ofdefectives

Performance

1High

TemperatureStorage

100 x 1000HrsAfter completion of

the test allow sampleto stand under roomtemperature for 24

hrs

DryingOven

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

2Low

TemperatureStorage

-30 x 1000HrsAfter completion of


hrs

DryingOven

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

3 Humidity

4595RH x1000Hrs After

completion of thetest allow sample to

stand under roomtemperature for 24

hrs

Temperatureamp Humidity

Tester12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

4

ThermalShock

This cycle is repeated10 times After



hrs

ThermalShockTester

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

30min

30min

+100

-30

ordinary

temp

4

4 ORDERING INFORMATION

ES TA4 103 F 3435 F - 30 030 S C

E WAY Sensor

TA series Thermistor

Resistance (at 25)102 = 10 x 102 = 1000 ohm103 = 10 x 103 = 10000 ohm104 = 10 x 104 = 100000 ohm(102=1KΩ 103=10KΩ104=100KΩ)

R Tolerance Fplusmn1 Gplusmn2 Hplusmn3 Jplusmn5 Kplusmn10

B Value (degK)

B Tolerance Fplusmn1 Gplusmn2 Hplusmn3 Jplusmn5

Lead gauge26 = 26 AWG30 = 30 AWG

Length (Unitmm)030 = 30 mm150 = 150mm

Lead typeS SeparateC Connect UL TypeD Differ

A UL1430

B UL1571

C UL3302 HF

D UL2468

E UL2651

F UL1332 Teflon

G UL10362 Teflon

O Others

R 10000 ohms plusmn 1B 3435 degK plusmn 1

Temp Coef

MIN CENTER MAX () MIN MAX MIN MAX

-30 107666 111407 115267 -511 -336 346 -068 066

-29 102375 105878 109490 -508 -331 341 -067 065

-28 97371 100653 104034 -505 -326 336 -067 065

-27 92639 95713 98878 -502 -321 331 -066 064

-26 88163 91042 94006 -499 -316 326 -065 063

-25 83926 86624 89400 -496 -311 320 -065 063

-24 79916 82444 85044 -493 -307 315 -064 062

-23 76119 78488 80923 -490 -302 310 -063 062

-22 72522 74743 77024 -487 -297 305 -063 061

-21 69115 71197 73334 -485 -292 300 -062 060

-20 65886 67838 69840 -482 -288 295 -061 060

-19 62825 64655 66532 -479 -283 290 -061 059

-18 59922 61639 63397 -476 -278 285 -060 058

-17 57169 58779 60428 -474 -274 280 -059 058

-16 54558 56067 57613 -471 -269 276 -059 057

-15 52079 53495 54944 -468 -265 271 -058 057

-14 49727 51055 52413 -466 -260 266 -057 056

-13 47493 48738 50012 -463 -256 261 -056 055

-12 45371 46540 47733 -460 -251 257 -056 055

-11 43356 44452 45571 -458 -247 252 -055 054

-10 41440 42469 43518 -455 -242 247 -054 053

-9 39620 40584 41568 -453 -238 242 -054 053

-8 37889 38794 39717 -450 -233 238 -053 052

-7 36243 37092 37957 -447 -229 233 -052 051

-6 34677 35473 36285 -445 -225 229 -051 050

-5 33187 33934 34695 -442 -220 224 -051 050

-4 31769 32470 33183 -440 -216 220 -050 049

-3 30419 31076 31745 -437 -212 215 -049 048

-2 29133 29750 30377 -435 -207 211 -048 048

-1 27909 28488 29075 -432 -203 206 -048 047

0 26743 27285 27836 -430 -199 202 -047 046

1 25631 26140 26656 -428 -195 198 -046 046

2 24571 25049 25532 -425 -190 193 -045 045

3 23561 24009 24462 -423 -186 189 -045 044

4 22598 23017 23442 -420 -182 185 -044 043

5 21679 22072 22470 -418 -178 180 -043 043

6 20802 21171 21543 -416 -174 176 -042 042

7 19966 20311 20660 -414 -170 172 -042 041

8 19167 19490 19817 -411 -166 168 -041 040

9 18404 18707 19013 -409 -162 163 -040 040

Resistance (Ω) Resist Tolerance () Temp Tolerance ()

Resistance-Temperature Characteristics

Part No

Temperature()

ESTA4103F3435F-30030SC

5


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

10 17676 17960 18246 -407 -158 159 -039 039

11 16981 17246 17513 -404 -154 155 -038 038

12 16316 16564 16814 -402 -150 151 -038 037

13 15681 15913 16147 -400 -146 147 -037 036

14 15074 15291 15509 -398 -142 143 -036 036

15 14493 14696 14900 -396 -138 139 -035 035

16 13938 14127 14318 -393 -134 135 -034 034

17 13407 13584 13762 -391 -130 131 -033 033

18 12899 13064 13230 -389 -126 127 -033 032

19 12413 12567 12721 -387 -123 123 -032 032

20 11947 12091 12235 -385 -119 119 -031 031

21 11502 11636 11770 -383 -115 115 -030 030

22 11075 11200 11325 -381 -111 111 -029 029

23 10667 10782 10898 -379 -107 108 -028 028

24 10275 10383 10491 -377 -104 104 -028 028

25 9900 10000 10100 -375 -100 100 -027 027

26 9533 9633 9733 -373 -104 104 -028 028

27 9182 9282 9382 -371 -107 108 -029 029

28 8846 8945 9045 -369 -111 111 -030 030

29 8523 8622 8721 -367 -115 115 -031 031

30 8214 8313 8411 -365 -118 119 -033 032

31 7918 8016 8114 -363 -122 122 -034 034

32 7634 7731 7828 -361 -125 126 -035 035

33 7362 7458 7554 -359 -129 130 -036 036

34 7100 7196 7291 -357 -133 133 -037 037

35 6849 6944 7039 -355 -136 137 -039 038

36 6609 6702 6796 -353 -140 140 -040 040

37 6378 6470 6563 -351 -143 144 -041 041

38 6156 6247 6340 -349 -146 148 -042 042

39 5943 6033 6125 -348 -150 151 -043 043

40 5738 5828 5918 -346 -153 155 -045 044

41 5542 5630 5719 -344 -157 158 -046 046

42 5353 5440 5528 -342 -160 162 -047 047

43 5172 5258 5345 -340 -163 165 -049 048

44 4998 5082 5168 -339 -167 169 -050 049

45 4830 4913 4998 -337 -170 172 -051 050

46 4669 4751 4834 -335 -173 175 -052 052

47 4514 4595 4677 -333 -177 179 -054 053

48 4365 4445 4526 -332 -180 182 -055 054

49 4221 4300 4380 -330 -183 186 -056 056

6


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

50 4083 4161 4239 -328 -186 189 -058 057

51 3950 4027 4104 -327 -190 192 -059 058

52 3823 3898 3974 -325 -193 196 -060 059

53 3699 3773 3848 -323 -196 199 -062 061

54 3581 3654 3728 -322 -199 202 -063 062

55 3467 3538 3611 -320 -202 205 -064 063

56 3357 3427 3499 -318 -205 209 -066 065

57 3251 3320 3390 -317 -209 212 -067 066

58 3149 3217 3286 -315 -212 215 -068 067

59 3050 3117 3185 -314 -215 218 -070 068

60 2956 3021 3088 -312 -218 222 -071 070

61 2864 2929 2995 -310 -221 225 -072 071

62 2776 2840 2904 -309 -224 228 -074 072

63 2691 2753 2817 -307 -227 231 -075 074

64 2609 2670 2733 -306 -230 234 -077 075

65 2530 2590 2652 -304 -233 237 -078 077

66 2453 2513 2573 -303 -236 240 -079 078

67 2380 2438 2497 -301 -239 244 -081 079

68 2309 2366 2424 -300 -242 247 -082 081

69 2240 2296 2354 -298 -245 250 -084 082

70 2174 2229 2285 -297 -247 253 -085 083

71 2110 2164 2219 -295 -250 256 -087 085

72 2048 2101 2155 -294 -253 259 -088 086

73 1988 2040 2094 -292 -256 262 -090 088

74 1930 1982 2034 -291 -259 265 -091 089

75 1875 1925 1977 -289 -262 268 -093 090

76 1821 1870 1921 -288 -265 271 -094 092

77 1769 1817 1867 -287 -267 274 -095 093

78 1718 1766 1815 -285 -270 277 -097 095

79 1670 1717 1765 -284 -273 280 -098 096

80 1623 1669 1716 -282 -276 282 -100 098

81 1577 1622 1669 -281 -278 285 -102 099

82 1533 1577 1623 -280 -281 288 -103 101

83 1490 1534 1579 -278 -284 291 -105 102

84 1449 1492 1536 -277 -287 294 -106 103

85 1409 1451 1494 -276 -289 297 -108 105

86 1371 1412 1454 -274 -292 300 -109 106

87 1333 1374 1415 -273 -295 302 -111 108

88 1297 1337 1378 -272 -297 305 -112 109

89 1262 1301 1341 -270 -300 308 -114 111

7


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

90 1228 1267 1306 -269 -302 311 -115 112

91 1195 1233 1272 -268 -305 314 -117 114

92 1164 1200 1238 -267 -308 316 -119 115

93 1133 1169 1206 -265 -310 319 -120 117

94 1103 1138 1175 -264 -313 322 -122 118

95 1074 1109 1145 -263 -315 325 -123 120

96 1046 1080 1115 -262 -318 327 -125 122

97 1019 1052 1087 -260 -320 330 -127 123

98 992 1025 1059 -259 -323 333 -128 125

99 967 999 1033 -258 -325 335 -130 126

100 942 974 1007 -257 -328 338 -132 128

101 918 949 981 -256 -330 341 -133 129

102 894 925 957 -254 -333 343 -135 131

103 872 902 933 -253 -335 346 -137 132

104 850 880 910 -252 -338 349 -138 134

105 829 858 888 -251 -340 351 -140 136

8

SSM3K302T

2007-11-01 1

TOSHIBA Field Effect Transistor Silicon N Channel MOS Type

SSM3K302T Power Management Switch Applications High Speed Switching Applications bull 18 V drive bull Low ON-resistance Ron = 131 mΩ (max) (VGS = 18V) Ron = 87mΩ (max) (VGS = 25V) Ron = 71 mΩ (max) (VGS = 40V)

Absolute Maximum Ratings (Ta = 25degC) Characteristic Symbol Rating Unit

Drainndashsource voltage VDS 30 V

Gatendashsource voltage VGSS plusmn 12 V

DC ID 30 Drain current

Pulse IDP 60 A

Drain power dissipation PD (Note 1) 700 mW

Channel temperature Tch 150 degC

Storage temperature range Tstg minus55~150 degC

Note Using continuously under heavy loads (eg the application of high temperaturecurrentvoltage and the significant change in temperature etc) may cause this product to decrease in the reliability significantly even if the operating conditions (ie operating temperaturecurrentvoltage etc) are within the absolute maximum ratings Please design the appropriate reliability upon reviewing the Toshiba Semiconductor Reliability Handbook (ldquoHandling PrecautionsrdquoldquoDerating Concept and Methodsrdquo) and individual reliability data (ie reliability test report and estimated failure rate etc)

Note 1 Mounted on an FR4 board (254 mm times 254 mm times 16 t Cu Pad 645 mm2 )

Electrical Characteristics (Ta = 25degC) Characteristic Symbol Test Condition Min Typ Max Unit

V (BR) DSS ID = 1 mA VGS = 0 30 ⎯ ⎯ V Drainndashsource breakdown voltage

V (BR) DSX ID = 1 mA VGS = ndash12 V 18 ⎯ ⎯ V

Drain cutoff current IDSS VDS = 30 V VGS = 0 ⎯ ⎯ 1 μA

Gate leakage current IGSS VGS = plusmn 12 V VDS = 0 ⎯ ⎯ plusmn1 μA

Gate threshold voltage Vth VDS = 3 V ID = 1 mA 04 ⎯ 10 V

Forward transfer admittance Yfs VDS = 3 V ID = 2 A (Note2) 38 77 ⎯ S

ID = 20 A VGS = 40 V (Note2) ⎯ 52 71

ID = 10 A VGS = 25 V (Note2) ⎯ 64 87 Drainndashsource ON-resistance RDS (ON)

ID = 05 A VGS = 18 V (Note2) ⎯ 81 131

mΩ

Input capacitance Ciss ⎯ 270 ⎯

Output capacitance Coss ⎯ 56 ⎯

Reverse transfer capacitance Crss

VDS = 10 V VGS = 0 f = 1 MHz

⎯ 47 ⎯

pF

Total Gate Charge Qg ⎯ 43 ⎯

Gate-Source Charge Qgs ⎯ 28 ⎯

Gate-Drain Charge Qgd

VDS = 15 V IDS= 30 A VGS = 4 V

⎯ 15 ⎯

nC

Turn-on time ton ⎯ 20 ⎯ Switching time

Turn-off time toff

VDD = 10 V ID = 2 A VGS = 0 to 25 V RG = 47 Ω ⎯ 31 ⎯

ns

Drainndashsource forward voltage VDSF ID = minus 30 A VGS = 0 V (Note2) ⎯ ndash 085 ndash 12 V

Note2 Pulse test

Unit mm

JEDEC ―

JEITA ―

TOSHIBA 2-3S1A

Weight 10 mg (typ)

SSM3K302T

2007-11-01 2

Switching Time Test Circuit

(a) Test Circuit (b) VIN

Marking Equivalent Circuit (top view)

Notice on Usage Vth can be expressed as the voltage between gate and source when the low operating current value is ID = 1 mA for

this product For normal switching operation VGS (on) requires a higher voltage than Vth and VGS (off) requires a lower voltage than Vth

(The relationship can be established as follows VGS (off) lt Vth lt VGS (on)) Take this into consideration when using the device

Handling Precaution When handling individual devices that are not yet mounted on a circuit board make sure that the environment is

protected against electrostatic discharge Operators should wear antistatic clothing and containers and other objects that come into direct contact with devices should be made of antistatic materials

(c) VOUT

VDD = 10 V RG = 47 Ω DU lt = 1 VIN tr tf lt 5 ns Common Source Ta = 25degC

VDD

OUT IN 25 V

0

10 μs R

G

tf

ton

90

10

25 V

0 V

10

90

toff

tr

VDD

VDS (ON)

KKA

1 2

3

1 2

3

SSM3K302T

2007-11-01 3

ID ndash VDS

0

4

0 02 04 06 1

3

VGS = 15 V

10 V

1

2

18 V

25 V

08

5

RDS (ON) ndash Ta

0 minus50

ID = 20 A VGS = 40 V

0 50 150

100

200

300

100

0 2 6 8 4 0

100

200

RDS (ON) ndash VGS

150

50

10 A 25 V

10

ID ndash VGS

10

0

01

1

0001

001

0000120

minus 25 degC

Ta = 100 degC

25 degC

10

Vth ndash Ta

10

0minus50 0 150

05

50 100

40 V

250

150

50

05 A 18 V

VGS = 40 V

RDS (ON) ndash ID

0 1 3 4 2 0

100

200

150

50

5

25 V

18 V

minus 25 degC

Ta = 100 degC

25 degC

Drainndashsource voltage VDS (V)

D

rain

cur

rent

I D

(A

)

Gatendashsource voltage VGS (V)

D

rain

cur

rent

I D

(A

)

Common Source VDS = 3 V

Common Source Ta = 25degC

ID = 05 A

Common Source

Ta = 25degC

Drain current ID (A)

Dra

inndashs

ourc

e O

N-r

esis

tanc

e R

DS

(ON

) (

mΩ

)


Dra

inndashs

ourc

e O

N-r

esis

tanc

e R

DS

(ON

) (

mΩ

)

Common Source

Ta = 25degC

Ambient temperature Ta (degC)

Gat

e th

resh

old

volta

ge

Vth

(V

)


Dra

inndashs

ourc

e on

-res

ista

nce

RD

S (O

N)

(mΩ

)

Common Source

Common source

VDS = 3 V

ID = 1 mA

SSM3K302T

2007-11-01 4

t ndash ID

1001

100

01

1000

1 10

toff

10

IDR ndash VDS

|Yfs| ndash ID

01 10

1

10

01 1

3

03

C ndash VDS

10 01 1 10 100

100

1000

300

500

30

50

Ciss

CossCrss

001

10

0

01

1

0001

001

ndash02 ndash06 ndash04 ndash10ndash08

minus25 degC

Ta =100 degC

25 degC

tf

ton

tr

Dra

in re

vers

e cu

rren

t I

DR

(A

)

Drainndashsource voltage VDS (V) Drain current ID (A)

Forw

ard

trans

fer a

dmitt

ance

⎪Y

fs⎪

(S

)

Common Source

VGS = 0 V

Ta = 25degC

G

D

S

IDR

Common Source

VDS = 3 V

Ta = 25degC

Sw

itchi

ng ti

me

t

(ns)

Drain current ID (A) Drainndashsource voltage VDS (V)

Cap

acita

nce

C

(pF)

Common Source Ta = 25degC f = 1 MHz VGS = 0 V

Common SourceVDD = 10 V VGS = 0 to 25 VTa = 25degC RG = 47 Ω

Total Gate Charge Qg (nC)

Dynamic Input Characteristic

0 0

VDD=15V

4 8

4

8

12

10

6

2

Common Source ID = 3 A

Ta = 25degC

VDD=24V

Gat

endashS

ourc

e vo

ltage

V

GS

(V

)

SSM3K302T

2007-11-01 5

Tran

sien

t the

rmal

impe

danc

e R

th (deg

CW

)

Pulse width tw (s)

rth ndash tw

1

100

1000

10

0001 001 01 10001 10 100

Single Pulse a Mounted on FR4 board

(254mm times 254mm times 16t Cu Pad 645 mm2)

b Mounted on FR4 board (254mm times 254mm times 16t Cu Pad 08 mm2times3)

b

a


PD ndash Ta

Dra

in p

ower

dis

sipa

tion

PD

(m

W)

800

0

200

120 100 140

400

600

160

1000

80 60 40 20 0 -20 -40

a

b

a Mounted on FR4 board (254mm times 254mm times 16t Cu Pad 645 mm2)


SSM3K302T

2007-11-01 6

RESTRICTIONS ON PRODUCT USE bull Toshiba Corporation and its subsidiaries and affiliates (collectively ldquoTOSHIBArdquo) reserve the right to make changes to the information

in this document and related hardware software and systems (collectively ldquoProductrdquo) without notice

bull This document and any information herein may not be reproduced without prior written permission from TOSHIBA Even with TOSHIBArsquos written permission reproduction is permissible only if reproduction is without alterationomission

bull Though TOSHIBA works continually to improve Productrsquos quality and reliability Product can malfunction or fail Customers are responsible for complying with safety standards and for providing adequate designs and safeguards for their hardware software and systems which minimize risk and avoid situations in which a malfunction or failure of Product could cause loss of human life bodily injury or damage to property including data loss or corruption Before customers use the Product create designs including the Product or incorporate the Product into their own applications customers must also refer to and comply with (a) the latest versions of all relevant TOSHIBA information including without limitation this document the specifications the data sheets and application notes for Product and the precautions and conditions set forth in the ldquoTOSHIBA Semiconductor Reliability Handbookrdquo and (b) the instructions for the application with which the Product will be used with or for Customers are solely responsible for all aspects of their own product design or applications including but not limited to (a) determining the appropriateness of the use of this Product in such design or applications (b) evaluating and determining the applicability of any information contained in this document or in charts diagrams programs algorithms sample application circuits or any other referenced documents and (c) validating all operating parameters for such designs and applications TOSHIBA ASSUMES NO LIABILITY FOR CUSTOMERSrsquo PRODUCT DESIGN OR APPLICATIONS

bull Product is intended for use in general electronics applications (eg computers personal equipment office equipment measuring equipment industrial robots and home electronics appliances) or for specific applications as expressly stated in this document Product is neither intended nor warranted for use in equipment or systems that require extraordinarily high levels of quality andor reliability andor a malfunction or failure of which may cause loss of human life bodily injury serious property damage or serious public impact (ldquoUnintended Userdquo) Unintended Use includes without limitation equipment used in nuclear facilities equipment used in the aerospace industry medical equipment equipment used for automobiles trains ships and other transportation traffic signaling equipment equipment used to control combustions or explosions safety devices elevators and escalators devices related to electric power and equipment used in finance-related fields Do not use Product for Unintended Use unless specifically permitted in this document

bull Do not disassemble analyze reverse-engineer alter modify translate or copy Product whether in whole or in part

bull Product shall not be used for or incorporated into any products or systems whose manufacture use or sale is prohibited under any applicable laws or regulations

bull The information contained herein is presented only as guidance for Product use No responsibility is assumed by TOSHIBA for any infringement of patents or any other intellectual property rights of third parties that may result from the use of Product No license to any intellectual property right is granted by this document whether express or implied by estoppel or otherwise

bull ABSENT A WRITTEN SIGNED AGREEMENT EXCEPT AS PROVIDED IN THE RELEVANT TERMS AND CONDITIONS OF SALE FOR PRODUCT AND TO THE MAXIMUM EXTENT ALLOWABLE BY LAW TOSHIBA (1) ASSUMES NO LIABILITY WHATSOEVER INCLUDING WITHOUT LIMITATION INDIRECT CONSEQUENTIAL SPECIAL OR INCIDENTAL DAMAGES OR LOSS INCLUDING WITHOUT LIMITATION LOSS OF PROFITS LOSS OF OPPORTUNITIES BUSINESS INTERRUPTION AND LOSS OF DATA AND (2) DISCLAIMS ANY AND ALL EXPRESS OR IMPLIED WARRANTIES AND CONDITIONS RELATED TO SALE USE OF PRODUCT OR INFORMATION INCLUDING WARRANTIES OR CONDITIONS OF MERCHANTABILITY FITNESS FOR A PARTICULAR PURPOSE ACCURACY OF INFORMATION OR NONINFRINGEMENT

bull Do not use or otherwise make available Product or related software or technology for any military purposes including without limitation for the design development use stockpiling or manufacturing of nuclear chemical or biological weapons or missile technology products (mass destruction weapons) Product and related software and technology may be controlled under the Japanese Foreign Exchange and Foreign Trade Law and the US Export Administration Regulations Export and re-export of Product or related software or technology are strictly prohibited except in compliance with all applicable export laws and regulations

bull Please contact your TOSHIBA sales representative for details as to environmental matters such as the RoHS compatibility of Product Please use Product in compliance with all applicable laws and regulations that regulate the inclusion or use of controlled substances including without limitation the EU RoHS Directive TOSHIBA assumes no liability for damages or losses occurring as a result of noncompliance with applicable laws and regulations

2009 7 2 14

SEMICONDUCTORTECHNICAL DATA

2N7002AN CHANNEL ENHANCEMENT MODE

FIELD EFFECT TRANSISTOR

Revision No 7

INTERFACE AND SWITCHING APPLICATION

FEATURESHigh density cell design for low RDS(ON)Voltage controolled small signal switchRugged and reliableHigh saturation current capablity

MAXIMUM RATING (Ta=25 )

DIM MILLIMETERS

1 SOURCE

2 GATE

3 DRAIN

SOT-23

A

B

C

D

E

293 020

130+020-015

045+015-005

240+030-020

G 190

H

J

K

L

M

N

095

013+010-005

000 ~ 010

055

020 MIN

100+020-010

M

J

K

E

1

2 3

H

GA

NC

B

D 130 MAX

L L

P P

P 7

+_

ELECTRICAL CHARACTERISTICS (Ta=25 )

CHARACTERISTIC SYMBOL TEST CONDITION MIN TYP MAX UNIT

Drain-Source Breakdown Voltage BVDSS VGS=0V ID=10 A 60 - - V

Zero Gate Voltage Drain Current IDSS VDS=60V VGS=0V - - 1 A

Gate-Body Leakage Forward IGSSF VGS=20V VDS=0V - - 1 A

Gate-Body Leakage Reverse IGSSR VGS=-20V VDS=0V - - -1 A

CHARACTERISTIC SYMBOL RATING UNIT

Drain-Source Voltage VDSS 60 V

Drain-Gate Voltage (RGS 1 ) VDGR 60 V

Gate-Source Voltage VGSS 20 V

Drain Current Continuous ID 115

mAPulsed IDP 800

Drain Power Dissipation PD 200 mW

Junction Temperature Tj 150

Storage Temperature Range Tstg -55 150

D

G

S

THIS TRANSISTOR IS ELECTROSTATIC SENSITIVE DEVICE

PLEASE HANDLE WITH CAUTION

Type Name

Marking

Lot No

WB

EQUIVALENT CIRCUIT

2009 7 2 24

2N7002A

Revision No 7

ELECTRICAL CHARACTERISTICS (Ta=25 )ON CHARACTERISTICS (Note 1)


Gate Threshold Voltage Vth VDS=VGS ID=250 A 1 21 25 V

Drain-Source ON Resistance RDS(ON)

VGS=10V ID=500mA - 18 5

VGS=5V ID=50mA - - 5

Drain-Source ON Voltage VDS(ON)

VGS=10V ID=500mA - 09 25V

VGS=5V ID=50mA - - 025

On State Drain Current ID(ON) VGS=10V VDS 2 VDS(ON) 500 - - mA

Forward Transconductance gFS VDS=2VDS(ON) ID=200mA 80 320 - mS

DYNAMIC CHARACTERISTICS


Input Capacitance Ciss

VDS=25V VGS=0V f=1MHz

- 20 50

pFReverse Transfer Capacitance Crss - 4 5

Output Capacitance Coss - 11 25

Switching TimeTurn-On Time ton VDD=30V RL=150 ID=200mA

VGS=10V RGEN=25

- - 20nS

Turn-Off Time toff - - 20

DRAIN-SOURCE DIODE CHARACTERISTICS AND MAXIMUM RAINGS


Maximum Continuous Drain-SourceDiode Forward Current

IS - - - 115 mA

Maximum Pulsed Drain-SourceDiode Forward Current

ISM - - - 800 mA

Drain-Source Diode Forward Voltage VSD VGS=0V IS=115mA (Note1) - 088 15 V

OUTOUTPUT V 10 10

10

90 90

90

50 50

ftrt

ININPUT V

INVERTED

PULSE WIDTH

d(on)t d(off)t

ont offt

SWITCHING TIME TEST CIRCUIT

GSVGENR

V DD

R L

VOUT

DUT

D

G

S

INV

Note 1) Pulse Test Pulse Width 300 Duty Cycle 20

2009 7 2 34

2N7002A

Revision No 7

DRAIN-SOURCE VOLTAGE V (V)

DR

AIN

CU

RR

EN

T I

(

A)

D

0

DS

0

I - VD DS

1

COMMON SOURCE

Ta=25 C

V =3VGS

2 3 4 5

05

10

15

20

4V

5V

6V

7V10V

9V 8V

GATE-SOURCE VOLTAGE V (V)

DR

AIN

CU

RR

EN

T I

(A

)D

GS

I - VD GS

0

0

2

COMMON SOURCE

Ta=

-55

C

V =10VGS

4 6 8 10

08

04

12

16

20

Ta=

25 C

Ta=

125

C

0

05

02

COMMON SOURCE

V =10VGS

04 06 08 10

15

10

20

25

30

Ta=25 C

DR

AIN

SO

UR

CE

ON

- R

ES

IST

AN

CE

R (Ω

) (N

OR

MA

LIZ

ED

)

DRAIN CURRENT I (A)D

DS

(ON

)

R - IDS(ON) D

-50

0

-25

COMMON SOURCE

I =500mAD

V =10VGS

0 25 50 75 100 125 150

10

20

30

40

DR

AIN

SO

UR

CE

ON

- R

ES

IST

AN

CE

R (Ω

) (N

OR

MA

LIZ

ED

)

JUNCTION TEMPERATURE T ( C)j

DS

(ON

)

R - TDS(ON) j

-50

08

-25

COMMON SOURCE

V =VDS GS

I =1mAD

0 25 50 75 100 125 150

09

085

095

10

11

105

GA

TE

-SO

UR

CE

TH

RE

SH

OL

D V

OL

TA

GE

V

(NO

RM

AL

IZE

D)


th

V - Tth j

BODY DIODE FORWARD VOLTAGE V (V)

RE

VE

RS

E D

RA

IN C

UR

RE

NT

I (

A)

S

SD

I - VS SD

001

02

003

01

03

1

3

10COMMON

SOURCE

V =0GS

30

Ta=

-55 C

04 06 08 10 12 14

Ta=

25 C

Ta=

125

C

2009 7 2 44

2N7002A

Revision No 7

COMMON SOURCE

Ta=25 C

f=1MHz

V =0


CA

PA

CIT

AN

CE

C (p

F)

1 1053 30

C - V

GS

DS

50

DS

C rss

ossC

Ciss

1

5

3

10

50

30

100

GATE CHARGE Q (nC)

GA

TE

-SO

UR

CE

VO

LT

AG

E V

(

V)

GS

g

V - QGS g

0

0

04

COMMON SOURCE

V =25VDS

I =115mAD

08 12 16 20

4

2

6

8

10

I - V

DSDRAIN-SOURCE VOLTAGE V (V)

DR

AIN

CU

RR

EN

T I

(

A)

D DS

D

1 3 10 100305

SINGLE PULSE

Ta=25 C

GSV =10V

100micros

1mS

10mS

100mS1s

10s

DC

DS(ON)

R

L

IMIT

50

2

0005

001

003

005

01

03

05

1

P - TaD

AMBIENT TEMPERATURE Ta ( C)

0 20 40

50

D

0DR

AIN

PO

WE

R D

ISS

IPA

TIO

N P

(m

W)

60 80 100 120 140 160

100

150

200

250

300

350

TPC8026

2007-02-15 1

TOSHIBA Field Effect Transistor Silicon N Channel MOS Type (U-MOS IV)

TPC8026 Lithium Ion Battery Applications Portable Equipment Applications Notebook PC Applications bull Small footprint due to small and thin package bull Low drain-source ON resistance RDS (ON) = 51 mΩ (typ) bull High forward transfer admittance |Yfs| = 30 S (typ) bull Low leakage current IDSS = 10 μA (max) (VDS = 30 V) bull Enhancement mode Vth = 13 to 25 V (VDS = 10 V ID = 1 mA)

Absolute Maximum Ratings (Ta = 25degC)

Characteristics Symbol Rating Unit

Drain-source voltage VDSS 30 V

Drain-gate voltage (RGS = 20 kΩ) VDGR 30 V

Gate-source voltage VGSS plusmn20 V

DC (Note 1) ID 13 Drain current

Pulse (Note 1) IDP 52 A

Drain power dissipation (t = 10 s)

(Note 2a) PD 19 W


(Note 2b) PD 10 W

Single pulse avalanche energy

(Note 3) EAS 44 mJ

Avalanche current IAR 13 A

Repetitive avalanche energy

(Note 2a) (Note 4) EAR 0048 mJ


Storage temperature range Tstg minus55 to 150 degC

Note 1 Note 2 Note 3 and Note 4 See the next page

Using continuously under heavy loads (eg the application of high temperaturecurrentvoltage and the significant change in temperature etc) may cause this product to decrease in the reliability significantly even if the operating conditions (ie operating temperaturecurrentvoltage etc) are within the absolute maximum ratings Please design the appropriate reliability upon reviewing the Toshiba Semiconductor Reliability Handbook (ldquoHandling PrecautionsrdquoDerating Concept and Methods) and individual reliability data (ie reliability test report and estimated failure rate etc)

This transistor is an electrostatic-sensitive device Please handle with caution

Unit mm

JEDEC ―

JEITA ―

TOSHIBA 2-6J1B

Weight 008 g (typ)

Circuit Configuration

8 6

1 2 3

7 5

4

TPC8026

2007-02-15 2

Thermal Characteristics

Characteristics Symbol Max Unit

Thermal resistance channel to ambient

(t = 10 s) (Note 2a) Rth (ch-a) 658 degCW


(t = 10 s) (Note 2b) Rth (ch-a) 125 degCW

Marking (Note 5)

Note 1 Ensure that the channel temperature does not exceed 150degC

Note 2 (a) Device mounted on a glass-epoxy board (a) (b) Device mounted on a glass-epoxy board (b)

Note 3 VDD = 24 V Tch = 25degC (initial) L = 02 mH IAR = 13 A

Note 4 Repetitive rating pulse width limited by max channel temperature

Note 5 bull on lower left of the marking indicates Pin 1

(a)

FR-4 254 times 254 times 08

(unit mm)

(b)


(unit mm)

Weekly code (Three digits) Week of manufacture (01 for the first week of a year sequential number up to 52 or 53)

Year of manufacture (The last digit of a year)

T P C 8 0 2 6Lot No

A line indicates lead (Pb)-free package orlead (Pb)-free finish

Part No (or abbreviation code)

TPC8026

2007-02-15 3

Electrical Characteristics (Ta = 25degC)

Characteristics Symbol Test Condition Min Typ Max Unit

Gate leakage current IGSS VGS = plusmn20 V VDS = 0 V ⎯ ⎯ plusmn100 nA

Drain cut-OFF current IDSS VDS = 30 V VGS = 0 V ⎯ ⎯ 10 μA

V (BR) DSS ID = 10 mA VGS = 0 V 30 ⎯ ⎯ Drain-source breakdown voltage

V (BR) DSX ID = 10 mA VGS = minus20 V 10 ⎯ ⎯ V


VGS = 45 V ID = 65 A ⎯ 75 10 Drain-source ON resistance RDS (ON)

VGS = 10 V ID = 65 A ⎯ 51 66 mΩ

Forward transfer admittance |Yfs| VDS = 10 V ID = 65 A 15 30 ⎯ S


Reverse transfer capacitance Crss ⎯ 370 ⎯

Output capacitance Coss

VDS = 10 V VGS = 0 V f = 1 MHz

⎯ 570 ⎯

pF

Rise time tr ⎯ 15 ⎯

Turn-ON time ton ⎯ 28 ⎯

Fall time tf ⎯ 21 ⎯

Switching time

Turn-OFF time toff

Duty lt = 1 tw = 10 μs ⎯ 54 ⎯

ns

Total gate charge (gate-source plus gate-drain) Qg ⎯ 42 ⎯

Gate-source charge 1 Qgs1 ⎯ 65 ⎯

Gate-drain (ldquomillerrdquo) charge Qgd

VDD sim minus 24 V VGS = 10 V ID = 13 A

⎯ 14 ⎯

nC

Source-Drain Ratings and Characteristics (Ta = 25degC)


Drain reverse current Pulse (Note 1) IDRP ⎯ ⎯ ⎯ 52 A

Forward voltage (diode) VDSF IDR = 13 A VGS = 0 V ⎯ ⎯ minus12 V

RL

= 2

3 Ω

VDD sim minus 15 V

0 VVGS

10 V

47

Ω

ID = 65 AVOUT

TPC8026

2007-02-15 4

100100

5 6

VGS = 10 V

45

1

100

10

01 1 10

Ta = minus55degC

25 100

01 1 10 01

1

10

100

1000

65

ID = 13 A

3

0 2 4 6 8 100

004

008

012

016

020

Ta = minus55degC 100degC

25degC

1 2 3 4 0

10

20

30

40

50

0

6

38

VGS = 3 V

34

10

36 45

8

4

32

31

0 02 04 06 08 10

4

8

12

16

20

33

6

38

VGS = 3 V

34

10

36

4

8

45

3231

0 04 08 12 16 20

10

20

30

40

50

33

ID ndash VDS

ID ndash VDS

ID ndash VGS

VDS ndash VGS

|Yfs| ndash ID

RDS (ON) ndash ID

Common sourceTa = 25degC Pulse test


Common source VDS = 10 V Pulse test


Common sourceVDS = 10 V Pulse test


Forw

ard

trans

fer a

dmitt

ance

|Y

fs|

(S

)

D

rain

minussou

rce

volta

ge

VD

S

(V)

Drainminussource voltage VDS (V)

D

rain

cur

rent

I D

(A

)

Drain-source voltage VDS (V)

D

rain

cur

rent

I D

(A

)

Gateminussource voltage VGS (V)

D

rain

cur

rent

I D

(A

)


Drain current ID (A) Drain current ID (A)

Dra

inminuss

ourc

e O

N re

sist

ance

R

DS

(ON

) (

mΩ

)

TPC8026

2007-02-15 5

60 70

80 160120

VDS

VGS

24 12

0 20 40

4

12

16

20

0

10

20

30

50

40

8

10 30 50

VDD = 6V

0

(1)

(2)

0

04

08

12

16

0 40 80 160120

2

minus80 minus40 0 400

3

25

05

15

2

1

Ciss

Coss

Crss

1000

10000

100 01 1 10 100

1045

3

VGS = 0 V

1

0 minus02 minus04 minus06 minus08 minus1001

1000

1

10

100

VGS = 45 V

ID = 36513 A

ID = 36513 A

0

4

8

12

16

minus80 minus40 0 40 80 120 160

VGS = 10 V

RDS (ON) ndash Ta

IDR ndash VDS

Vth ndash Ta

PD ndash Ta

Common source Pulse test


Common sourceVGS = 0 V f = 1 MHz Ta = 25degC

Common sourceVDS = 10 V ID = 1mA Pulse test

Common source ID = 13 A Ta = 25degC Pulse test


Dra

in-s

ourc

e O

N re

sist

ance

R

DS

(ON

) (

mΩ

)


D

rain

reve

rse

curr

ent

ID

R

(A)


Capacitance ndash VDS

C

apac

itanc

e C

(p

F)


G

ate

thre

shol

d vo

ltage

V

th

(V)


D

rain

pow

er d

issi

patio

n P

D

(W)

Gat

eminusso

urce

vol

tage

V

GS

(V

)

Total gate charge Qg (nC)

Dynamic inputoutput characteristics

D

rain

minussou

rce

volta

ge

VD

S

(V)

(1)Device mounted on a glass-epoxyboard(a)(Note 2a) (2)Device mounted on a glass-epoxyboard (b)(Note 2b) t = 10 s

TPC8026

2007-02-15 6

t = 10 ms

1 ms

VDSS max

01 1 10 10001

1

10

100

01 0001 001 01 1 10 100 1000

1

10

100

1000

(2)

(1)

(1)Device mounted on a glass-epoxyboard (a)(Note 2a)(2)Device mounted on a glass-epoxyboard (b)(Note 2b)

rth minus tw

Single pulse

Pulse width tw (s)


Tran

sien

t the

rmal

impe

danc

e r

th

(degC

W)

D

rain

cur

rent

I D

(A

)

Safe operating area

ID max (Pulse)

Single pulse Ta = 25degC

Curves must be derated linearly with increase in temperature

TPC8026

2007-02-15 7

RESTRICTIONS ON PRODUCT USE 20070701-EN

bull The information contained herein is subject to change without notice

bull TOSHIBA is continually working to improve the quality and reliability of its products Nevertheless semiconductor devices in general can malfunction or fail due to their inherent electrical sensitivity and vulnerability to physical stress It is the responsibility of the buyer when utilizing TOSHIBA products to comply with the standards of safety in making a safe design for the entire system and to avoid situations in which a malfunction or failure of such TOSHIBA products could cause loss of human life bodily injury or damage to property In developing your designs please ensure that TOSHIBA products are used within specified operating ranges as set forth in the most recent TOSHIBA products specifications Also please keep in mind the precautions and conditions set forth in the ldquoHandling Guide for Semiconductor Devicesrdquo or ldquoTOSHIBA Semiconductor Reliability Handbookrdquo etc

bull The TOSHIBA products listed in this document are intended for usage in general electronics applications (computer personal equipment office equipment measuring equipment industrial robotics domestic appliances etc)These TOSHIBA products are neither intended nor warranted for usage in equipment that requires extraordinarily high quality andor reliability or a malfunction or failure of which may cause loss of human life or bodily injury (ldquoUnintended Usagerdquo) Unintended Usage include atomic energy control instruments airplane or spaceship instruments transportation instruments traffic signal instruments combustion control instruments medical instruments all types of safety devices etc Unintended Usage of TOSHIBA products listed in his document shall be made at the customerrsquos own risk

bull The products described in this document shall not be used or embedded to any downstream products of which manufacture use andor sale are prohibited under any applicable laws and regulations

bull The information contained herein is presented only as a guide for the applications of our products No responsibility is assumed by TOSHIBA for any infringements of patents or other rights of the third parties which may result from its use No license is granted by implication or otherwise under any patents or other rights of TOSHIBA or the third parties

bull Please contact your sales representative for product-by-product details in this document regarding RoHS compatibility Please use these products in this document in compliance with all applicable laws and regulations that regulate the inclusion or use of controlled substances Toshiba assumes no liability for damage or losses occurring as a result of noncompliance with applicable laws and regulations

1 Scope

This specification covers UL recognized XLPE insulated wire for internal wiring of electronic equipment

File NoE249002 [UL style 330210530V]

2 Construction Item Unit Spec

AWG --- 28 Material --- Tinned copper

Construction Nomm 70127plusmn0003 Pitch mm S P=2~4

Inner conductor

Dia(approx) mm 038

Material --- XLPE Nom thickness mm 021 Min thickness mm 019 Dia(approx) mm 080plusmn003

Insulation

Color --- BlackBrown WhiteRedGreenYellowGray

BlueOrangePurple

Cross-section of cable

insulation

conductor

3 Characteristics Item Unit Spec

Rated temperature -10~105 Rated voltage V 30 Max conductor resistance at 20 Ωkm 227 Min insulation resistance at 20 MΩ-km 1000

Dielectric withstanding voltage Vmin 500 Unaged elongation (min) 159 Unaged tensile strength kgfmm2

105 Tension fracture kg Min 195 Flame resistance -- FT-2 Spark test KV 15 Flexibility test Cycle 30000 min

Initial Issue Page4 of 4 Eon-tech (SuZhou) Corporation WI-73-01-04-02-0909

SG-OF-04040M1

IEC SYSTEM FOR MUTUAL RECOGNITION OF TEST SYSTEME CEI D ACCEPTATION MUTUELLE DE CERTIFICATES FOR ELECTRICAL EQUIPMENT (IECEE) CERTIFICATS DESSAIS DES EQUIPEMENTS CB SCHEME ELECTRIQUES (IECEE)METHODE OC

CB TEST CERTIFICATE CERTIFICAT DESSAI OC

Product Produit

Name and address of the applicant Nom et adressedu demandeur

Name and address of the manufacturer Nom et adressedu fabricant

Name and address of the factory Nom et adressede lusine

Rating and principal characteristics Valeurs nominales et caractenstlques principales

Modeltype Ref Ref de type

Additional information (if necessary) Information cornpternentalre (si necessatre)

A sample of the product was tested and found

to be in conformity with Un echantillon de ce produit a ete essays et a ete

considere conforme a la

as shown in the Test Report Ref No

which form part of this certificate comme indique dans Ie Rapportdessais numero

de reference quiconstitue une partie de ce

certificat

Battery Packs ( Lithium Ion Polymer Battery )

Gallopwire Enterprise CoLtd

3F NO551 Sec7Chung Hsiao E Road

11561 Taipei TAIWAN

Gallopwire Enterprise COLtd 3F NO551 Sec7Chung Hsiao E Road 11561 Taipei TAIWAN

Gallopwire Enterprise Co Ltd (KUNSHAN) No25 First Avenue Kunshan Export Processing Zone 215300 Kunshan Jianqsu PEOPLES REPUBLIC OF CHINA

Rated voltage 74 Vdc Rated capacity 5000 mAh 37 Wh Protection class III

8299-PRLUCMD50004

IEC 60950-1 2005

TOy SOD PSB Pte Ltd

081-100634-100

--------___----~

This CB Test Certificate is issued by the National Certification Body Ce Certificat dessai OC est etabli par lOrganisme National de Certification

Date 2010-07-15

CBS 10 07 55634 144 ( Bill Lin )

TOy SOD PSB Pte Ltdmiddot 1 Science Park Drive Singapore 118221 PSB Singapore

Page 1 of 1

ELECTRONICS TESTING CENTER(ETC) TAIWAN File No 10-06-RBF-180 EMC TESTING DEPARTMENT II Page 1 22

EMC TEST REPORT

Responsible Party GALLOPWIRE ENTERPRISE CO LTD

Manufacturer GALLOPWIRE ENTERPRISE CO LTD (KUNSHAN)

Description of Product Battery pack

Trade Name NA

Model No 8299-PRLUCMD50004

Test Report File No 10-06-RBF-180

Date Test Item Received Jun 29 2010

Date Test Campaign Completed

Jun 30 2010

Date of Issue Jul 01 2010

Test Performed by

ELECTRONICS TESTING CENTER (ETC) TAIWAN NO 34 LIN 5 DINGFU TSUEN LINKOU SHIANG

TAIPEI COUNTY TAIWAN 24442 ROC TEL (02)26023052 FAX (02)26010910

http wwwetcorgtw e-mailemcetcorgtw

This test report consists of 22 Pages This test report is the property of ETC and shall not be reproduced except in full without the written consent of ETC ETC hereby returns all rights-in-data to [GALLOPWIRE ENTERPRISE CO LTD] for their exclusive legal use

Note 1 The results of the Test Report relate only to the items tested 2 The Test Report shall not be reproduced except in full without the written approval of ETC


CONTENTS

EMC TEST REPORT 1 CONTENTS 2

1 TEST REPORT CERTIFICATION 3 2 GENERAL INFORMATIONS 5

21 Description of EUT5 22 Related Information of EUT 5 23 Tested Configuration 5 24 Deviations Record 6 25 Modification Record6

3 SUMMARY OF TEST RESULTS7 31 Emissions7

311 Radiated Emissions7 32 Immunity 8

321 Immunity Criteria 8 322 Electrostatic Discharge Immunity (Charge Mode Discharge Mode) 8 323 RF Radiated Fields Immunity (Charge Mode Discharge Mode) 8 324 Power Frequency Magnetic Field Immunity (Charge Mode Discharge Mode) 8

4 TEST DATA amp RELATED INFORMATIONS 9 41 Emissions9

413 Radiated Emissions Test 9 4131 Radiated Emissions Test Data 9 4132 Radiated Emissions Test Setup Photos 11

42 42 Immunity13 421 Electrostatic Discharge Immunity Test 13

4211 Electrostatic Discharge Immunity Test Data 13 4212 Electrostatic Discharge Immunity Test Setup Photos16

422 RF Radiated Fields Immunity Test 17 4221 RF Radiated Fields Immunity Test Data17 4222 RF Radiated Fields Immunity Test Setup Photos 19

423 Power Frequency Magnetic Field Immunity Test 20 4231 Power Frequency Magnetic Field Immunity Test Data 20 4232 Power Frequency Magnetic Field Immunity Test Setup Photos 22


1 TEST REPORT CERTIFICATION Client GALLOPWIRE ENTERPRISE CO LTD

Address 3F No 551 Sec 7 Chung Hsiao E Road Taipei Taiwan ROC


Address 25 1ST AVE KUNSHAN EXPORT PROCESSING ZONE

KUNSHAN JIANGSU CHINA

EUT Battery pack

Trade name NA


Test specifications

Emissions EN 550222006(Class B)

Immunity IEC61000-4-22008 IEC61000-4-32006A12007A22010 IEC61000-4-82009

Regulations applied


Immunity EN 550241998A12001A22003

The testing described in this report has been carried out to the best of our knowledge and ability and our responsibility is limited to the exercise of reasonable care This certification is not intended to believe the sellers from their legal andor contractual obligations


2 GENERAL INFORMATIONS

21 Description of EUT EUT is Battery Pack

22 Related Information of EUT

Size of EUT 13cm(L) X 13cm(W) X 05cm(H)

Power Supply DC 74V Cables dedicated for EUT

AC Power Line [ ] Nonshielded [ ] Shielded [X] None Length m Coaxial Line [ ] Nonshielded [ ] Shielded [X] None Length m RJ45 Line [ ] Nonshielded [ ] Shielded [X] None Length m BNC Line [ ] Nonshielded [ ] Shielded [X] None Length m BNC Line [ ] Nonshielded [ ] Shielded [X] None Length m USB Cable [ ] Nonshielded [ ] Shielded [X] None Length m AV Cable [ ] Nonshielded [ ] Shielded [X] None Length m

23 Tested Configuration The EUT connected with the following peripheral devices

Product Manufacturer Model No IO Cable Battery pack GALLOPWIRE

ENTERPRISE CO LTD(KUNSHAN)

8299-PRLUCMD50004 ----

Load NA NA 06m Unshielded Signal Cable DC Power Supply GW GPC-3030D 20m Unshielded AC Power Core

Remark ldquordquo means equipment under test


24 Deviations Record

No deviations were required

25 Modification Record

No modifications were required (That is the EUT complied with the requirement as tested)


3 SUMMARY OF TEST RESULTS

31 Emissions

311 Radiated Emissions [X] ndash PASS (Mode Charge Mode) Minimum EMI Margin(QP) to the limit -47 dB at 14324 MHz [X] ndash PASS (Mode Discharge Mode) Minimum EMI Margin(QP) to the limit -47 dB at 5392 MHz


32 Immunity

321 Immunity Criteria

The results of all of the immunity tests performed on the EUT were evaluated according to the following criteria and according to the manufacturerrsquos specifications for the EUT

Performance criterion A The EUT continued to operate as intended No degradation of performance or loss of function was allowed below a performance level specified by the manufacturer when the EUT was used as intended

Performance criterion B The EUT continued to operate as intended after the test No degradation of performance or loss of function was allowed below a performance level specified by the manufacturer when the EUT was used as intended During the test degradation of performance was however allowed No change of actual operating state or stored data was allowed

Performance criterion C Temporary loss of function was allowed provided the function was self recoverable or could be restored by the operation of the controls

322 Electrostatic Discharge Immunity (Charge Mode Discharge Mode) Requirement Criterion B (or better)

[X] - No Degradation of Function - Satisfies Criterion A

[ ] - Distortion of Function - Satisfies Criterion B

[ ] - Error of Function - Satisfies Criterion C

323 RF Radiated Fields Immunity (Charge Mode Discharge Mode) Requirement Criterion A




324 Power Frequency Magnetic Field Immunity (Charge Mode Discharge Mode) Requirement Criterion A





4 TEST DATA amp RELATED INFORMATIONS

41 Emissions

413 Radiated Emissions Test

4131 Radiated Emissions Test Data

1 Operating Conditions of The EUT Charge Mode

Test Date Jun 30 2010

Test Specification EN 550222006 (Class B)

Equipment Manufacturer Model No Calibration Date Next Cal Date Test Receiver Rohde amp Schwarz ESVS30 20100506 20110505

Amplifier HP 8447D 20100506 20110505 Spectrum Advantest R3162 20100301 20110228

Bi-Log Antenna Schaffner CBL 6111 20100505 20110504

Climatic Condition Ambient Temperature 23 degC Relative Humidity 58 RH

Power Supply System DC Power 74 Vdc

Test Set-up Table-top Equipment

Meter Reading ( dBuV )

Results ( dBuVm )

Emission Frequency

( MHz) HOR VER

CORRdFactor( dB )

HOR VER

Limit (dBuVm)

Margins ( dB )

4729 144 148 104 248 252 300 -48

6958 164 160 87 251 247 300 -49

14324 114 118 135 249 253 300 -47

49136 80 81 228 308 309 370 -61

57233 64 68 250 314 318 370 -52

64965 46 52 263 309 315 370 -55

Notes 1) Place of Measurement Measuring site of the ETC

2) Measurement Distance 10 m

3) Height of table on which the EUT was placed 08 m

4) Height of Receiving Antenna 1 - 4 m

5) Remark ldquo----ldquo means that the emissions level is too low to be measured

6) The expanded uncertainty of the radiated emission tests is 353 dB


2 Operating Conditions of The EUT Discharge Mode










Results ( dBuVm )

Emission Frequency

( MHz) HOR VER

CORRdFactor( dB )

HOR VER

Limit (dBuVm)

Margins ( dB )

5392 166 161 87 253 248 300 -47

7325 160 162 89 249 251 300 -49

15866 121 123 130 251 253 300 -47

51145 70 74 234 304 308 370 -62

60724 55 55 254 309 309 370 -61

70856 43 42 272 315 314 370 -55








4132 Radiated Emissions Test Setup Photos Mode Charge Mode


Mode Discharge Mode


42 42 Immunity

421 Electrostatic Discharge Immunity Test

4211 Electrostatic Discharge Immunity Test Data 1 Operating Conditions of The EUT Charge Mode


Test Specification IEC61000-4-22008

Equipment Manufacturer Model No Calibration Date Next Cal Date Electrostatic Discharge

Simulator Noiseken ESS2002 20090909 20100908


Atmospheric Pressure 990 mbar



Energy-Storage Capacitor 150 pF Contact Discharge Times 25 timeseach condition

Discharge Resistor 330 Ω Air Discharge Times 10 timeseach condition

Discharge Mode Contact Discharge Air Discharge

ESD Voltage 2 kV 4 kV kV kV 2 kV 4 kV 8 kV kV

PointsResultPolarity + minus + minus + minus + minus + minus + minus + minus + minus

VCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

HCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

P1~P10 --- --- --- --- --- --- --- --- A A A A A A --- ---

Note ldquo---ldquomeans the test could not be carrier out

ldquo A rdquo means the EUTrsquos function was correct normal performance during the test
















VCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

HCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

P1~P10 --- --- --- --- --- --- --- --- A A A A A A --- ---




TEST POINTS


4212 Electrostatic Discharge Immunity Test Setup Photos

Mode Charge Mode

Mode Discharge Mode


422 RF Radiated Fields Immunity Test

4221 RF Radiated Fields Immunity Test Data



Test Specification IEC61000-4-32006A12007A22010

Equipment Manufacturer Model No Calibration Date Next Cal Date

Antenna AR AT5080 NA NA

signal Generator Aglient E4421B 20090806 20100805

Amplifier Ophir 5172 NA NA


POWER METER Booton 4232A 20090811 20100810




EUT

Interfere source

HorizontalVertical

Frequency Range 80 MHz ~ 1000 MHz Field Strength 3 Vm Modulation (AM 1kHz 80)

Sweep Rate le 15times10-3 decadess Step Size le 1 of preceding frequency value Dwell time 29 s

Frequency Range (MHz) Antenna-Polarization Direction of Device Test Result

front A rear A left A

80-1000 Horizontal

right A front A rear A left A

80-1000 Vertical

right A

Note ldquo A rdquo means the EUTrsquos function was correct normal performance during the test














EUT

Interfere source

HorizontalVertical





80-1000 Horizontal


80-1000 Vertical

right A



4222 RF Radiated Fields Immunity Test Setup Photos Mode Charge Mode

Mode Discharge Mode


423 Power Frequency Magnetic Field Immunity Test

4231 Power Frequency Magnetic Field Immunity Test Data



Test Specification IEC 61000-4-82009


EMC Immunity Tester EMC-PARTNER TRANSIENT-1000 20100223 20110222

Mfgenerator EMC-PAPTNER MF-1000 20100309 20110308





Magnetic field frequency 50 Hz Continuous magnetic field strength 3 Am

Magnetic field direction Testing result X - Axis A Y - Axis A Z - Axis A


Y

Z

Z - Axis

X

Y - Axis

X

Y

Z

X - Axis

X

Y

Z















Y

Z

Z - Axis

X

Y - Axis

X

Y

Z

X - Axis

X

Y

Z


4232 Power Frequency Magnetic Field Immunity Test Setup Photos Mode Charge Mode

Mode Discharge Mode


CONSTRUCTION PHOTOS OF EUT

1 Top View of EUT

2 Bottom View of EUT



3 Side View of EUT

4 Side View of EUT


CONSTRUCTED PHOTOS of EUT

5 Component View of PCB

6 Solder View of PCB



7 Label View of EUT

END

8401-500020001104pdf

PS-6462B4-cell spec-Apdf

NOA 6462B4 UL1642-10NK04239-Mar-12-2010pdf

Cell HF RLSZB0003459103_20091021pdf

MSDS_Gernal_6462B4pdf

MSDS_Marine_6462B4pdf

材料成分表(MCL)pdf

軍職材料宣告表(MCD)pdf

綠色產品保證書pdf

8431-BQ20Z4513101pdf

BQ20Z45-R1pdf

BQ20Z45-R1 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION





DATA FLASH CHARACTERISTICS OVER RECOMMENDED OPERATING TEMPERATURE AND SUPPLY VOLTAGE

SMBus TIMING CHARACTERISTICS

FEATURE SET




Gas Gauging


Authentication

Power Modes

CONFIGURATION

Oscillator Function




Voltage

Current

Auto Calibration

Temperature

COMMUNICATIONS


SBS Commands


bq20z45-R1-MSDSpdf

材料成分表MCL of bq20z45DBTR-R1pdf

L2703-01均質材料宣告表090810 BQ20Z45DBTR-R1-MCDpdf

8431-BQ2941028101pdf

BQ29410pdf

BQ29410 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

bq29410-1pdf

L2703-01均質材料宣告表090810 BQ29410DCTRG4pdf

材料成份表(MCL)pdf

8431-BQ20Z4513101pdf

BQ20Z45-R1pdf

BQ20Z45-R1 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION







FEATURE SET




Gas Gauging


Authentication

Power Modes

CONFIGURATION

Oscillator Function




Voltage

Current

Auto Calibration

Temperature

COMMUNICATIONS


SBS Commands


bq20z45-R1-MSDSpdf



8431-BQ2941028101pdf

BQ29410pdf

BQ29410 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

bq29410-1pdf



8410-5X0501360101D6X-050-Apdf

承認書封面(D6X-050-A)PDF

D6X-050-A SPECpdf

Image1

Image2

Image3

Image4

Image5

Image6

Image7

Image8

Image9

MSDS D6X-050-Apdf

GLW MLD(MSDS)pdf

MCD_D6X-050-Apdf

CE_2009_85419 D6 Seriespdf


8448-11032F300A02 ESTA4103F3435F-30030SCpdf

XGPU2E316651 - Thermistor-type Devices - Component-E WAYpdf

ulcom

XGPU2E316651 - Thermistor-type Devices - Component

HF Wire-MSDSpdf

Page1

Page2

Copper Wire-MSDSpdf

Page1

Page2

8436-3K302T221101 SSM3K302Tpdf







Notice on Usage

Handling Precaution

8436-PC8026224101 TPC8026pdf




Marking (Note 5)

Electrical Characteristics (Ta 25degC)

Source-Drain Ratings and Characteristics (Ta ( 25degC)

8464-4F0WCSX1NA26 CONNECTORpdf

8464-4F0WCSX1NA26承認書pdf

TU1001HNO-1X08 封面+出貨報告pdf

昆山樺晟TU1001HNO-1X08 08421pdf

TU1001HNO-1X08 封面+出貨報告 2pdf

-UL 3302 28 OD 08_ULpdf

承认书

Eon-tech (SuZhou) Corporation

Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003

BlackBrown WhiteRedGreenYellowGray

Item

Dielectric withstanding voltage

Unaged elongation

Unaged tensile strength

Tension fracture

Flame resistance

Spark test

Flexibility test

Elongation of conductor


成分表

中

样品承认检验报告

RG-178同轴线

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线

譽碩

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线

材料成分表( MCL )pdf

均_質_材_料_宣_告_表(_MCD_)-REVISEDpdf

綠色產品保証書pdf

bq294xxpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

APPROVAL SHEET

Delivery Specification

CUSTOMER PEGATRON GLW PN 8299-PRLUCMD50004 MODEL LUCID-M

CUSTOMER PN 0B15-000J000 SPEC 74V 2S1P ATL-5000

ISSUED DATE 20100730 REVISED DATE 20100809

REV B

Prepared by Checked by Approved by

TO

Customer Approved

APPROVAL FOR SPECIFICATIONS ONLY APPROVAL FOR SPECIFICATIONS AND SAMPLE

財產權宣告本機密技術文件屬德臻科技股份有限公司財產所有非經本公司書面同意嚴禁影印轉載複

製外流及一切非法使用 PROPRIETARY NOTE This document contains information confidential and proprietary to GALLOPWIRE ENTERPRISE CO LTD and shall not be reproduced or transferred to other documents or disclosed to others or used for any purpose other than that for which it was obtained without the expressed written consent of GALLOPWIRE ENTERPRISE CO LTD 貴司收到本承認書後如未蒙簽回敝司於兩週內亦未提出異議將等同完成正式承認 Please sign back the Approval Sheet or the document will be in effect automatically after two weeks of delivery

S2211-02

JeffHsu
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
terencet
Alec
日期印章 (紅)



版本 Rev


製作 Prepared

審核 Approved






13 BOM18





23 PCB Drawing 24


25 Label Drawing 26



3 Attachment Data


32 IC_BQ20Z45 42

33 IC_BQ29410 60

34 Fuse_D6X-050-A 76

35 TH_ESTA4103F3435F-30030SC85




39 Connector109

4 Safety

41 CB115

42 CE116


1


2


3


6 048 A at24 A at315 A at







16 30 ~ 50

0 ~ 14

15 ~ 23

24 ~ 45







Typical Capacity




B

Charge condition

0B15-000J000








Scope

RemarkItem


Composition


Discharge condition

Operating condition

-20~60 40~90RH -20~60 40~90RH22~28 40~90RH


0~45 40~90RH

Page 1


4

No1



3 Below 230 mΩ

4 Above 74 V


6 Above 4250 mAh











Test condition


Item Standard




9

performance









Long time storage









15 Heat test

16 Impact test

17

5

NECD6X-050-A 12A




Protection parts
















KV


SCP



KV


Iterm

Vibration test

Drop test



Leakage performance

Page 3


6





mV




greater than



than 600

below




greater than





Protection function








3000



continuously

47 ~ 50



0 ~ 3






500~1000




Condition for reset

3000

3plusmn0025





47 ~ 50

57 ~ 60

0 ~ 3




Page 4









4~10

435 plusmn 0025

3000


3000

Page 5




72 EEPROM data

NameVoltage


2nd Level Safety

- -mVmVmV

s


OT2 Dsg Time 0 s


OT1 Dsg Time 2

hex


-

s

Unit

-600

2

550

Value

0

s

Unit-

mVmV

4240

mA

hex

mV

mV

shexhex

mVmV

-mA

mVmV

s

4350

4240

-

424041002800

23000

OT2 Dsg Recovery

4100

3500

HT COV Threshold

CUV Threshold

CUV Recovery

OT2 Chg Recovery

HT COV Recovery

CUV Time

AFE OC Dsg Time


OT2 Chg Time

96

500

550

4100





4350


4350


OT2 Chg Threshold


90

-Value

1003AFE OC Dsg

1st Level Safety

OC (1st Tier) Dsg

LT COV Recovery

05

0

500

5000

Page 6


30003000256

020


Pre-Charge Cfg

JT4

JT2a

-

Name

s

s

Current

7500

750


SOT2 Chg Time650



mVs


500

s

300050020

s

-mVmVmA

s

Unit-

-s

s-s-

smV

s

mAs

mAs-

-

mAmV

ss

mVmV

mV

1800

5

SOT2 Chg Threshold0

-

100000

500600

Temp Hys 10

JT3

Charge Control

230

JT1JT2

Value-

00150

1

2

20

20



Pre-Chg Current



-

-

SOT2 Dsg Time



0

SOC Chg Time


10000

3000

SOC Dsg


Rest CIM Time

SOT1 Chg Time

02000

SOC Chg

SUV Threshold

3600

Page 7


-

4500100

C43700

0031

315039004000

mAmAmVmAmAmAmV

3150840031503150


4808400240024002400840031503150

ST2 Chg Voltage

-8400

LT Chg Current3

ST1 Chg Current3

LT Chg Voltage480

500037000

AS0826F43A --

mAh

mAhmWh

hexnum

Dont Care0

mVhexdate

Value-

5003700

1060807400

mAhmWhMinhex

-

smAh

-

mVmAmA

mV

mAmVmAmA

mV

-

mA

mAmVmA

Charging Faults

SBS Configuration



LT Chg Current2

FC Clear

DataRem Cap Alarm

Design Capacity


Cell Blancing Cfg

Taper Voltage

10-

9595-

TCA Clear 200

Taper Current


Min Cell Deviation

Charge Fault Cfg 02

480




Charge Cfg

LT Chg Current1

Rem Energy Alarm

Name


Dont Care

-

-

250

1702

mV

-mAh

Rem Time Alarm


Unit

Page 8


--

AFEAFEState_CTL

-00



-

-1500-1000-1500


-0


mVmV


----


5030

-

Value-

012924F800152070

0000

--

Unit-

-

mVmV

--

mVs

mV

Unit

-

-

0123456789ABCDEF012

-

1500-3000

39003800

300

0123456789ABCDEF012

78007600

0123456789ABCDEF0120123456789ABCDEF012

1500

250

Value

Non-Removable Cfg

Cell Life Limit

Device Chemistry


-7

TDA Clear FD Set

91


196000


16200



System Data

Lifetime Data

0123456789ABCDEF0123456789ABCDE


Operation Cfg B


O000

-

20

Operation Cfg A

Configuration

Registers


Operation Cfg C

Name

200

-

Page 9


0000--

10mWmVmA

10mW

-7317

-1000

---

mA

-822

8800




--

-mAhmAhmAh

-mAmAmA

mAhmWh

500

-mVmAmW

Unit--

Value-1

mV

mVmA

-

2800

03

800010

Unit-

mVmV

-6000

06000

Name

Name Value

Gas Gauging



Wake Current Reg

5000

Power

Term Voltage


IT Cfg


5025


User Rate-mA

Reserve Cap-mAh

00

Power

User Rate-mW

5518

mAhmAh

--

Unit-

500050005518

Quit CurrentState

10-


5646

02128


Value-

PF Status


00000000


0000



Qmax cell 2

Page 10


10

---

5754-

239

-5754

0

----

----

----

---

Value-

1010

12250067291-0245

----

----

----

Unit-

Calibration



00Int Temp Offset

-CC Current 2000

8400Voltage Signal

Config

32250


2980250

1984

4012

-28285

32

-7537

-300

500

Filter

Int Max Temp

4012Int Coef 1

Current


Ext Coef 1

DeadbandCC Deadband

--

Ext Max Temp

Int Min AD

-


Ext Coef 4


Ext Coef 3

Ext Min AD

Ext Coef 2

0

20848

Ext1 Temp Offset

Int Coef 20

Ref Voltage


-

-

Page 11




3 PACK+ -

4 PACK+ -

5 PACK+ -

6 NC -

7 PRES -


14 PACK- -

15 PACK- -


-



--

-


-

-



Comment



Power ground -

-


-

----

Page 12

11

22

33

44

55

66

DD

CC

BB

AA

GA

LLO

PWIR

E EN

TERP

RISE

LTD

Title

Size

Dat

e

Des

igne

d

Chec

ked

App

rove

dR

evD

ocum

ent N

umbe

rIS

O N

umbe

rPr

ojec

t Num

ber

File

Nam

e

Shee

tO

f1

120

107

30

Pega

tron

LUCI

D-M

3F

No

551

Se

c 7

Jho

ngsia

o E

Rd

Nan

gang

Dist

rict

Taip

ei 1

15 T

aiw

anTE

L 8

86-2

-278

5609

8 FA

X 8

86-2

-278

5-57

73

S220

2SC

-PRL

UCI

W-C

C

SC-P

RLU

CIW

-CS

CHD

OC

D27

2-W

50W

B

R18

R13

R10

C16

C15

C17

C3

C4

C7

C10

C11

R3R2R1

D2

R6 TP14

VG

VH

D1

R5

C1R4

TP15

D3

JP1

12

3

F1

VP

7 6 58

4

1 2 3Q

2

C2

C12

TP19

A K

D4

R8

R9

C5

C6

C9

R7

R11

A K

D5

Q4

R20

R21

R12

R14

R15

R23 R22

R19

R24

TH1

C18

R27

R31

C22C21

TP1

TP3

TP6

TP

VP

VH

VG

Q1

P+1

P+2

P+3

P+4

P+5

NC

6

PRES

7

SMD

8

SMC

9

BI

10

P-11

P-12

P-13

P-14

P-15

J1

R30

R26

R25

D6

D7

TP2

TP20

R17

R16

C8

TP17

C14C13

TP11

TP7

TP8

C23

TP

VG

VP

VH

C24

C19

C20

R28

R29

TP22

R33

TP16

SAFE16

CHG38

VSS7

REG338

VCELL+10

VCC3

NC19

PRES12

ALERT11ZVCHG4

DSG1

PGOD5

VSS 21VSS 25VSS 28

VC5 32

VC3 34

VC4 33

VC2 35VC1 36

BAT 37


PACK2

PMS6

SMBC18SMBD17

TOUT9

TS113

TS214

VSS 20

GSRN 23

GSRP 22

RESET 29

MRST 24

ASRP 31

ASRN 30

U1

VH

1TP

31

TP32

TP33

TP34

TP35

TP36

TP37

TP38

TP39

TP40

TP41

TP42

TP43

TP44

TP45

C25

7 6 58

4

1 2 3

Q3

VC1

8

VC2

7

VC3

6

GN

D5

VD

44

CD3

VD

D2

OU

T1

U2

76

10









1 00250 HSF外箱 395395175mm REVA 呈泰













































商品編號

8299-PRLUCMD50004

7481-ROHS50000102

8392-LUCM14D50A01

8415-G128C3G1DA04

8415-G156F0G1DB04

8415-W04540F11A04

8421-AC9754000A04

8480-014040180A04

8480-061913R0XA08

8480-143838154004

8480-153838010A04

8480-283503030A04

8481-LUDM12CT1A11

8481-LUDMF26T1A11

8483-500600404A04

8376-LUCM14D50A01

8401-500020001104

8411-007521C00A02

8415-D12221115A03

8373-LUCM1D000A01

8410-5X0501360101

8448-11032F300A02

8464-4F0WCSX1NA26

8423-LUCM10100B02

8431-BQ20Z4513101

8431-BQ2941028101

8436-3K302T221101

8436-N7002A251103

8436-PC8026224101

8439-148WS1100104

8439-23C5V1200104

8439-C5V6S2100104

8442-0R4222000101

8442-104221000101

8442-104422000102

8442-105222000101

8442-225112000101

8442-225223000101

8449-1000J1110103

8449-1000J1220103

8449-1001J1110103

8449-1001J1220103

8449-1003J1110103

8449-1004J1110103

8449-1004J1220103

8449-2203J1110103

8449-3004J1220103

8483-120500303103

8449-5101J1110103

8449-6192F1220103

8449-8451F1220103

8449-R010F2660102

GLWUSER
GLWUSER
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)

Form No QF-T-PS-02B



Content

1 Scope 5

2 Model 6462B4 5

3 Specification 5









52 Others 7



1 Charge 8

2 Discharge 9



5 Storage 11



8 Others 15

ATL


REV A

SHEET 4 of 15

1 Scope



















Form No QF-T-PS-02B

ATL


REV A

SHEET 5 of 15



Charge


NA



ge4800mAh


300cycles ge 80



5 Initial Impedance









45 Environment Test




Form No QF-T-PS-02B

ATL


REV A

SHEET 6 of 15










W Width 620 mm max








Form No QF-T-PS-02B

ATL















Form No QF-T-PS-02B

ATL










usage conditions









Form No QF-T-PS-02B

ATL












Form No QF-T-PS-02B

ATL






















Form No QF-T-PS-02B

ATL







Form No QF-T-PS-02B

ATL














Form No QF-T-PS-02B

ATL








coffee or others




Form No QF-T-PS-02B

ATL

bq20z45-R1















PACKAGE (1)





1




Coloumb

Counter

HW OverCurrent amp


Cell Voltage

Multiplexer

N-Channel FETDrive


Power Mode

Control

SMBD

GS

RP

GS

RN

AS

RP

AS

RN

GP

OD

ZV

CH

G

CH

G

DS

G

VC5

VC4

VC3

VC2

VC1

SMBC

Cell Balancing

Temperature

Measurement

Data Flash

Memory

SMB 11


Gas Gauging

SHA-1

Authentication


Protection

Voltage

Measurement

Over Current

Protection

Oscillator

Charging

Algorithm


Logic

OverTemperature

Protection

SA

FE

PF

IN

TS

2

TS

1

TO

UT

PM

S

Watchdog

Regulators

RESET

ALERT

REG33

REG25

VCELL+

BA

T

PA

CK

VC

C

VS

S

MSRT

RBI


Pack -

RSNS

5 m - 20 m typW W

Pack +

SMBC

SMBD

bq20z45ndashR1

GNDVC4

VC3

VC2

VC1 VDD

OUT

CD

bq294xx

1DSG

2PACK

3

11

VCC

ALERT

4

12

ZVCHG

PRES

5

13

6

14

PMS

TS2

7

15

VSS

PFIN

8

16

REG33

SAFE

9

17

TOUT

SMBD

10

18

19

VCELL+

SMBC

NC

CHG38

BAT37

VC1

VSS

36

28

VC2

RBI

35

27

VC3

REG25

34

26

VC4

VSS

33

25

VC5

MRST

32

24

ASRP

GSRN

31

23

ASRN

GSRP

30

22

RESET

VSS

VSS

29

21

20

GPOD

TS1

bq20z45-R1





(TOP VIEW)



bq20z45-R1


PIN FUNCTIONSPIN








CHG pin



























applications







bq20z45-R1



PIN UNIT
























VC(n)-VC(n+1) n = 1234 0 5 V




PACK PMS 0 25 V










bq20z45-R1




SUPPLY CURRENT
















POWER-ON RESET




WATCHDOG TIMER


















bq20z45-R1








THERMISTOR DRIVE











output 0147 0150 0153(VC5=135V VC1=135V)45




CELL BALANCING




VOL = 205 mV (max) 185 205 225


V(SCC) = 475 mV (max) 428 475 523














bq20z45-R1










RESET 1 3 6

ALERT 02












ADC (2)











COULOMB COUNTER














bq20z45-R1







VOLTAGE REFERENCE

















bq20z45-R1











RAM BACKUP














Transmit mode 300













TLOWTR TF

THDSTA

TSUDATTHDDAT

THDSTA

TBUF

SCLK

SDATA

TSUSTO

PSSP

SCLK

SDATA

Start StopTLOWSEXT



dagger

TSUSTATHIGH

bq20z45-R1






bq20z45-R1


FEATURE SET














Gas Gauging





bq20z45-R1




Authentication


Power Modes





CONFIGURATION

Oscillator Function










bq20z45-R1


Voltage


Current


Auto Calibration


Temperature




bq20z45-R1


COMMUNICATIONS




SBS Commands












































bq20z45-R1












































bq20z45-R1







PackageDrawing

Pins PackageQty












wwwticom 4-Jan-2010

Addendum-Page 1




FUNCTION

APPLICATIONS

GND

OUT

VDD

CD

VC4

VC1

VC3

1

2 VC2

3

4 5

6

7

8

DCT PACKAGE

(TOP VIEW)

1

2

3

4

8

7

6

5

VC1

VC2

VC3

GND

OUT

VDD

CD

VC4

PW PACKAGE

(TOP VIEW)

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419









1





bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419






























bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419
















1

2

6

5

81

2

6

5

81

2

6

5

8

3

4

887

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419







VC1

VC2

VC4

VC3

GND

VDD

OUT

CD

12 V (TYP)

RVD

CVD

ICD = 02 A (TYP)

CIN

RIN

RIN

RIN

RIN

CIN

CIN

CIN

C(DELAY)



td

12 V C(DELAY)

ICD

C(DELAY) td ICD

12 V

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419










V(PROTECT)


VC4 - GND)

CD

OUT

12 V

tDELAY

V(PROTECT) - Vhys



BATTERY CONNECTIONS

224

223

222

111

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

887

1

2

6

5

81

2

6

5

81

2

6

5

8

3

4

887

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419







1

2

63

4

7

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

7

CELL CONNECTIONS

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419











PackageDrawing

Pins PackageQty



















































wwwticom 7-Mar-2009

Addendum-Page 1


PackageDrawing

Pins PackageQty






















































wwwticom 7-Mar-2009

Addendum-Page 2


PackageDrawing

Pins PackageQty
















wwwticom 7-Mar-2009

Addendum-Page 3



Device PackageType

PackageDrawing


(mm)

ReelWidth

W1 (mm)


W(mm)

Pin1Quadrant

BQ29410DCT3R SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29410DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29410DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29410PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29410PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29411DCT3R SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29411DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29411DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29411PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29411PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29412DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29412DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29412PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29412PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29413DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29413DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29413PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29414DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3




Device PackageType

PackageDrawing


(mm)

ReelWidth

W1 (mm)


W(mm)

Pin1Quadrant

BQ29414DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29414PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29415DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29415DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29415PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29419PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1



BQ29410DCT3R SM8 DCT 8 3000 1820 1820 200

BQ29410DCTR SM8 DCT 8 3000 1820 1820 200

BQ29410DCTT SM8 DCT 8 250 1820 1820 200

BQ29410PWR TSSOP PW 8 2000 3460 3460 290

BQ29410PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29411DCT3R SM8 DCT 8 3000 1820 1820 200

BQ29411DCTR SM8 DCT 8 3000 1820 1820 200

BQ29411DCTT SM8 DCT 8 250 1820 1820 200

BQ29411PWR TSSOP PW 8 2000 3460 3460 290

BQ29411PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29412DCTR SM8 DCT 8 3000 1820 1820 200





BQ29412DCTT SM8 DCT 8 250 1820 1820 200

BQ29412PWR TSSOP PW 8 2000 3460 3460 290

BQ29412PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29413DCTR SM8 DCT 8 3000 1820 1820 200

BQ29413DCTT SM8 DCT 8 250 1820 1820 200

BQ29413PWR TSSOP PW 8 2000 3460 3460 290

BQ29414DCTR SM8 DCT 8 3000 1820 1820 200

BQ29414DCTT SM8 DCT 8 250 1820 1820 200

BQ29414PWR TSSOP PW 8 2000 3460 3460 290

BQ29415DCTR SM8 DCT 8 3000 1820 1820 200

BQ29415DCTT SM8 DCT 8 250 1820 1820 200

BQ29415PWR TSSOP PW 8 2000 3460 3460 290

BQ29419PWR TSSOP PW 8 2000 3460 3460 290




MECHANICAL DATA




065 M010

010

025

050075

015 NOM

Gage Plane

28

980

960

24

790

770

2016

660

640

4040064F 0197

030

660620

8

019

430450

7

015

14

A

1

120 MAX

14

510

490

8

310

290

A MAX

A MIN

DIMPINS

005

490

510

Seating Plane

0degndash8deg


MECHANICAL DATA





060020

025

0deg ndash 8deg

015 NOM

Gage Plane

4188781C 0902

425

5

030015

290375270

8

4

315275

1

010000

130 MAX

Seating Plane

010

M013065

PIN 1INDEX AREA




2


1 APPEARANCE

1-1 DIMENSIONS


1-3 MARKING

No marking





4Thermal time


5Operating




3

3 RELIABILITY


PeriodicitySampling

Size


Performance

1High

TemperatureStorage



hrs

DryingOven

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

2Low

TemperatureStorage



hrs

DryingOven

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

3 Humidity




hrs



R25R25≦

plusmn3

BB≦ plusmn 2

4

ThermalShock




hrs

ThermalShockTester

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

30min

30min

+100

-30

ordinary

temp

4


ES TA4 103 F 3435 F - 30 030 S C

E WAY Sensor




B Value (degK)





A UL1430

B UL1571

C UL3302 HF

D UL2468

E UL2651

F UL1332 Teflon

G UL10362 Teflon

O Others


Temp Coef


-30 107666 111407 115267 -511 -336 346 -068 066

-29 102375 105878 109490 -508 -331 341 -067 065

-28 97371 100653 104034 -505 -326 336 -067 065

-27 92639 95713 98878 -502 -321 331 -066 064

-26 88163 91042 94006 -499 -316 326 -065 063

-25 83926 86624 89400 -496 -311 320 -065 063

-24 79916 82444 85044 -493 -307 315 -064 062

-23 76119 78488 80923 -490 -302 310 -063 062

-22 72522 74743 77024 -487 -297 305 -063 061

-21 69115 71197 73334 -485 -292 300 -062 060

-20 65886 67838 69840 -482 -288 295 -061 060

-19 62825 64655 66532 -479 -283 290 -061 059

-18 59922 61639 63397 -476 -278 285 -060 058

-17 57169 58779 60428 -474 -274 280 -059 058

-16 54558 56067 57613 -471 -269 276 -059 057

-15 52079 53495 54944 -468 -265 271 -058 057

-14 49727 51055 52413 -466 -260 266 -057 056

-13 47493 48738 50012 -463 -256 261 -056 055

-12 45371 46540 47733 -460 -251 257 -056 055

-11 43356 44452 45571 -458 -247 252 -055 054

-10 41440 42469 43518 -455 -242 247 -054 053

-9 39620 40584 41568 -453 -238 242 -054 053

-8 37889 38794 39717 -450 -233 238 -053 052

-7 36243 37092 37957 -447 -229 233 -052 051

-6 34677 35473 36285 -445 -225 229 -051 050

-5 33187 33934 34695 -442 -220 224 -051 050

-4 31769 32470 33183 -440 -216 220 -050 049

-3 30419 31076 31745 -437 -212 215 -049 048

-2 29133 29750 30377 -435 -207 211 -048 048

-1 27909 28488 29075 -432 -203 206 -048 047

0 26743 27285 27836 -430 -199 202 -047 046

1 25631 26140 26656 -428 -195 198 -046 046

2 24571 25049 25532 -425 -190 193 -045 045

3 23561 24009 24462 -423 -186 189 -045 044

4 22598 23017 23442 -420 -182 185 -044 043

5 21679 22072 22470 -418 -178 180 -043 043

6 20802 21171 21543 -416 -174 176 -042 042

7 19966 20311 20660 -414 -170 172 -042 041

8 19167 19490 19817 -411 -166 168 -041 040

9 18404 18707 19013 -409 -162 163 -040 040



Part No

Temperature()

ESTA4103F3435F-30030SC

5


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

10 17676 17960 18246 -407 -158 159 -039 039

11 16981 17246 17513 -404 -154 155 -038 038

12 16316 16564 16814 -402 -150 151 -038 037

13 15681 15913 16147 -400 -146 147 -037 036

14 15074 15291 15509 -398 -142 143 -036 036

15 14493 14696 14900 -396 -138 139 -035 035

16 13938 14127 14318 -393 -134 135 -034 034

17 13407 13584 13762 -391 -130 131 -033 033

18 12899 13064 13230 -389 -126 127 -033 032

19 12413 12567 12721 -387 -123 123 -032 032

20 11947 12091 12235 -385 -119 119 -031 031

21 11502 11636 11770 -383 -115 115 -030 030

22 11075 11200 11325 -381 -111 111 -029 029

23 10667 10782 10898 -379 -107 108 -028 028

24 10275 10383 10491 -377 -104 104 -028 028

25 9900 10000 10100 -375 -100 100 -027 027

26 9533 9633 9733 -373 -104 104 -028 028

27 9182 9282 9382 -371 -107 108 -029 029

28 8846 8945 9045 -369 -111 111 -030 030

29 8523 8622 8721 -367 -115 115 -031 031

30 8214 8313 8411 -365 -118 119 -033 032

31 7918 8016 8114 -363 -122 122 -034 034

32 7634 7731 7828 -361 -125 126 -035 035

33 7362 7458 7554 -359 -129 130 -036 036

34 7100 7196 7291 -357 -133 133 -037 037

35 6849 6944 7039 -355 -136 137 -039 038

36 6609 6702 6796 -353 -140 140 -040 040

37 6378 6470 6563 -351 -143 144 -041 041

38 6156 6247 6340 -349 -146 148 -042 042

39 5943 6033 6125 -348 -150 151 -043 043

40 5738 5828 5918 -346 -153 155 -045 044

41 5542 5630 5719 -344 -157 158 -046 046

42 5353 5440 5528 -342 -160 162 -047 047

43 5172 5258 5345 -340 -163 165 -049 048

44 4998 5082 5168 -339 -167 169 -050 049

45 4830 4913 4998 -337 -170 172 -051 050

46 4669 4751 4834 -335 -173 175 -052 052

47 4514 4595 4677 -333 -177 179 -054 053

48 4365 4445 4526 -332 -180 182 -055 054

49 4221 4300 4380 -330 -183 186 -056 056

6


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

50 4083 4161 4239 -328 -186 189 -058 057

51 3950 4027 4104 -327 -190 192 -059 058

52 3823 3898 3974 -325 -193 196 -060 059

53 3699 3773 3848 -323 -196 199 -062 061

54 3581 3654 3728 -322 -199 202 -063 062

55 3467 3538 3611 -320 -202 205 -064 063

56 3357 3427 3499 -318 -205 209 -066 065

57 3251 3320 3390 -317 -209 212 -067 066

58 3149 3217 3286 -315 -212 215 -068 067

59 3050 3117 3185 -314 -215 218 -070 068

60 2956 3021 3088 -312 -218 222 -071 070

61 2864 2929 2995 -310 -221 225 -072 071

62 2776 2840 2904 -309 -224 228 -074 072

63 2691 2753 2817 -307 -227 231 -075 074

64 2609 2670 2733 -306 -230 234 -077 075

65 2530 2590 2652 -304 -233 237 -078 077

66 2453 2513 2573 -303 -236 240 -079 078

67 2380 2438 2497 -301 -239 244 -081 079

68 2309 2366 2424 -300 -242 247 -082 081

69 2240 2296 2354 -298 -245 250 -084 082

70 2174 2229 2285 -297 -247 253 -085 083

71 2110 2164 2219 -295 -250 256 -087 085

72 2048 2101 2155 -294 -253 259 -088 086

73 1988 2040 2094 -292 -256 262 -090 088

74 1930 1982 2034 -291 -259 265 -091 089

75 1875 1925 1977 -289 -262 268 -093 090

76 1821 1870 1921 -288 -265 271 -094 092

77 1769 1817 1867 -287 -267 274 -095 093

78 1718 1766 1815 -285 -270 277 -097 095

79 1670 1717 1765 -284 -273 280 -098 096

80 1623 1669 1716 -282 -276 282 -100 098

81 1577 1622 1669 -281 -278 285 -102 099

82 1533 1577 1623 -280 -281 288 -103 101

83 1490 1534 1579 -278 -284 291 -105 102

84 1449 1492 1536 -277 -287 294 -106 103

85 1409 1451 1494 -276 -289 297 -108 105

86 1371 1412 1454 -274 -292 300 -109 106

87 1333 1374 1415 -273 -295 302 -111 108

88 1297 1337 1378 -272 -297 305 -112 109

89 1262 1301 1341 -270 -300 308 -114 111

7


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

90 1228 1267 1306 -269 -302 311 -115 112

91 1195 1233 1272 -268 -305 314 -117 114

92 1164 1200 1238 -267 -308 316 -119 115

93 1133 1169 1206 -265 -310 319 -120 117

94 1103 1138 1175 -264 -313 322 -122 118

95 1074 1109 1145 -263 -315 325 -123 120

96 1046 1080 1115 -262 -318 327 -125 122

97 1019 1052 1087 -260 -320 330 -127 123

98 992 1025 1059 -259 -323 333 -128 125

99 967 999 1033 -258 -325 335 -130 126

100 942 974 1007 -257 -328 338 -132 128

101 918 949 981 -256 -330 341 -133 129

102 894 925 957 -254 -333 343 -135 131

103 872 902 933 -253 -335 346 -137 132

104 850 880 910 -252 -338 349 -138 134

105 829 858 888 -251 -340 351 -140 136

8

SSM3K302T

2007-11-01 1







Pulse IDP 60 A













ID = 20 A VGS = 40 V (Note2) ⎯ 52 71


ID = 05 A VGS = 18 V (Note2) ⎯ 81 131

mΩ




VDS = 10 V VGS = 0 f = 1 MHz

⎯ 47 ⎯

pF





⎯ 15 ⎯

nC


Turn-off time toff


ns


Note2 Pulse test

Unit mm

JEDEC ―

JEITA ―

TOSHIBA 2-3S1A

Weight 10 mg (typ)

SSM3K302T

2007-11-01 2









(c) VOUT


VDD

OUT IN 25 V

0

10 μs R

G

tf

ton

90

10

25 V

0 V

10

90

toff

tr

VDD

VDS (ON)

KKA

1 2

3

1 2

3

SSM3K302T

2007-11-01 3

ID ndash VDS

0

4

0 02 04 06 1

3

VGS = 15 V

10 V

1

2

18 V

25 V

08

5

RDS (ON) ndash Ta

0 minus50

ID = 20 A VGS = 40 V

0 50 150

100

200

300

100

0 2 6 8 4 0

100

200

RDS (ON) ndash VGS

150

50

10 A 25 V

10

ID ndash VGS

10

0

01

1

0001

001

0000120

minus 25 degC

Ta = 100 degC

25 degC

10

Vth ndash Ta

10

0minus50 0 150

05

50 100

40 V

250

150

50

05 A 18 V

VGS = 40 V

RDS (ON) ndash ID

0 1 3 4 2 0

100

200

150

50

5

25 V

18 V

minus 25 degC

Ta = 100 degC

25 degC


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)



ID = 05 A

Common Source

Ta = 25degC


Dra

inndashs

ourc

e O

N-r

esis

tanc

e R

DS

(ON

) (

mΩ

)


Dra

inndashs

ourc

e O

N-r

esis

tanc

e R

DS

(ON

) (

mΩ

)

Common Source

Ta = 25degC


Gat

e th

resh

old

volta

ge

Vth

(V

)


Dra

inndashs

ourc

e on

-res

ista

nce

RD

S (O

N)

(mΩ

)

Common Source

Common source

VDS = 3 V

ID = 1 mA

SSM3K302T

2007-11-01 4

t ndash ID

1001

100

01

1000

1 10

toff

10

IDR ndash VDS

|Yfs| ndash ID

01 10

1

10

01 1

3

03

C ndash VDS

10 01 1 10 100

100

1000

300

500

30

50

Ciss

CossCrss

001

10

0

01

1

0001

001


minus25 degC

Ta =100 degC

25 degC

tf

ton

tr

Dra

in re

vers

e cu

rren

t I

DR

(A

)


Forw

ard

trans

fer a

dmitt

ance

⎪Y

fs⎪

(S

)

Common Source

VGS = 0 V

Ta = 25degC

G

D

S

IDR

Common Source

VDS = 3 V

Ta = 25degC

Sw

itchi

ng ti

me

t

(ns)


Cap

acita

nce

C

(pF)





0 0

VDD=15V

4 8

4

8

12

10

6

2


Ta = 25degC

VDD=24V

Gat

endashS

ourc

e vo

ltage

V

GS

(V

)

SSM3K302T

2007-11-01 5

Tran

sien

t the

rmal

impe

danc

e R

th (deg

CW

)

Pulse width tw (s)

rth ndash tw

1

100

1000

10

0001 001 01 10001 10 100




b

a


PD ndash Ta

Dra

in p

ower

dis

sipa

tion

PD

(m

W)

800

0

200

120 100 140

400

600

160

1000

80 60 40 20 0 -20 -40

a

b



SSM3K302T

2007-11-01 6












2009 7 2 14




Revision No 7




DIM MILLIMETERS

1 SOURCE

2 GATE

3 DRAIN

SOT-23

A

B

C

D

E

293 020

130+020-015

045+015-005

240+030-020

G 190

H

J

K

L

M

N

095

013+010-005

000 ~ 010

055

020 MIN

100+020-010

M

J

K

E

1

2 3

H

GA

NC

B

D 130 MAX

L L

P P

P 7

+_












mAPulsed IDP 800




D

G

S



Type Name

Marking

Lot No

WB

EQUIVALENT CIRCUIT

2009 7 2 24

2N7002A

Revision No 7





VGS=10V ID=500mA - 18 5



VGS=10V ID=500mA - 09 25V

VGS=5V ID=50mA - - 025







- 20 50




VGS=10V RGEN=25

- - 20nS





IS - - - 115 mA


ISM - - - 800 mA


OUTOUTPUT V 10 10

10

90 90

90

50 50

ftrt

ININPUT V

INVERTED

PULSE WIDTH

d(on)t d(off)t

ont offt


GSVGENR

V DD

R L

VOUT

DUT

D

G

S

INV


2009 7 2 34

2N7002A

Revision No 7


DR

AIN

CU

RR

EN

T I

(

A)

D

0

DS

0

I - VD DS

1

COMMON SOURCE

Ta=25 C

V =3VGS

2 3 4 5

05

10

15

20

4V

5V

6V

7V10V

9V 8V


DR

AIN

CU

RR

EN

T I

(A

)D

GS

I - VD GS

0

0

2

COMMON SOURCE

Ta=

-55

C

V =10VGS

4 6 8 10

08

04

12

16

20

Ta=

25 C

Ta=

125

C

0

05

02

COMMON SOURCE

V =10VGS

04 06 08 10

15

10

20

25

30

Ta=25 C

DR

AIN

SO

UR

CE

ON

- R

ES

IST

AN

CE

R (Ω

) (N

OR

MA

LIZ

ED

)


DS

(ON

)

R - IDS(ON) D

-50

0

-25

COMMON SOURCE

I =500mAD

V =10VGS

0 25 50 75 100 125 150

10

20

30

40

DR

AIN

SO

UR

CE

ON

- R

ES

IST

AN

CE

R (Ω

) (N

OR

MA

LIZ

ED

)


DS

(ON

)

R - TDS(ON) j

-50

08

-25

COMMON SOURCE

V =VDS GS

I =1mAD

0 25 50 75 100 125 150

09

085

095

10

11

105

GA

TE

-SO

UR

CE

TH

RE

SH

OL

D V

OL

TA

GE

V

(NO

RM

AL

IZE

D)


th

V - Tth j


RE

VE

RS

E D

RA

IN C

UR

RE

NT

I (

A)

S

SD

I - VS SD

001

02

003

01

03

1

3

10COMMON

SOURCE

V =0GS

30

Ta=

-55 C

04 06 08 10 12 14

Ta=

25 C

Ta=

125

C

2009 7 2 44

2N7002A

Revision No 7

COMMON SOURCE

Ta=25 C

f=1MHz

V =0


CA

PA

CIT

AN

CE

C (p

F)

1 1053 30

C - V

GS

DS

50

DS

C rss

ossC

Ciss

1

5

3

10

50

30

100

GATE CHARGE Q (nC)

GA

TE

-SO

UR

CE

VO

LT

AG

E V

(

V)

GS

g

V - QGS g

0

0

04

COMMON SOURCE

V =25VDS

I =115mAD

08 12 16 20

4

2

6

8

10

I - V


DR

AIN

CU

RR

EN

T I

(

A)

D DS

D

1 3 10 100305

SINGLE PULSE

Ta=25 C

GSV =10V

100micros

1mS

10mS

100mS1s

10s

DC

DS(ON)

R

L

IMIT

50

2

0005

001

003

005

01

03

05

1

P - TaD


0 20 40

50

D

0DR

AIN

PO

WE

R D

ISS

IPA

TIO

N P

(m

W)

60 80 100 120 140 160

100

150

200

250

300

350

TPC8026

2007-02-15 1











(Note 2a) PD 19 W


(Note 2b) PD 10 W


(Note 3) EAS 44 mJ









Unit mm

JEDEC ―

JEITA ―

TOSHIBA 2-6J1B

Weight 008 g (typ)


8 6

1 2 3

7 5

4

TPC8026

2007-02-15 2







Marking (Note 5)






(a)


(unit mm)

(b)


(unit mm)



T P C 8 0 2 6Lot No



TPC8026

2007-02-15 3









VGS = 10 V ID = 65 A ⎯ 51 66 mΩ






⎯ 570 ⎯

pF




Switching time

Turn-OFF time toff

Duty lt = 1 tw = 10 μs ⎯ 54 ⎯

ns





⎯ 14 ⎯

nC





RL

= 2

3 Ω

VDD sim minus 15 V

0 VVGS

10 V

47

Ω

ID = 65 AVOUT

TPC8026

2007-02-15 4

100100

5 6

VGS = 10 V

45

1

100

10

01 1 10

Ta = minus55degC

25 100

01 1 10 01

1

10

100

1000

65

ID = 13 A

3

0 2 4 6 8 100

004

008

012

016

020


25degC

1 2 3 4 0

10

20

30

40

50

0

6

38

VGS = 3 V

34

10

36 45

8

4

32

31

0 02 04 06 08 10

4

8

12

16

20

33

6

38

VGS = 3 V

34

10

36

4

8

45

3231

0 04 08 12 16 20

10

20

30

40

50

33

ID ndash VDS

ID ndash VDS

ID ndash VGS

VDS ndash VGS

|Yfs| ndash ID

RDS (ON) ndash ID







Forw

ard

trans

fer a

dmitt

ance

|Y

fs|

(S

)

D

rain

minussou

rce

volta

ge

VD

S

(V)


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)



Dra

inminuss

ourc

e O

N re

sist

ance

R

DS

(ON

) (

mΩ

)

TPC8026

2007-02-15 5

60 70

80 160120

VDS

VGS

24 12

0 20 40

4

12

16

20

0

10

20

30

50

40

8

10 30 50

VDD = 6V

0

(1)

(2)

0

04

08

12

16

0 40 80 160120

2


3

25

05

15

2

1

Ciss

Coss

Crss

1000

10000

100 01 1 10 100

1045

3

VGS = 0 V

1


1000

1

10

100

VGS = 45 V

ID = 36513 A

ID = 36513 A

0

4

8

12

16

minus80 minus40 0 40 80 120 160

VGS = 10 V

RDS (ON) ndash Ta

IDR ndash VDS

Vth ndash Ta

PD ndash Ta







Dra

in-s

ourc

e O

N re

sist

ance

R

DS

(ON

) (

mΩ

)


D

rain

reve

rse

curr

ent

ID

R

(A)



C

apac

itanc

e C

(p

F)


G

ate

thre

shol

d vo

ltage

V

th

(V)


D

rain

pow

er d

issi

patio

n P

D

(W)

Gat

eminusso

urce

vol

tage

V

GS

(V

)



D

rain

minussou

rce

volta

ge

VD

S

(V)


TPC8026

2007-02-15 6

t = 10 ms

1 ms

VDSS max

01 1 10 10001

1

10

100

01 0001 001 01 1 10 100 1000

1

10

100

1000

(2)

(1)


rth minus tw

Single pulse

Pulse width tw (s)


Tran

sien

t the

rmal

impe

danc

e r

th

(degC

W)

D

rain

cur

rent

I D

(A

)

Safe operating area

ID max (Pulse)



TPC8026

2007-02-15 7








1 Scope






Inner conductor

Dia(approx) mm 038


Insulation


BlueOrangePurple


insulation

conductor






SG-OF-04040M1



Product Produit













certificat




11561 Taipei TAIWAN




8299-PRLUCMD50004

IEC 60950-1 2005

TOy SOD PSB Pte Ltd

081-100634-100

--------___----~


Date 2010-07-15

CBS 10 07 55634 144 ( Bill Lin )


Page 1 of 1


EMC TEST REPORT




Trade Name NA





Jun 30 2010


Test Performed by







CONTENTS



















EUT Battery pack

Trade name NA


Test specifications



Regulations applied


Immunity EN 550241998A12001A22003












8299-PRLUCMD50004 ----










31 Emissions



32 Immunity




















41 Emissions













Results ( dBuVm )

Emission Frequency

( MHz) HOR VER

CORRdFactor( dB )

HOR VER

Limit (dBuVm)

Margins ( dB )

4729 144 148 104 248 252 300 -48

6958 164 160 87 251 247 300 -49

14324 114 118 135 249 253 300 -47

49136 80 81 228 308 309 370 -61

57233 64 68 250 314 318 370 -52

64965 46 52 263 309 315 370 -55


















Results ( dBuVm )

Emission Frequency

( MHz) HOR VER

CORRdFactor( dB )

HOR VER

Limit (dBuVm)

Margins ( dB )

5392 166 161 87 253 248 300 -47

7325 160 162 89 249 251 300 -49

15866 121 123 130 251 253 300 -47

51145 70 74 234 304 308 370 -62

60724 55 55 254 309 309 370 -61

70856 43 42 272 315 314 370 -55










Mode Discharge Mode


42 42 Immunity
















VCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

HCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

P1~P10 --- --- --- --- --- --- --- --- A A A A A A --- ---


















VCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

HCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

P1~P10 --- --- --- --- --- --- --- --- A A A A A A --- ---




TEST POINTS



Mode Charge Mode

Mode Discharge Mode
















EUT

Interfere source

HorizontalVertical





80-1000 Horizontal


80-1000 Vertical

right A















EUT

Interfere source

HorizontalVertical





80-1000 Horizontal


80-1000 Vertical

right A




Mode Discharge Mode

















Y

Z

Z - Axis

X

Y - Axis

X

Y

Z

X - Axis

X

Y

Z















Y

Z

Z - Axis

X

Y - Axis

X

Y

Z

X - Axis

X

Y

Z



Mode Discharge Mode



1 Top View of EUT




3 Side View of EUT

4 Side View of EUT







7 Label View of EUT

END

8401-500020001104pdf


NOA 6462B4 UL1642-10NK04239-Mar-12-2010pdf







8431-BQ20Z4513101pdf

BQ20Z45-R1pdf

BQ20Z45-R1 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION







FEATURE SET




Gas Gauging


Authentication

Power Modes

CONFIGURATION

Oscillator Function




Voltage

Current

Auto Calibration

Temperature

COMMUNICATIONS


SBS Commands


bq20z45-R1-MSDSpdf



8431-BQ2941028101pdf

BQ29410pdf

BQ29410 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

bq29410-1pdf



8431-BQ20Z4513101pdf

BQ20Z45-R1pdf

BQ20Z45-R1 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION







FEATURE SET




Gas Gauging


Authentication

Power Modes

CONFIGURATION

Oscillator Function




Voltage

Current

Auto Calibration

Temperature

COMMUNICATIONS


SBS Commands


bq20z45-R1-MSDSpdf



8431-BQ2941028101pdf

BQ29410pdf

BQ29410 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

bq29410-1pdf



8410-5X0501360101D6X-050-Apdf


D6X-050-A SPECpdf

Image1

Image2

Image3

Image4

Image5

Image6

Image7

Image8

Image9

MSDS D6X-050-Apdf

GLW MLD(MSDS)pdf

MCD_D6X-050-Apdf



8448-11032F300A02 ESTA4103F3435F-30030SCpdf


ulcom


HF Wire-MSDSpdf

Page1

Page2

Copper Wire-MSDSpdf

Page1

Page2

8436-3K302T221101 SSM3K302Tpdf







Notice on Usage

Handling Precaution

8436-PC8026224101 TPC8026pdf




Marking (Note 5)








-UL 3302 28 OD 08_ULpdf

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线

譽碩

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线




bq294xxpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS



版本 Rev


製作 Prepared

審核 Approved






13 BOM18





23 PCB Drawing 24


25 Label Drawing 26



3 Attachment Data


32 IC_BQ20Z45 42

33 IC_BQ29410 60

34 Fuse_D6X-050-A 76

35 TH_ESTA4103F3435F-30030SC85




39 Connector109

4 Safety

41 CB115

42 CE116


1


2


3


6 048 A at24 A at315 A at







16 30 ~ 50

0 ~ 14

15 ~ 23

24 ~ 45







Typical Capacity




B

Charge condition

0B15-000J000








Scope

RemarkItem


Composition


Discharge condition

Operating condition

-20~60 40~90RH -20~60 40~90RH22~28 40~90RH


0~45 40~90RH

Page 1


4

No1



3 Below 230 mΩ

4 Above 74 V


6 Above 4250 mAh











Test condition


Item Standard




9

performance









Long time storage

Page 2









15 Heat test

16 Impact test

17

5

NECD6X-050-A 12A




Protection parts
















KV


SCP



KV


Iterm

Vibration test

Drop test



Leakage performance


6





mV




greater than



than 600

below




greater than





Protection function








3000



continuously

47 ~ 50



0 ~ 3






500~1000




Condition for reset

3000

3plusmn0025





47 ~ 50

57 ~ 60

0 ~ 3




Page 4









4~10

435 plusmn 0025

3000


3000

Page 5




72 EEPROM data

NameVoltage


2nd Level Safety

- -mVmVmV

s


OT2 Dsg Time 0 s


OT1 Dsg Time 2

hex


-

s

Unit

-600

2

550

Value

0

s

Unit-

mVmV

4240

mA

hex

mV

mV

shexhex

mVmV

-mA

mVmV

s

4350

4240

-

424041002800

23000

OT2 Dsg Recovery

4100

3500

HT COV Threshold

CUV Threshold

CUV Recovery

OT2 Chg Recovery

HT COV Recovery

CUV Time

AFE OC Dsg Time


OT2 Chg Time

96

500

550

4100





4350


4350


OT2 Chg Threshold


90

-Value

1003AFE OC Dsg

1st Level Safety

OC (1st Tier) Dsg

LT COV Recovery

05

0

500

5000

Page 6


30003000256

020


Pre-Charge Cfg

JT4

JT2a

-

Name

s

s

Current

7500

750


SOT2 Chg Time650



mVs


500

s

300050020

s

-mVmVmA

s

Unit-

-s

s-s-

smV

s

mAs

mAs-

-

mAmV

ss

mVmV

mV

1800

5

SOT2 Chg Threshold0

-

100000

500600

Temp Hys 10

JT3

Charge Control

230

JT1JT2

Value-

00150

1

2

20

20



Pre-Chg Current



-

-

SOT2 Dsg Time



0

SOC Chg Time


10000

3000

SOC Dsg


Rest CIM Time

SOT1 Chg Time

02000

SOC Chg

SUV Threshold

3600

Page 7


-

4500100

C43700

0031

315039004000

mAmAmVmAmAmAmV

3150840031503150


4808400240024002400840031503150

ST2 Chg Voltage

-8400

LT Chg Current3

ST1 Chg Current3

LT Chg Voltage480

500037000

AS0826F43A --

mAh

mAhmWh

hexnum

Dont Care0

mVhexdate

Value-

5003700

1060807400

mAhmWhMinhex

-

smAh

-

mVmAmA

mV

mAmVmAmA

mV

-

mA

mAmVmA

Charging Faults

SBS Configuration



LT Chg Current2

FC Clear

DataRem Cap Alarm

Design Capacity


Cell Blancing Cfg

Taper Voltage

10-

9595-

TCA Clear 200

Taper Current


Min Cell Deviation

Charge Fault Cfg 02

480




Charge Cfg

LT Chg Current1

Rem Energy Alarm

Name


Dont Care

-

-

250

1702

mV

-mAh

Rem Time Alarm


Unit

Page 8


--

AFEAFEState_CTL

-00



-

-1500-1000-1500


-0


mVmV


----


5030

-

Value-

012924F800152070

0000

--

Unit-

-

mVmV

--

mVs

mV

Unit

-

-

0123456789ABCDEF012

-

1500-3000

39003800

300

0123456789ABCDEF012

78007600

0123456789ABCDEF0120123456789ABCDEF012

1500

250

Value

Non-Removable Cfg

Cell Life Limit

Device Chemistry


-7

TDA Clear FD Set

91


196000


16200



System Data

Lifetime Data

0123456789ABCDEF0123456789ABCDE


Operation Cfg B


O000

-

20

Operation Cfg A

Configuration

Registers


Operation Cfg C

Name

200

-

Page 9


0000--

10mWmVmA

10mW

-7317

-1000

---

mA

-822

8800




--

-mAhmAhmAh

-mAmAmA

mAhmWh

500

-mVmAmW

Unit--

Value-1

mV

mVmA

-

2800

03

800010

Unit-

mVmV

-6000

06000

Name

Name Value

Gas Gauging



Wake Current Reg

5000

Power

Term Voltage


IT Cfg


5025


User Rate-mA

Reserve Cap-mAh

00

Power

User Rate-mW

5518

mAhmAh

--

Unit-

500050005518

Quit CurrentState

10-


5646

02128


Value-

PF Status


00000000


0000



Qmax cell 2

Page 10


10

---

5754-

239

-5754

0

----

----

----

---

Value-

1010

12250067291-0245

----

----

----

Unit-

Calibration



00Int Temp Offset

-CC Current 2000

8400Voltage Signal

Config

32250


2980250

1984

4012

-28285

32

-7537

-300

500

Filter

Int Max Temp

4012Int Coef 1

Current


Ext Coef 1

DeadbandCC Deadband

--

Ext Max Temp

Int Min AD

-


Ext Coef 4


Ext Coef 3

Ext Min AD

Ext Coef 2

0

20848

Ext1 Temp Offset

Int Coef 20

Ref Voltage


-

-

Page 11




3 PACK+ -

4 PACK+ -

5 PACK+ -

6 NC -

7 PRES -


14 PACK- -

15 PACK- -


-



--

-


-

-



Comment



Power ground -

-


-

----

Page 12

11

22

33

44

55

66

DD

CC

BB

AA

GA

LLO

PWIR

E EN

TERP

RISE

LTD

Title

Size

Dat

e

Des

igne

d

Chec

ked

App

rove

dR

evD

ocum

ent N

umbe

rIS

O N

umbe

rPr

ojec

t Num

ber

File

Nam

e

Shee

tO

f1

120

107

30

Pega

tron

LUCI

D-M

3F

No

551

Se

c 7

Jho

ngsia

o E

Rd

Nan

gang

Dist

rict

Taip

ei 1

15 T

aiw

anTE

L 8

86-2

-278

5609

8 FA

X 8

86-2

-278

5-57

73

S220

2SC

-PRL

UCI

W-C

C

SC-P

RLU

CIW

-CS

CHD

OC

D27

2-W

50W

B

R18

R13

R10

C16

C15

C17

C3

C4

C7

C10

C11

R3R2R1

D2

R6 TP14

VG

VH

D1

R5

C1R4

TP15

D3

JP1

12

3

F1

VP

7 6 58

4

1 2 3Q

2

C2

C12

TP19

A K

D4

R8

R9

C5

C6

C9

R7

R11

A K

D5

Q4

R20

R21

R12

R14

R15

R23 R22

R19

R24

TH1

C18

R27

R31

C22C21

TP1

TP3

TP6

TP

VP

VH

VG

Q1

P+1

P+2

P+3

P+4

P+5

NC

6

PRES

7

SMD

8

SMC

9

BI

10

P-11

P-12

P-13

P-14

P-15

J1

R30

R26

R25

D6

D7

TP2

TP20

R17

R16

C8

TP17

C14C13

TP11

TP7

TP8

C23

TP

VG

VP

VH

C24

C19

C20

R28

R29

TP22

R33

TP16

SAFE16

CHG38

VSS7

REG338

VCELL+10

VCC3

NC19

PRES12

ALERT11ZVCHG4

DSG1

PGOD5

VSS 21VSS 25VSS 28

VC5 32

VC3 34

VC4 33

VC2 35VC1 36

BAT 37


PACK2

PMS6

SMBC18SMBD17

TOUT9

TS113

TS214

VSS 20

GSRN 23

GSRP 22

RESET 29

MRST 24

ASRP 31

ASRN 30

U1

VH

1TP

31

TP32

TP33

TP34

TP35

TP36

TP37

TP38

TP39

TP40

TP41

TP42

TP43

TP44

TP45

C25

7 6 58

4

1 2 3

Q3

VC1

8

VC2

7

VC3

6

GN

D5

VD

44

CD3

VD

D2

OU

T1

U2

76

10









1 00250 HSF外箱 395395175mm REVA 呈泰













































商品編號

8299-PRLUCMD50004

7481-ROHS50000102

8392-LUCM14D50A01

8415-G128C3G1DA04

8415-G156F0G1DB04

8415-W04540F11A04

8421-AC9754000A04

8480-014040180A04

8480-061913R0XA08

8480-143838154004

8480-153838010A04

8480-283503030A04

8481-LUDM12CT1A11

8481-LUDMF26T1A11

8483-500600404A04

8376-LUCM14D50A01

8401-500020001104

8411-007521C00A02

8415-D12221115A03

8373-LUCM1D000A01

8410-5X0501360101

8448-11032F300A02

8464-4F0WCSX1NA26

8423-LUCM10100B02

8431-BQ20Z4513101

8431-BQ2941028101

8436-3K302T221101

8436-N7002A251103

8436-PC8026224101

8439-148WS1100104

8439-23C5V1200104

8439-C5V6S2100104

8442-0R4222000101

8442-104221000101

8442-104422000102

8442-105222000101

8442-225112000101

8442-225223000101

8449-1000J1110103

8449-1000J1220103

8449-1001J1110103

8449-1001J1220103

8449-1003J1110103

8449-1004J1110103

8449-1004J1220103

8449-2203J1110103

8449-3004J1220103

8483-120500303103

8449-5101J1110103

8449-6192F1220103

8449-8451F1220103

8449-R010F2660102

GLWUSER
GLWUSER
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)

Form No QF-T-PS-02B



Content

1 Scope 5

2 Model 6462B4 5

3 Specification 5









52 Others 7



1 Charge 8

2 Discharge 9



5 Storage 11



8 Others 15

ATL


REV A

SHEET 4 of 15

1 Scope



















Form No QF-T-PS-02B

ATL


REV A

SHEET 5 of 15



Charge


NA



ge4800mAh


300cycles ge 80



5 Initial Impedance









45 Environment Test




Form No QF-T-PS-02B

ATL


REV A

SHEET 6 of 15










W Width 620 mm max








Form No QF-T-PS-02B

ATL















Form No QF-T-PS-02B

ATL










usage conditions









Form No QF-T-PS-02B

ATL












Form No QF-T-PS-02B

ATL






















Form No QF-T-PS-02B

ATL







Form No QF-T-PS-02B

ATL














Form No QF-T-PS-02B

ATL








coffee or others




Form No QF-T-PS-02B

ATL

bq20z45-R1















PACKAGE (1)





1




Coloumb

Counter

HW OverCurrent amp


Cell Voltage

Multiplexer

N-Channel FETDrive


Power Mode

Control

SMBD

GS

RP

GS

RN

AS

RP

AS

RN

GP

OD

ZV

CH

G

CH

G

DS

G

VC5

VC4

VC3

VC2

VC1

SMBC

Cell Balancing

Temperature

Measurement

Data Flash

Memory

SMB 11


Gas Gauging

SHA-1

Authentication


Protection

Voltage

Measurement

Over Current

Protection

Oscillator

Charging

Algorithm


Logic

OverTemperature

Protection

SA

FE

PF

IN

TS

2

TS

1

TO

UT

PM

S

Watchdog

Regulators

RESET

ALERT

REG33

REG25

VCELL+

BA

T

PA

CK

VC

C

VS

S

MSRT

RBI


Pack -

RSNS

5 m - 20 m typW W

Pack +

SMBC

SMBD

bq20z45ndashR1

GNDVC4

VC3

VC2

VC1 VDD

OUT

CD

bq294xx

1DSG

2PACK

3

11

VCC

ALERT

4

12

ZVCHG

PRES

5

13

6

14

PMS

TS2

7

15

VSS

PFIN

8

16

REG33

SAFE

9

17

TOUT

SMBD

10

18

19

VCELL+

SMBC

NC

CHG38

BAT37

VC1

VSS

36

28

VC2

RBI

35

27

VC3

REG25

34

26

VC4

VSS

33

25

VC5

MRST

32

24

ASRP

GSRN

31

23

ASRN

GSRP

30

22

RESET

VSS

VSS

29

21

20

GPOD

TS1

bq20z45-R1





(TOP VIEW)



bq20z45-R1


PIN FUNCTIONSPIN








CHG pin



























applications







bq20z45-R1



PIN UNIT
























VC(n)-VC(n+1) n = 1234 0 5 V




PACK PMS 0 25 V










bq20z45-R1




SUPPLY CURRENT
















POWER-ON RESET




WATCHDOG TIMER


















bq20z45-R1








THERMISTOR DRIVE











output 0147 0150 0153(VC5=135V VC1=135V)45




CELL BALANCING




VOL = 205 mV (max) 185 205 225


V(SCC) = 475 mV (max) 428 475 523














bq20z45-R1










RESET 1 3 6

ALERT 02












ADC (2)











COULOMB COUNTER














bq20z45-R1







VOLTAGE REFERENCE

















bq20z45-R1











RAM BACKUP














Transmit mode 300













TLOWTR TF

THDSTA

TSUDATTHDDAT

THDSTA

TBUF

SCLK

SDATA

TSUSTO

PSSP

SCLK

SDATA

Start StopTLOWSEXT



dagger

TSUSTATHIGH

bq20z45-R1






bq20z45-R1


FEATURE SET














Gas Gauging





bq20z45-R1




Authentication


Power Modes





CONFIGURATION

Oscillator Function










bq20z45-R1


Voltage


Current


Auto Calibration


Temperature




bq20z45-R1


COMMUNICATIONS




SBS Commands












































bq20z45-R1












































bq20z45-R1







PackageDrawing

Pins PackageQty












wwwticom 4-Jan-2010

Addendum-Page 1




FUNCTION

APPLICATIONS

GND

OUT

VDD

CD

VC4

VC1

VC3

1

2 VC2

3

4 5

6

7

8

DCT PACKAGE

(TOP VIEW)

1

2

3

4

8

7

6

5

VC1

VC2

VC3

GND

OUT

VDD

CD

VC4

PW PACKAGE

(TOP VIEW)

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419









1





bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419






























bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419
















1

2

6

5

81

2

6

5

81

2

6

5

8

3

4

887

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419







VC1

VC2

VC4

VC3

GND

VDD

OUT

CD

12 V (TYP)

RVD

CVD

ICD = 02 A (TYP)

CIN

RIN

RIN

RIN

RIN

CIN

CIN

CIN

C(DELAY)



td

12 V C(DELAY)

ICD

C(DELAY) td ICD

12 V

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419










V(PROTECT)


VC4 - GND)

CD

OUT

12 V

tDELAY

V(PROTECT) - Vhys



BATTERY CONNECTIONS

224

223

222

111

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

887

1

2

6

5

81

2

6

5

81

2

6

5

8

3

4

887

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419







1

2

63

4

7

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

7

CELL CONNECTIONS

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419











PackageDrawing

Pins PackageQty



















































wwwticom 7-Mar-2009

Addendum-Page 1


PackageDrawing

Pins PackageQty






















































wwwticom 7-Mar-2009

Addendum-Page 2


PackageDrawing

Pins PackageQty
















wwwticom 7-Mar-2009

Addendum-Page 3



Device PackageType

PackageDrawing


(mm)

ReelWidth

W1 (mm)


W(mm)

Pin1Quadrant

BQ29410DCT3R SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29410DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29410DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29410PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29410PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29411DCT3R SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29411DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29411DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29411PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29411PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29412DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29412DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29412PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29412PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29413DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29413DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29413PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29414DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3




Device PackageType

PackageDrawing


(mm)

ReelWidth

W1 (mm)


W(mm)

Pin1Quadrant

BQ29414DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29414PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29415DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29415DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29415PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29419PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1



BQ29410DCT3R SM8 DCT 8 3000 1820 1820 200

BQ29410DCTR SM8 DCT 8 3000 1820 1820 200

BQ29410DCTT SM8 DCT 8 250 1820 1820 200

BQ29410PWR TSSOP PW 8 2000 3460 3460 290

BQ29410PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29411DCT3R SM8 DCT 8 3000 1820 1820 200

BQ29411DCTR SM8 DCT 8 3000 1820 1820 200

BQ29411DCTT SM8 DCT 8 250 1820 1820 200

BQ29411PWR TSSOP PW 8 2000 3460 3460 290

BQ29411PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29412DCTR SM8 DCT 8 3000 1820 1820 200





BQ29412DCTT SM8 DCT 8 250 1820 1820 200

BQ29412PWR TSSOP PW 8 2000 3460 3460 290

BQ29412PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29413DCTR SM8 DCT 8 3000 1820 1820 200

BQ29413DCTT SM8 DCT 8 250 1820 1820 200

BQ29413PWR TSSOP PW 8 2000 3460 3460 290

BQ29414DCTR SM8 DCT 8 3000 1820 1820 200

BQ29414DCTT SM8 DCT 8 250 1820 1820 200

BQ29414PWR TSSOP PW 8 2000 3460 3460 290

BQ29415DCTR SM8 DCT 8 3000 1820 1820 200

BQ29415DCTT SM8 DCT 8 250 1820 1820 200

BQ29415PWR TSSOP PW 8 2000 3460 3460 290

BQ29419PWR TSSOP PW 8 2000 3460 3460 290




MECHANICAL DATA




065 M010

010

025

050075

015 NOM

Gage Plane

28

980

960

24

790

770

2016

660

640

4040064F 0197

030

660620

8

019

430450

7

015

14

A

1

120 MAX

14

510

490

8

310

290

A MAX

A MIN

DIMPINS

005

490

510

Seating Plane

0degndash8deg


MECHANICAL DATA





060020

025

0deg ndash 8deg

015 NOM

Gage Plane

4188781C 0902

425

5

030015

290375270

8

4

315275

1

010000

130 MAX

Seating Plane

010

M013065

PIN 1INDEX AREA




2


1 APPEARANCE

1-1 DIMENSIONS


1-3 MARKING

No marking





4Thermal time


5Operating




3

3 RELIABILITY


PeriodicitySampling

Size


Performance

1High

TemperatureStorage



hrs

DryingOven

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

2Low

TemperatureStorage



hrs

DryingOven

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

3 Humidity




hrs



R25R25≦

plusmn3

BB≦ plusmn 2

4

ThermalShock




hrs

ThermalShockTester

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

30min

30min

+100

-30

ordinary

temp

4


ES TA4 103 F 3435 F - 30 030 S C

E WAY Sensor




B Value (degK)





A UL1430

B UL1571

C UL3302 HF

D UL2468

E UL2651

F UL1332 Teflon

G UL10362 Teflon

O Others


Temp Coef


-30 107666 111407 115267 -511 -336 346 -068 066

-29 102375 105878 109490 -508 -331 341 -067 065

-28 97371 100653 104034 -505 -326 336 -067 065

-27 92639 95713 98878 -502 -321 331 -066 064

-26 88163 91042 94006 -499 -316 326 -065 063

-25 83926 86624 89400 -496 -311 320 -065 063

-24 79916 82444 85044 -493 -307 315 -064 062

-23 76119 78488 80923 -490 -302 310 -063 062

-22 72522 74743 77024 -487 -297 305 -063 061

-21 69115 71197 73334 -485 -292 300 -062 060

-20 65886 67838 69840 -482 -288 295 -061 060

-19 62825 64655 66532 -479 -283 290 -061 059

-18 59922 61639 63397 -476 -278 285 -060 058

-17 57169 58779 60428 -474 -274 280 -059 058

-16 54558 56067 57613 -471 -269 276 -059 057

-15 52079 53495 54944 -468 -265 271 -058 057

-14 49727 51055 52413 -466 -260 266 -057 056

-13 47493 48738 50012 -463 -256 261 -056 055

-12 45371 46540 47733 -460 -251 257 -056 055

-11 43356 44452 45571 -458 -247 252 -055 054

-10 41440 42469 43518 -455 -242 247 -054 053

-9 39620 40584 41568 -453 -238 242 -054 053

-8 37889 38794 39717 -450 -233 238 -053 052

-7 36243 37092 37957 -447 -229 233 -052 051

-6 34677 35473 36285 -445 -225 229 -051 050

-5 33187 33934 34695 -442 -220 224 -051 050

-4 31769 32470 33183 -440 -216 220 -050 049

-3 30419 31076 31745 -437 -212 215 -049 048

-2 29133 29750 30377 -435 -207 211 -048 048

-1 27909 28488 29075 -432 -203 206 -048 047

0 26743 27285 27836 -430 -199 202 -047 046

1 25631 26140 26656 -428 -195 198 -046 046

2 24571 25049 25532 -425 -190 193 -045 045

3 23561 24009 24462 -423 -186 189 -045 044

4 22598 23017 23442 -420 -182 185 -044 043

5 21679 22072 22470 -418 -178 180 -043 043

6 20802 21171 21543 -416 -174 176 -042 042

7 19966 20311 20660 -414 -170 172 -042 041

8 19167 19490 19817 -411 -166 168 -041 040

9 18404 18707 19013 -409 -162 163 -040 040



Part No

Temperature()

ESTA4103F3435F-30030SC

5


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

10 17676 17960 18246 -407 -158 159 -039 039

11 16981 17246 17513 -404 -154 155 -038 038

12 16316 16564 16814 -402 -150 151 -038 037

13 15681 15913 16147 -400 -146 147 -037 036

14 15074 15291 15509 -398 -142 143 -036 036

15 14493 14696 14900 -396 -138 139 -035 035

16 13938 14127 14318 -393 -134 135 -034 034

17 13407 13584 13762 -391 -130 131 -033 033

18 12899 13064 13230 -389 -126 127 -033 032

19 12413 12567 12721 -387 -123 123 -032 032

20 11947 12091 12235 -385 -119 119 -031 031

21 11502 11636 11770 -383 -115 115 -030 030

22 11075 11200 11325 -381 -111 111 -029 029

23 10667 10782 10898 -379 -107 108 -028 028

24 10275 10383 10491 -377 -104 104 -028 028

25 9900 10000 10100 -375 -100 100 -027 027

26 9533 9633 9733 -373 -104 104 -028 028

27 9182 9282 9382 -371 -107 108 -029 029

28 8846 8945 9045 -369 -111 111 -030 030

29 8523 8622 8721 -367 -115 115 -031 031

30 8214 8313 8411 -365 -118 119 -033 032

31 7918 8016 8114 -363 -122 122 -034 034

32 7634 7731 7828 -361 -125 126 -035 035

33 7362 7458 7554 -359 -129 130 -036 036

34 7100 7196 7291 -357 -133 133 -037 037

35 6849 6944 7039 -355 -136 137 -039 038

36 6609 6702 6796 -353 -140 140 -040 040

37 6378 6470 6563 -351 -143 144 -041 041

38 6156 6247 6340 -349 -146 148 -042 042

39 5943 6033 6125 -348 -150 151 -043 043

40 5738 5828 5918 -346 -153 155 -045 044

41 5542 5630 5719 -344 -157 158 -046 046

42 5353 5440 5528 -342 -160 162 -047 047

43 5172 5258 5345 -340 -163 165 -049 048

44 4998 5082 5168 -339 -167 169 -050 049

45 4830 4913 4998 -337 -170 172 -051 050

46 4669 4751 4834 -335 -173 175 -052 052

47 4514 4595 4677 -333 -177 179 -054 053

48 4365 4445 4526 -332 -180 182 -055 054

49 4221 4300 4380 -330 -183 186 -056 056

6


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

50 4083 4161 4239 -328 -186 189 -058 057

51 3950 4027 4104 -327 -190 192 -059 058

52 3823 3898 3974 -325 -193 196 -060 059

53 3699 3773 3848 -323 -196 199 -062 061

54 3581 3654 3728 -322 -199 202 -063 062

55 3467 3538 3611 -320 -202 205 -064 063

56 3357 3427 3499 -318 -205 209 -066 065

57 3251 3320 3390 -317 -209 212 -067 066

58 3149 3217 3286 -315 -212 215 -068 067

59 3050 3117 3185 -314 -215 218 -070 068

60 2956 3021 3088 -312 -218 222 -071 070

61 2864 2929 2995 -310 -221 225 -072 071

62 2776 2840 2904 -309 -224 228 -074 072

63 2691 2753 2817 -307 -227 231 -075 074

64 2609 2670 2733 -306 -230 234 -077 075

65 2530 2590 2652 -304 -233 237 -078 077

66 2453 2513 2573 -303 -236 240 -079 078

67 2380 2438 2497 -301 -239 244 -081 079

68 2309 2366 2424 -300 -242 247 -082 081

69 2240 2296 2354 -298 -245 250 -084 082

70 2174 2229 2285 -297 -247 253 -085 083

71 2110 2164 2219 -295 -250 256 -087 085

72 2048 2101 2155 -294 -253 259 -088 086

73 1988 2040 2094 -292 -256 262 -090 088

74 1930 1982 2034 -291 -259 265 -091 089

75 1875 1925 1977 -289 -262 268 -093 090

76 1821 1870 1921 -288 -265 271 -094 092

77 1769 1817 1867 -287 -267 274 -095 093

78 1718 1766 1815 -285 -270 277 -097 095

79 1670 1717 1765 -284 -273 280 -098 096

80 1623 1669 1716 -282 -276 282 -100 098

81 1577 1622 1669 -281 -278 285 -102 099

82 1533 1577 1623 -280 -281 288 -103 101

83 1490 1534 1579 -278 -284 291 -105 102

84 1449 1492 1536 -277 -287 294 -106 103

85 1409 1451 1494 -276 -289 297 -108 105

86 1371 1412 1454 -274 -292 300 -109 106

87 1333 1374 1415 -273 -295 302 -111 108

88 1297 1337 1378 -272 -297 305 -112 109

89 1262 1301 1341 -270 -300 308 -114 111

7


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

90 1228 1267 1306 -269 -302 311 -115 112

91 1195 1233 1272 -268 -305 314 -117 114

92 1164 1200 1238 -267 -308 316 -119 115

93 1133 1169 1206 -265 -310 319 -120 117

94 1103 1138 1175 -264 -313 322 -122 118

95 1074 1109 1145 -263 -315 325 -123 120

96 1046 1080 1115 -262 -318 327 -125 122

97 1019 1052 1087 -260 -320 330 -127 123

98 992 1025 1059 -259 -323 333 -128 125

99 967 999 1033 -258 -325 335 -130 126

100 942 974 1007 -257 -328 338 -132 128

101 918 949 981 -256 -330 341 -133 129

102 894 925 957 -254 -333 343 -135 131

103 872 902 933 -253 -335 346 -137 132

104 850 880 910 -252 -338 349 -138 134

105 829 858 888 -251 -340 351 -140 136

8

SSM3K302T

2007-11-01 1







Pulse IDP 60 A













ID = 20 A VGS = 40 V (Note2) ⎯ 52 71


ID = 05 A VGS = 18 V (Note2) ⎯ 81 131

mΩ




VDS = 10 V VGS = 0 f = 1 MHz

⎯ 47 ⎯

pF





⎯ 15 ⎯

nC


Turn-off time toff


ns


Note2 Pulse test

Unit mm

JEDEC ―

JEITA ―

TOSHIBA 2-3S1A

Weight 10 mg (typ)

SSM3K302T

2007-11-01 2









(c) VOUT


VDD

OUT IN 25 V

0

10 μs R

G

tf

ton

90

10

25 V

0 V

10

90

toff

tr

VDD

VDS (ON)

KKA

1 2

3

1 2

3

SSM3K302T

2007-11-01 3

ID ndash VDS

0

4

0 02 04 06 1

3

VGS = 15 V

10 V

1

2

18 V

25 V

08

5

RDS (ON) ndash Ta

0 minus50

ID = 20 A VGS = 40 V

0 50 150

100

200

300

100

0 2 6 8 4 0

100

200

RDS (ON) ndash VGS

150

50

10 A 25 V

10

ID ndash VGS

10

0

01

1

0001

001

0000120

minus 25 degC

Ta = 100 degC

25 degC

10

Vth ndash Ta

10

0minus50 0 150

05

50 100

40 V

250

150

50

05 A 18 V

VGS = 40 V

RDS (ON) ndash ID

0 1 3 4 2 0

100

200

150

50

5

25 V

18 V

minus 25 degC

Ta = 100 degC

25 degC


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)



ID = 05 A

Common Source

Ta = 25degC


Dra

inndashs

ourc

e O

N-r

esis

tanc

e R

DS

(ON

) (

mΩ

)


Dra

inndashs

ourc

e O

N-r

esis

tanc

e R

DS

(ON

) (

mΩ

)

Common Source

Ta = 25degC


Gat

e th

resh

old

volta

ge

Vth

(V

)


Dra

inndashs

ourc

e on

-res

ista

nce

RD

S (O

N)

(mΩ

)

Common Source

Common source

VDS = 3 V

ID = 1 mA

SSM3K302T

2007-11-01 4

t ndash ID

1001

100

01

1000

1 10

toff

10

IDR ndash VDS

|Yfs| ndash ID

01 10

1

10

01 1

3

03

C ndash VDS

10 01 1 10 100

100

1000

300

500

30

50

Ciss

CossCrss

001

10

0

01

1

0001

001


minus25 degC

Ta =100 degC

25 degC

tf

ton

tr

Dra

in re

vers

e cu

rren

t I

DR

(A

)


Forw

ard

trans

fer a

dmitt

ance

⎪Y

fs⎪

(S

)

Common Source

VGS = 0 V

Ta = 25degC

G

D

S

IDR

Common Source

VDS = 3 V

Ta = 25degC

Sw

itchi

ng ti

me

t

(ns)


Cap

acita

nce

C

(pF)





0 0

VDD=15V

4 8

4

8

12

10

6

2


Ta = 25degC

VDD=24V

Gat

endashS

ourc

e vo

ltage

V

GS

(V

)

SSM3K302T

2007-11-01 5

Tran

sien

t the

rmal

impe

danc

e R

th (deg

CW

)

Pulse width tw (s)

rth ndash tw

1

100

1000

10

0001 001 01 10001 10 100




b

a


PD ndash Ta

Dra

in p

ower

dis

sipa

tion

PD

(m

W)

800

0

200

120 100 140

400

600

160

1000

80 60 40 20 0 -20 -40

a

b



SSM3K302T

2007-11-01 6












2009 7 2 14




Revision No 7




DIM MILLIMETERS

1 SOURCE

2 GATE

3 DRAIN

SOT-23

A

B

C

D

E

293 020

130+020-015

045+015-005

240+030-020

G 190

H

J

K

L

M

N

095

013+010-005

000 ~ 010

055

020 MIN

100+020-010

M

J

K

E

1

2 3

H

GA

NC

B

D 130 MAX

L L

P P

P 7

+_












mAPulsed IDP 800




D

G

S



Type Name

Marking

Lot No

WB

EQUIVALENT CIRCUIT

2009 7 2 24

2N7002A

Revision No 7





VGS=10V ID=500mA - 18 5



VGS=10V ID=500mA - 09 25V

VGS=5V ID=50mA - - 025







- 20 50




VGS=10V RGEN=25

- - 20nS





IS - - - 115 mA


ISM - - - 800 mA


OUTOUTPUT V 10 10

10

90 90

90

50 50

ftrt

ININPUT V

INVERTED

PULSE WIDTH

d(on)t d(off)t

ont offt


GSVGENR

V DD

R L

VOUT

DUT

D

G

S

INV


2009 7 2 34

2N7002A

Revision No 7


DR

AIN

CU

RR

EN

T I

(

A)

D

0

DS

0

I - VD DS

1

COMMON SOURCE

Ta=25 C

V =3VGS

2 3 4 5

05

10

15

20

4V

5V

6V

7V10V

9V 8V


DR

AIN

CU

RR

EN

T I

(A

)D

GS

I - VD GS

0

0

2

COMMON SOURCE

Ta=

-55

C

V =10VGS

4 6 8 10

08

04

12

16

20

Ta=

25 C

Ta=

125

C

0

05

02

COMMON SOURCE

V =10VGS

04 06 08 10

15

10

20

25

30

Ta=25 C

DR

AIN

SO

UR

CE

ON

- R

ES

IST

AN

CE

R (Ω

) (N

OR

MA

LIZ

ED

)


DS

(ON

)

R - IDS(ON) D

-50

0

-25

COMMON SOURCE

I =500mAD

V =10VGS

0 25 50 75 100 125 150

10

20

30

40

DR

AIN

SO

UR

CE

ON

- R

ES

IST

AN

CE

R (Ω

) (N

OR

MA

LIZ

ED

)


DS

(ON

)

R - TDS(ON) j

-50

08

-25

COMMON SOURCE

V =VDS GS

I =1mAD

0 25 50 75 100 125 150

09

085

095

10

11

105

GA

TE

-SO

UR

CE

TH

RE

SH

OL

D V

OL

TA

GE

V

(NO

RM

AL

IZE

D)


th

V - Tth j


RE

VE

RS

E D

RA

IN C

UR

RE

NT

I (

A)

S

SD

I - VS SD

001

02

003

01

03

1

3

10COMMON

SOURCE

V =0GS

30

Ta=

-55 C

04 06 08 10 12 14

Ta=

25 C

Ta=

125

C

2009 7 2 44

2N7002A

Revision No 7

COMMON SOURCE

Ta=25 C

f=1MHz

V =0


CA

PA

CIT

AN

CE

C (p

F)

1 1053 30

C - V

GS

DS

50

DS

C rss

ossC

Ciss

1

5

3

10

50

30

100

GATE CHARGE Q (nC)

GA

TE

-SO

UR

CE

VO

LT

AG

E V

(

V)

GS

g

V - QGS g

0

0

04

COMMON SOURCE

V =25VDS

I =115mAD

08 12 16 20

4

2

6

8

10

I - V


DR

AIN

CU

RR

EN

T I

(

A)

D DS

D

1 3 10 100305

SINGLE PULSE

Ta=25 C

GSV =10V

100micros

1mS

10mS

100mS1s

10s

DC

DS(ON)

R

L

IMIT

50

2

0005

001

003

005

01

03

05

1

P - TaD


0 20 40

50

D

0DR

AIN

PO

WE

R D

ISS

IPA

TIO

N P

(m

W)

60 80 100 120 140 160

100

150

200

250

300

350

TPC8026

2007-02-15 1











(Note 2a) PD 19 W


(Note 2b) PD 10 W


(Note 3) EAS 44 mJ









Unit mm

JEDEC ―

JEITA ―

TOSHIBA 2-6J1B

Weight 008 g (typ)


8 6

1 2 3

7 5

4

TPC8026

2007-02-15 2







Marking (Note 5)






(a)


(unit mm)

(b)


(unit mm)



T P C 8 0 2 6Lot No



TPC8026

2007-02-15 3









VGS = 10 V ID = 65 A ⎯ 51 66 mΩ






⎯ 570 ⎯

pF




Switching time

Turn-OFF time toff

Duty lt = 1 tw = 10 μs ⎯ 54 ⎯

ns





⎯ 14 ⎯

nC





RL

= 2

3 Ω

VDD sim minus 15 V

0 VVGS

10 V

47

Ω

ID = 65 AVOUT

TPC8026

2007-02-15 4

100100

5 6

VGS = 10 V

45

1

100

10

01 1 10

Ta = minus55degC

25 100

01 1 10 01

1

10

100

1000

65

ID = 13 A

3

0 2 4 6 8 100

004

008

012

016

020


25degC

1 2 3 4 0

10

20

30

40

50

0

6

38

VGS = 3 V

34

10

36 45

8

4

32

31

0 02 04 06 08 10

4

8

12

16

20

33

6

38

VGS = 3 V

34

10

36

4

8

45

3231

0 04 08 12 16 20

10

20

30

40

50

33

ID ndash VDS

ID ndash VDS

ID ndash VGS

VDS ndash VGS

|Yfs| ndash ID

RDS (ON) ndash ID







Forw

ard

trans

fer a

dmitt

ance

|Y

fs|

(S

)

D

rain

minussou

rce

volta

ge

VD

S

(V)


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)



Dra

inminuss

ourc

e O

N re

sist

ance

R

DS

(ON

) (

mΩ

)

TPC8026

2007-02-15 5

60 70

80 160120

VDS

VGS

24 12

0 20 40

4

12

16

20

0

10

20

30

50

40

8

10 30 50

VDD = 6V

0

(1)

(2)

0

04

08

12

16

0 40 80 160120

2


3

25

05

15

2

1

Ciss

Coss

Crss

1000

10000

100 01 1 10 100

1045

3

VGS = 0 V

1


1000

1

10

100

VGS = 45 V

ID = 36513 A

ID = 36513 A

0

4

8

12

16

minus80 minus40 0 40 80 120 160

VGS = 10 V

RDS (ON) ndash Ta

IDR ndash VDS

Vth ndash Ta

PD ndash Ta







Dra

in-s

ourc

e O

N re

sist

ance

R

DS

(ON

) (

mΩ

)


D

rain

reve

rse

curr

ent

ID

R

(A)



C

apac

itanc

e C

(p

F)


G

ate

thre

shol

d vo

ltage

V

th

(V)


D

rain

pow

er d

issi

patio

n P

D

(W)

Gat

eminusso

urce

vol

tage

V

GS

(V

)



D

rain

minussou

rce

volta

ge

VD

S

(V)


TPC8026

2007-02-15 6

t = 10 ms

1 ms

VDSS max

01 1 10 10001

1

10

100

01 0001 001 01 1 10 100 1000

1

10

100

1000

(2)

(1)


rth minus tw

Single pulse

Pulse width tw (s)


Tran

sien

t the

rmal

impe

danc

e r

th

(degC

W)

D

rain

cur

rent

I D

(A

)

Safe operating area

ID max (Pulse)



TPC8026

2007-02-15 7








1 Scope






Inner conductor

Dia(approx) mm 038


Insulation


BlueOrangePurple


insulation

conductor






SG-OF-04040M1



Product Produit













certificat




11561 Taipei TAIWAN




8299-PRLUCMD50004

IEC 60950-1 2005

TOy SOD PSB Pte Ltd

081-100634-100

--------___----~


Date 2010-07-15

CBS 10 07 55634 144 ( Bill Lin )


Page 1 of 1


EMC TEST REPORT




Trade Name NA





Jun 30 2010


Test Performed by







CONTENTS



















EUT Battery pack

Trade name NA


Test specifications



Regulations applied


Immunity EN 550241998A12001A22003












8299-PRLUCMD50004 ----










31 Emissions



32 Immunity




















41 Emissions













Results ( dBuVm )

Emission Frequency

( MHz) HOR VER

CORRdFactor( dB )

HOR VER

Limit (dBuVm)

Margins ( dB )

4729 144 148 104 248 252 300 -48

6958 164 160 87 251 247 300 -49

14324 114 118 135 249 253 300 -47

49136 80 81 228 308 309 370 -61

57233 64 68 250 314 318 370 -52

64965 46 52 263 309 315 370 -55


















Results ( dBuVm )

Emission Frequency

( MHz) HOR VER

CORRdFactor( dB )

HOR VER

Limit (dBuVm)

Margins ( dB )

5392 166 161 87 253 248 300 -47

7325 160 162 89 249 251 300 -49

15866 121 123 130 251 253 300 -47

51145 70 74 234 304 308 370 -62

60724 55 55 254 309 309 370 -61

70856 43 42 272 315 314 370 -55










Mode Discharge Mode


42 42 Immunity
















VCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

HCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

P1~P10 --- --- --- --- --- --- --- --- A A A A A A --- ---


















VCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

HCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

P1~P10 --- --- --- --- --- --- --- --- A A A A A A --- ---




TEST POINTS



Mode Charge Mode

Mode Discharge Mode
















EUT

Interfere source

HorizontalVertical





80-1000 Horizontal


80-1000 Vertical

right A















EUT

Interfere source

HorizontalVertical





80-1000 Horizontal


80-1000 Vertical

right A




Mode Discharge Mode

















Y

Z

Z - Axis

X

Y - Axis

X

Y

Z

X - Axis

X

Y

Z















Y

Z

Z - Axis

X

Y - Axis

X

Y

Z

X - Axis

X

Y

Z



Mode Discharge Mode



1 Top View of EUT




3 Side View of EUT

4 Side View of EUT







7 Label View of EUT

END

8401-500020001104pdf


NOA 6462B4 UL1642-10NK04239-Mar-12-2010pdf







8431-BQ20Z4513101pdf

BQ20Z45-R1pdf

BQ20Z45-R1 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION







FEATURE SET




Gas Gauging


Authentication

Power Modes

CONFIGURATION

Oscillator Function




Voltage

Current

Auto Calibration

Temperature

COMMUNICATIONS


SBS Commands


bq20z45-R1-MSDSpdf



8431-BQ2941028101pdf

BQ29410pdf

BQ29410 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

bq29410-1pdf



8431-BQ20Z4513101pdf

BQ20Z45-R1pdf

BQ20Z45-R1 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION







FEATURE SET




Gas Gauging


Authentication

Power Modes

CONFIGURATION

Oscillator Function




Voltage

Current

Auto Calibration

Temperature

COMMUNICATIONS


SBS Commands


bq20z45-R1-MSDSpdf



8431-BQ2941028101pdf

BQ29410pdf

BQ29410 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

bq29410-1pdf



8410-5X0501360101D6X-050-Apdf


D6X-050-A SPECpdf

Image1

Image2

Image3

Image4

Image5

Image6

Image7

Image8

Image9

MSDS D6X-050-Apdf

GLW MLD(MSDS)pdf

MCD_D6X-050-Apdf



8448-11032F300A02 ESTA4103F3435F-30030SCpdf


ulcom


HF Wire-MSDSpdf

Page1

Page2

Copper Wire-MSDSpdf

Page1

Page2

8436-3K302T221101 SSM3K302Tpdf







Notice on Usage

Handling Precaution

8436-PC8026224101 TPC8026pdf




Marking (Note 5)








-UL 3302 28 OD 08_ULpdf

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线

譽碩

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线




bq294xxpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS




13 BOM18





23 PCB Drawing 24


25 Label Drawing 26



3 Attachment Data


32 IC_BQ20Z45 42

33 IC_BQ29410 60

34 Fuse_D6X-050-A 76

35 TH_ESTA4103F3435F-30030SC85




39 Connector109

4 Safety

41 CB115

42 CE116


1


2


3


6 048 A at24 A at315 A at







16 30 ~ 50

0 ~ 14

15 ~ 23

24 ~ 45







Typical Capacity




B

Charge condition

0B15-000J000








Scope

RemarkItem


Composition


Discharge condition

Operating condition

-20~60 40~90RH -20~60 40~90RH22~28 40~90RH


0~45 40~90RH

Page 1


4

No1



3 Below 230 mΩ

4 Above 74 V


6 Above 4250 mAh











Test condition


Item Standard




9

performance









Long time storage

Page 2









15 Heat test

16 Impact test

17

5

NECD6X-050-A 12A




Protection parts
















KV


SCP



KV


Iterm

Vibration test

Drop test



Leakage performance

Page 3


6





mV




greater than



than 600

below




greater than





Protection function








3000



continuously

47 ~ 50



0 ~ 3






500~1000




Condition for reset

3000

3plusmn0025





47 ~ 50

57 ~ 60

0 ~ 3












4~10

435 plusmn 0025

3000


3000

Page 5




72 EEPROM data

NameVoltage


2nd Level Safety

- -mVmVmV

s


OT2 Dsg Time 0 s


OT1 Dsg Time 2

hex


-

s

Unit

-600

2

550

Value

0

s

Unit-

mVmV

4240

mA

hex

mV

mV

shexhex

mVmV

-mA

mVmV

s

4350

4240

-

424041002800

23000

OT2 Dsg Recovery

4100

3500

HT COV Threshold

CUV Threshold

CUV Recovery

OT2 Chg Recovery

HT COV Recovery

CUV Time

AFE OC Dsg Time


OT2 Chg Time

96

500

550

4100





4350


4350


OT2 Chg Threshold


90

-Value

1003AFE OC Dsg

1st Level Safety

OC (1st Tier) Dsg

LT COV Recovery

05

0

500

5000

Page 6


30003000256

020


Pre-Charge Cfg

JT4

JT2a

-

Name

s

s

Current

7500

750


SOT2 Chg Time650



mVs


500

s

300050020

s

-mVmVmA

s

Unit-

-s

s-s-

smV

s

mAs

mAs-

-

mAmV

ss

mVmV

mV

1800

5

SOT2 Chg Threshold0

-

100000

500600

Temp Hys 10

JT3

Charge Control

230

JT1JT2

Value-

00150

1

2

20

20



Pre-Chg Current



-

-

SOT2 Dsg Time



0

SOC Chg Time


10000

3000

SOC Dsg


Rest CIM Time

SOT1 Chg Time

02000

SOC Chg

SUV Threshold

3600

Page 7


-

4500100

C43700

0031

315039004000

mAmAmVmAmAmAmV

3150840031503150


4808400240024002400840031503150

ST2 Chg Voltage

-8400

LT Chg Current3

ST1 Chg Current3

LT Chg Voltage480

500037000

AS0826F43A --

mAh

mAhmWh

hexnum

Dont Care0

mVhexdate

Value-

5003700

1060807400

mAhmWhMinhex

-

smAh

-

mVmAmA

mV

mAmVmAmA

mV

-

mA

mAmVmA

Charging Faults

SBS Configuration



LT Chg Current2

FC Clear

DataRem Cap Alarm

Design Capacity


Cell Blancing Cfg

Taper Voltage

10-

9595-

TCA Clear 200

Taper Current


Min Cell Deviation

Charge Fault Cfg 02

480




Charge Cfg

LT Chg Current1

Rem Energy Alarm

Name


Dont Care

-

-

250

1702

mV

-mAh

Rem Time Alarm


Unit

Page 8


--

AFEAFEState_CTL

-00



-

-1500-1000-1500


-0


mVmV


----


5030

-

Value-

012924F800152070

0000

--

Unit-

-

mVmV

--

mVs

mV

Unit

-

-

0123456789ABCDEF012

-

1500-3000

39003800

300

0123456789ABCDEF012

78007600

0123456789ABCDEF0120123456789ABCDEF012

1500

250

Value

Non-Removable Cfg

Cell Life Limit

Device Chemistry


-7

TDA Clear FD Set

91


196000


16200



System Data

Lifetime Data

0123456789ABCDEF0123456789ABCDE


Operation Cfg B


O000

-

20

Operation Cfg A

Configuration

Registers


Operation Cfg C

Name

200

-

Page 9


0000--

10mWmVmA

10mW

-7317

-1000

---

mA

-822

8800




--

-mAhmAhmAh

-mAmAmA

mAhmWh

500

-mVmAmW

Unit--

Value-1

mV

mVmA

-

2800

03

800010

Unit-

mVmV

-6000

06000

Name

Name Value

Gas Gauging



Wake Current Reg

5000

Power

Term Voltage


IT Cfg


5025


User Rate-mA

Reserve Cap-mAh

00

Power

User Rate-mW

5518

mAhmAh

--

Unit-

500050005518

Quit CurrentState

10-


5646

02128


Value-

PF Status


00000000


0000



Qmax cell 2

Page 10


10

---

5754-

239

-5754

0

----

----

----

---

Value-

1010

12250067291-0245

----

----

----

Unit-

Calibration



00Int Temp Offset

-CC Current 2000

8400Voltage Signal

Config

32250


2980250

1984

4012

-28285

32

-7537

-300

500

Filter

Int Max Temp

4012Int Coef 1

Current


Ext Coef 1

DeadbandCC Deadband

--

Ext Max Temp

Int Min AD

-


Ext Coef 4


Ext Coef 3

Ext Min AD

Ext Coef 2

0

20848

Ext1 Temp Offset

Int Coef 20

Ref Voltage


-

-

Page 11




3 PACK+ -

4 PACK+ -

5 PACK+ -

6 NC -

7 PRES -


14 PACK- -

15 PACK- -


-



--

-


-

-



Comment



Power ground -

-


-

----

Page 12

11

22

33

44

55

66

DD

CC

BB

AA

GA

LLO

PWIR

E EN

TERP

RISE

LTD

Title

Size

Dat

e

Des

igne

d

Chec

ked

App

rove

dR

evD

ocum

ent N

umbe

rIS

O N

umbe

rPr

ojec

t Num

ber

File

Nam

e

Shee

tO

f1

120

107

30

Pega

tron

LUCI

D-M

3F

No

551

Se

c 7

Jho

ngsia

o E

Rd

Nan

gang

Dist

rict

Taip

ei 1

15 T

aiw

anTE

L 8

86-2

-278

5609

8 FA

X 8

86-2

-278

5-57

73

S220

2SC

-PRL

UCI

W-C

C

SC-P

RLU

CIW

-CS

CHD

OC

D27

2-W

50W

B

R18

R13

R10

C16

C15

C17

C3

C4

C7

C10

C11

R3R2R1

D2

R6 TP14

VG

VH

D1

R5

C1R4

TP15

D3

JP1

12

3

F1

VP

7 6 58

4

1 2 3Q

2

C2

C12

TP19

A K

D4

R8

R9

C5

C6

C9

R7

R11

A K

D5

Q4

R20

R21

R12

R14

R15

R23 R22

R19

R24

TH1

C18

R27

R31

C22C21

TP1

TP3

TP6

TP

VP

VH

VG

Q1

P+1

P+2

P+3

P+4

P+5

NC

6

PRES

7

SMD

8

SMC

9

BI

10

P-11

P-12

P-13

P-14

P-15

J1

R30

R26

R25

D6

D7

TP2

TP20

R17

R16

C8

TP17

C14C13

TP11

TP7

TP8

C23

TP

VG

VP

VH

C24

C19

C20

R28

R29

TP22

R33

TP16

SAFE16

CHG38

VSS7

REG338

VCELL+10

VCC3

NC19

PRES12

ALERT11ZVCHG4

DSG1

PGOD5

VSS 21VSS 25VSS 28

VC5 32

VC3 34

VC4 33

VC2 35VC1 36

BAT 37


PACK2

PMS6

SMBC18SMBD17

TOUT9

TS113

TS214

VSS 20

GSRN 23

GSRP 22

RESET 29

MRST 24

ASRP 31

ASRN 30

U1

VH

1TP

31

TP32

TP33

TP34

TP35

TP36

TP37

TP38

TP39

TP40

TP41

TP42

TP43

TP44

TP45

C25

7 6 58

4

1 2 3

Q3

VC1

8

VC2

7

VC3

6

GN

D5

VD

44

CD3

VD

D2

OU

T1

U2

76

10









1 00250 HSF外箱 395395175mm REVA 呈泰













































商品編號

8299-PRLUCMD50004

7481-ROHS50000102

8392-LUCM14D50A01

8415-G128C3G1DA04

8415-G156F0G1DB04

8415-W04540F11A04

8421-AC9754000A04

8480-014040180A04

8480-061913R0XA08

8480-143838154004

8480-153838010A04

8480-283503030A04

8481-LUDM12CT1A11

8481-LUDMF26T1A11

8483-500600404A04

8376-LUCM14D50A01

8401-500020001104

8411-007521C00A02

8415-D12221115A03

8373-LUCM1D000A01

8410-5X0501360101

8448-11032F300A02

8464-4F0WCSX1NA26

8423-LUCM10100B02

8431-BQ20Z4513101

8431-BQ2941028101

8436-3K302T221101

8436-N7002A251103

8436-PC8026224101

8439-148WS1100104

8439-23C5V1200104

8439-C5V6S2100104

8442-0R4222000101

8442-104221000101

8442-104422000102

8442-105222000101

8442-225112000101

8442-225223000101

8449-1000J1110103

8449-1000J1220103

8449-1001J1110103

8449-1001J1220103

8449-1003J1110103

8449-1004J1110103

8449-1004J1220103

8449-2203J1110103

8449-3004J1220103

8483-120500303103

8449-5101J1110103

8449-6192F1220103

8449-8451F1220103

8449-R010F2660102

GLWUSER
GLWUSER
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)

Form No QF-T-PS-02B



Content

1 Scope 5

2 Model 6462B4 5

3 Specification 5









52 Others 7



1 Charge 8

2 Discharge 9



5 Storage 11



8 Others 15

ATL


REV A

SHEET 4 of 15

1 Scope



















Form No QF-T-PS-02B

ATL


REV A

SHEET 5 of 15



Charge


NA



ge4800mAh


300cycles ge 80



5 Initial Impedance









45 Environment Test




Form No QF-T-PS-02B

ATL


REV A

SHEET 6 of 15










W Width 620 mm max








Form No QF-T-PS-02B

ATL















Form No QF-T-PS-02B

ATL










usage conditions









Form No QF-T-PS-02B

ATL












Form No QF-T-PS-02B

ATL






















Form No QF-T-PS-02B

ATL







Form No QF-T-PS-02B

ATL














Form No QF-T-PS-02B

ATL








coffee or others




Form No QF-T-PS-02B

ATL

bq20z45-R1















PACKAGE (1)





1




Coloumb

Counter

HW OverCurrent amp


Cell Voltage

Multiplexer

N-Channel FETDrive


Power Mode

Control

SMBD

GS

RP

GS

RN

AS

RP

AS

RN

GP

OD

ZV

CH

G

CH

G

DS

G

VC5

VC4

VC3

VC2

VC1

SMBC

Cell Balancing

Temperature

Measurement

Data Flash

Memory

SMB 11


Gas Gauging

SHA-1

Authentication


Protection

Voltage

Measurement

Over Current

Protection

Oscillator

Charging

Algorithm


Logic

OverTemperature

Protection

SA

FE

PF

IN

TS

2

TS

1

TO

UT

PM

S

Watchdog

Regulators

RESET

ALERT

REG33

REG25

VCELL+

BA

T

PA

CK

VC

C

VS

S

MSRT

RBI


Pack -

RSNS

5 m - 20 m typW W

Pack +

SMBC

SMBD

bq20z45ndashR1

GNDVC4

VC3

VC2

VC1 VDD

OUT

CD

bq294xx

1DSG

2PACK

3

11

VCC

ALERT

4

12

ZVCHG

PRES

5

13

6

14

PMS

TS2

7

15

VSS

PFIN

8

16

REG33

SAFE

9

17

TOUT

SMBD

10

18

19

VCELL+

SMBC

NC

CHG38

BAT37

VC1

VSS

36

28

VC2

RBI

35

27

VC3

REG25

34

26

VC4

VSS

33

25

VC5

MRST

32

24

ASRP

GSRN

31

23

ASRN

GSRP

30

22

RESET

VSS

VSS

29

21

20

GPOD

TS1

bq20z45-R1





(TOP VIEW)



bq20z45-R1


PIN FUNCTIONSPIN








CHG pin



























applications







bq20z45-R1



PIN UNIT
























VC(n)-VC(n+1) n = 1234 0 5 V




PACK PMS 0 25 V










bq20z45-R1




SUPPLY CURRENT
















POWER-ON RESET




WATCHDOG TIMER


















bq20z45-R1








THERMISTOR DRIVE











output 0147 0150 0153(VC5=135V VC1=135V)45




CELL BALANCING




VOL = 205 mV (max) 185 205 225


V(SCC) = 475 mV (max) 428 475 523














bq20z45-R1










RESET 1 3 6

ALERT 02












ADC (2)











COULOMB COUNTER














bq20z45-R1







VOLTAGE REFERENCE

















bq20z45-R1











RAM BACKUP














Transmit mode 300













TLOWTR TF

THDSTA

TSUDATTHDDAT

THDSTA

TBUF

SCLK

SDATA

TSUSTO

PSSP

SCLK

SDATA

Start StopTLOWSEXT



dagger

TSUSTATHIGH

bq20z45-R1






bq20z45-R1


FEATURE SET














Gas Gauging





bq20z45-R1




Authentication


Power Modes





CONFIGURATION

Oscillator Function










bq20z45-R1


Voltage


Current


Auto Calibration


Temperature




bq20z45-R1


COMMUNICATIONS




SBS Commands












































bq20z45-R1












































bq20z45-R1







PackageDrawing

Pins PackageQty












wwwticom 4-Jan-2010

Addendum-Page 1




FUNCTION

APPLICATIONS

GND

OUT

VDD

CD

VC4

VC1

VC3

1

2 VC2

3

4 5

6

7

8

DCT PACKAGE

(TOP VIEW)

1

2

3

4

8

7

6

5

VC1

VC2

VC3

GND

OUT

VDD

CD

VC4

PW PACKAGE

(TOP VIEW)

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419









1





bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419






























bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419
















1

2

6

5

81

2

6

5

81

2

6

5

8

3

4

887

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419







VC1

VC2

VC4

VC3

GND

VDD

OUT

CD

12 V (TYP)

RVD

CVD

ICD = 02 A (TYP)

CIN

RIN

RIN

RIN

RIN

CIN

CIN

CIN

C(DELAY)



td

12 V C(DELAY)

ICD

C(DELAY) td ICD

12 V

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419










V(PROTECT)


VC4 - GND)

CD

OUT

12 V

tDELAY

V(PROTECT) - Vhys



BATTERY CONNECTIONS

224

223

222

111

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

887

1

2

6

5

81

2

6

5

81

2

6

5

8

3

4

887

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419







1

2

63

4

7

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

7

CELL CONNECTIONS

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419











PackageDrawing

Pins PackageQty



















































wwwticom 7-Mar-2009

Addendum-Page 1


PackageDrawing

Pins PackageQty






















































wwwticom 7-Mar-2009

Addendum-Page 2


PackageDrawing

Pins PackageQty
















wwwticom 7-Mar-2009

Addendum-Page 3



Device PackageType

PackageDrawing


(mm)

ReelWidth

W1 (mm)


W(mm)

Pin1Quadrant

BQ29410DCT3R SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29410DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29410DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29410PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29410PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29411DCT3R SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29411DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29411DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29411PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29411PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29412DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29412DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29412PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29412PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29413DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29413DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29413PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29414DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3




Device PackageType

PackageDrawing


(mm)

ReelWidth

W1 (mm)


W(mm)

Pin1Quadrant

BQ29414DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29414PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29415DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29415DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29415PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29419PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1



BQ29410DCT3R SM8 DCT 8 3000 1820 1820 200

BQ29410DCTR SM8 DCT 8 3000 1820 1820 200

BQ29410DCTT SM8 DCT 8 250 1820 1820 200

BQ29410PWR TSSOP PW 8 2000 3460 3460 290

BQ29410PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29411DCT3R SM8 DCT 8 3000 1820 1820 200

BQ29411DCTR SM8 DCT 8 3000 1820 1820 200

BQ29411DCTT SM8 DCT 8 250 1820 1820 200

BQ29411PWR TSSOP PW 8 2000 3460 3460 290

BQ29411PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29412DCTR SM8 DCT 8 3000 1820 1820 200





BQ29412DCTT SM8 DCT 8 250 1820 1820 200

BQ29412PWR TSSOP PW 8 2000 3460 3460 290

BQ29412PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29413DCTR SM8 DCT 8 3000 1820 1820 200

BQ29413DCTT SM8 DCT 8 250 1820 1820 200

BQ29413PWR TSSOP PW 8 2000 3460 3460 290

BQ29414DCTR SM8 DCT 8 3000 1820 1820 200

BQ29414DCTT SM8 DCT 8 250 1820 1820 200

BQ29414PWR TSSOP PW 8 2000 3460 3460 290

BQ29415DCTR SM8 DCT 8 3000 1820 1820 200

BQ29415DCTT SM8 DCT 8 250 1820 1820 200

BQ29415PWR TSSOP PW 8 2000 3460 3460 290

BQ29419PWR TSSOP PW 8 2000 3460 3460 290




MECHANICAL DATA




065 M010

010

025

050075

015 NOM

Gage Plane

28

980

960

24

790

770

2016

660

640

4040064F 0197

030

660620

8

019

430450

7

015

14

A

1

120 MAX

14

510

490

8

310

290

A MAX

A MIN

DIMPINS

005

490

510

Seating Plane

0degndash8deg


MECHANICAL DATA





060020

025

0deg ndash 8deg

015 NOM

Gage Plane

4188781C 0902

425

5

030015

290375270

8

4

315275

1

010000

130 MAX

Seating Plane

010

M013065

PIN 1INDEX AREA




2


1 APPEARANCE

1-1 DIMENSIONS


1-3 MARKING

No marking





4Thermal time


5Operating




3

3 RELIABILITY


PeriodicitySampling

Size


Performance

1High

TemperatureStorage



hrs

DryingOven

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

2Low

TemperatureStorage



hrs

DryingOven

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

3 Humidity




hrs



R25R25≦

plusmn3

BB≦ plusmn 2

4

ThermalShock




hrs

ThermalShockTester

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

30min

30min

+100

-30

ordinary

temp

4


ES TA4 103 F 3435 F - 30 030 S C

E WAY Sensor




B Value (degK)





A UL1430

B UL1571

C UL3302 HF

D UL2468

E UL2651

F UL1332 Teflon

G UL10362 Teflon

O Others


Temp Coef


-30 107666 111407 115267 -511 -336 346 -068 066

-29 102375 105878 109490 -508 -331 341 -067 065

-28 97371 100653 104034 -505 -326 336 -067 065

-27 92639 95713 98878 -502 -321 331 -066 064

-26 88163 91042 94006 -499 -316 326 -065 063

-25 83926 86624 89400 -496 -311 320 -065 063

-24 79916 82444 85044 -493 -307 315 -064 062

-23 76119 78488 80923 -490 -302 310 -063 062

-22 72522 74743 77024 -487 -297 305 -063 061

-21 69115 71197 73334 -485 -292 300 -062 060

-20 65886 67838 69840 -482 -288 295 -061 060

-19 62825 64655 66532 -479 -283 290 -061 059

-18 59922 61639 63397 -476 -278 285 -060 058

-17 57169 58779 60428 -474 -274 280 -059 058

-16 54558 56067 57613 -471 -269 276 -059 057

-15 52079 53495 54944 -468 -265 271 -058 057

-14 49727 51055 52413 -466 -260 266 -057 056

-13 47493 48738 50012 -463 -256 261 -056 055

-12 45371 46540 47733 -460 -251 257 -056 055

-11 43356 44452 45571 -458 -247 252 -055 054

-10 41440 42469 43518 -455 -242 247 -054 053

-9 39620 40584 41568 -453 -238 242 -054 053

-8 37889 38794 39717 -450 -233 238 -053 052

-7 36243 37092 37957 -447 -229 233 -052 051

-6 34677 35473 36285 -445 -225 229 -051 050

-5 33187 33934 34695 -442 -220 224 -051 050

-4 31769 32470 33183 -440 -216 220 -050 049

-3 30419 31076 31745 -437 -212 215 -049 048

-2 29133 29750 30377 -435 -207 211 -048 048

-1 27909 28488 29075 -432 -203 206 -048 047

0 26743 27285 27836 -430 -199 202 -047 046

1 25631 26140 26656 -428 -195 198 -046 046

2 24571 25049 25532 -425 -190 193 -045 045

3 23561 24009 24462 -423 -186 189 -045 044

4 22598 23017 23442 -420 -182 185 -044 043

5 21679 22072 22470 -418 -178 180 -043 043

6 20802 21171 21543 -416 -174 176 -042 042

7 19966 20311 20660 -414 -170 172 -042 041

8 19167 19490 19817 -411 -166 168 -041 040

9 18404 18707 19013 -409 -162 163 -040 040



Part No

Temperature()

ESTA4103F3435F-30030SC

5


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

10 17676 17960 18246 -407 -158 159 -039 039

11 16981 17246 17513 -404 -154 155 -038 038

12 16316 16564 16814 -402 -150 151 -038 037

13 15681 15913 16147 -400 -146 147 -037 036

14 15074 15291 15509 -398 -142 143 -036 036

15 14493 14696 14900 -396 -138 139 -035 035

16 13938 14127 14318 -393 -134 135 -034 034

17 13407 13584 13762 -391 -130 131 -033 033

18 12899 13064 13230 -389 -126 127 -033 032

19 12413 12567 12721 -387 -123 123 -032 032

20 11947 12091 12235 -385 -119 119 -031 031

21 11502 11636 11770 -383 -115 115 -030 030

22 11075 11200 11325 -381 -111 111 -029 029

23 10667 10782 10898 -379 -107 108 -028 028

24 10275 10383 10491 -377 -104 104 -028 028

25 9900 10000 10100 -375 -100 100 -027 027

26 9533 9633 9733 -373 -104 104 -028 028

27 9182 9282 9382 -371 -107 108 -029 029

28 8846 8945 9045 -369 -111 111 -030 030

29 8523 8622 8721 -367 -115 115 -031 031

30 8214 8313 8411 -365 -118 119 -033 032

31 7918 8016 8114 -363 -122 122 -034 034

32 7634 7731 7828 -361 -125 126 -035 035

33 7362 7458 7554 -359 -129 130 -036 036

34 7100 7196 7291 -357 -133 133 -037 037

35 6849 6944 7039 -355 -136 137 -039 038

36 6609 6702 6796 -353 -140 140 -040 040

37 6378 6470 6563 -351 -143 144 -041 041

38 6156 6247 6340 -349 -146 148 -042 042

39 5943 6033 6125 -348 -150 151 -043 043

40 5738 5828 5918 -346 -153 155 -045 044

41 5542 5630 5719 -344 -157 158 -046 046

42 5353 5440 5528 -342 -160 162 -047 047

43 5172 5258 5345 -340 -163 165 -049 048

44 4998 5082 5168 -339 -167 169 -050 049

45 4830 4913 4998 -337 -170 172 -051 050

46 4669 4751 4834 -335 -173 175 -052 052

47 4514 4595 4677 -333 -177 179 -054 053

48 4365 4445 4526 -332 -180 182 -055 054

49 4221 4300 4380 -330 -183 186 -056 056

6


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

50 4083 4161 4239 -328 -186 189 -058 057

51 3950 4027 4104 -327 -190 192 -059 058

52 3823 3898 3974 -325 -193 196 -060 059

53 3699 3773 3848 -323 -196 199 -062 061

54 3581 3654 3728 -322 -199 202 -063 062

55 3467 3538 3611 -320 -202 205 -064 063

56 3357 3427 3499 -318 -205 209 -066 065

57 3251 3320 3390 -317 -209 212 -067 066

58 3149 3217 3286 -315 -212 215 -068 067

59 3050 3117 3185 -314 -215 218 -070 068

60 2956 3021 3088 -312 -218 222 -071 070

61 2864 2929 2995 -310 -221 225 -072 071

62 2776 2840 2904 -309 -224 228 -074 072

63 2691 2753 2817 -307 -227 231 -075 074

64 2609 2670 2733 -306 -230 234 -077 075

65 2530 2590 2652 -304 -233 237 -078 077

66 2453 2513 2573 -303 -236 240 -079 078

67 2380 2438 2497 -301 -239 244 -081 079

68 2309 2366 2424 -300 -242 247 -082 081

69 2240 2296 2354 -298 -245 250 -084 082

70 2174 2229 2285 -297 -247 253 -085 083

71 2110 2164 2219 -295 -250 256 -087 085

72 2048 2101 2155 -294 -253 259 -088 086

73 1988 2040 2094 -292 -256 262 -090 088

74 1930 1982 2034 -291 -259 265 -091 089

75 1875 1925 1977 -289 -262 268 -093 090

76 1821 1870 1921 -288 -265 271 -094 092

77 1769 1817 1867 -287 -267 274 -095 093

78 1718 1766 1815 -285 -270 277 -097 095

79 1670 1717 1765 -284 -273 280 -098 096

80 1623 1669 1716 -282 -276 282 -100 098

81 1577 1622 1669 -281 -278 285 -102 099

82 1533 1577 1623 -280 -281 288 -103 101

83 1490 1534 1579 -278 -284 291 -105 102

84 1449 1492 1536 -277 -287 294 -106 103

85 1409 1451 1494 -276 -289 297 -108 105

86 1371 1412 1454 -274 -292 300 -109 106

87 1333 1374 1415 -273 -295 302 -111 108

88 1297 1337 1378 -272 -297 305 -112 109

89 1262 1301 1341 -270 -300 308 -114 111

7


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

90 1228 1267 1306 -269 -302 311 -115 112

91 1195 1233 1272 -268 -305 314 -117 114

92 1164 1200 1238 -267 -308 316 -119 115

93 1133 1169 1206 -265 -310 319 -120 117

94 1103 1138 1175 -264 -313 322 -122 118

95 1074 1109 1145 -263 -315 325 -123 120

96 1046 1080 1115 -262 -318 327 -125 122

97 1019 1052 1087 -260 -320 330 -127 123

98 992 1025 1059 -259 -323 333 -128 125

99 967 999 1033 -258 -325 335 -130 126

100 942 974 1007 -257 -328 338 -132 128

101 918 949 981 -256 -330 341 -133 129

102 894 925 957 -254 -333 343 -135 131

103 872 902 933 -253 -335 346 -137 132

104 850 880 910 -252 -338 349 -138 134

105 829 858 888 -251 -340 351 -140 136

8

SSM3K302T

2007-11-01 1







Pulse IDP 60 A













ID = 20 A VGS = 40 V (Note2) ⎯ 52 71


ID = 05 A VGS = 18 V (Note2) ⎯ 81 131

mΩ




VDS = 10 V VGS = 0 f = 1 MHz

⎯ 47 ⎯

pF





⎯ 15 ⎯

nC


Turn-off time toff


ns


Note2 Pulse test

Unit mm

JEDEC ―

JEITA ―

TOSHIBA 2-3S1A

Weight 10 mg (typ)

SSM3K302T

2007-11-01 2









(c) VOUT


VDD

OUT IN 25 V

0

10 μs R

G

tf

ton

90

10

25 V

0 V

10

90

toff

tr

VDD

VDS (ON)

KKA

1 2

3

1 2

3

SSM3K302T

2007-11-01 3

ID ndash VDS

0

4

0 02 04 06 1

3

VGS = 15 V

10 V

1

2

18 V

25 V

08

5

RDS (ON) ndash Ta

0 minus50

ID = 20 A VGS = 40 V

0 50 150

100

200

300

100

0 2 6 8 4 0

100

200

RDS (ON) ndash VGS

150

50

10 A 25 V

10

ID ndash VGS

10

0

01

1

0001

001

0000120

minus 25 degC

Ta = 100 degC

25 degC

10

Vth ndash Ta

10

0minus50 0 150

05

50 100

40 V

250

150

50

05 A 18 V

VGS = 40 V

RDS (ON) ndash ID

0 1 3 4 2 0

100

200

150

50

5

25 V

18 V

minus 25 degC

Ta = 100 degC

25 degC


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)



ID = 05 A

Common Source

Ta = 25degC


Dra

inndashs

ourc

e O

N-r

esis

tanc

e R

DS

(ON

) (

mΩ

)


Dra

inndashs

ourc

e O

N-r

esis

tanc

e R

DS

(ON

) (

mΩ

)

Common Source

Ta = 25degC


Gat

e th

resh

old

volta

ge

Vth

(V

)


Dra

inndashs

ourc

e on

-res

ista

nce

RD

S (O

N)

(mΩ

)

Common Source

Common source

VDS = 3 V

ID = 1 mA

SSM3K302T

2007-11-01 4

t ndash ID

1001

100

01

1000

1 10

toff

10

IDR ndash VDS

|Yfs| ndash ID

01 10

1

10

01 1

3

03

C ndash VDS

10 01 1 10 100

100

1000

300

500

30

50

Ciss

CossCrss

001

10

0

01

1

0001

001


minus25 degC

Ta =100 degC

25 degC

tf

ton

tr

Dra

in re

vers

e cu

rren

t I

DR

(A

)


Forw

ard

trans

fer a

dmitt

ance

⎪Y

fs⎪

(S

)

Common Source

VGS = 0 V

Ta = 25degC

G

D

S

IDR

Common Source

VDS = 3 V

Ta = 25degC

Sw

itchi

ng ti

me

t

(ns)


Cap

acita

nce

C

(pF)





0 0

VDD=15V

4 8

4

8

12

10

6

2


Ta = 25degC

VDD=24V

Gat

endashS

ourc

e vo

ltage

V

GS

(V

)

SSM3K302T

2007-11-01 5

Tran

sien

t the

rmal

impe

danc

e R

th (deg

CW

)

Pulse width tw (s)

rth ndash tw

1

100

1000

10

0001 001 01 10001 10 100




b

a


PD ndash Ta

Dra

in p

ower

dis

sipa

tion

PD

(m

W)

800

0

200

120 100 140

400

600

160

1000

80 60 40 20 0 -20 -40

a

b



SSM3K302T

2007-11-01 6












2009 7 2 14




Revision No 7




DIM MILLIMETERS

1 SOURCE

2 GATE

3 DRAIN

SOT-23

A

B

C

D

E

293 020

130+020-015

045+015-005

240+030-020

G 190

H

J

K

L

M

N

095

013+010-005

000 ~ 010

055

020 MIN

100+020-010

M

J

K

E

1

2 3

H

GA

NC

B

D 130 MAX

L L

P P

P 7

+_












mAPulsed IDP 800




D

G

S



Type Name

Marking

Lot No

WB

EQUIVALENT CIRCUIT

2009 7 2 24

2N7002A

Revision No 7





VGS=10V ID=500mA - 18 5



VGS=10V ID=500mA - 09 25V

VGS=5V ID=50mA - - 025







- 20 50




VGS=10V RGEN=25

- - 20nS





IS - - - 115 mA


ISM - - - 800 mA


OUTOUTPUT V 10 10

10

90 90

90

50 50

ftrt

ININPUT V

INVERTED

PULSE WIDTH

d(on)t d(off)t

ont offt


GSVGENR

V DD

R L

VOUT

DUT

D

G

S

INV


2009 7 2 34

2N7002A

Revision No 7


DR

AIN

CU

RR

EN

T I

(

A)

D

0

DS

0

I - VD DS

1

COMMON SOURCE

Ta=25 C

V =3VGS

2 3 4 5

05

10

15

20

4V

5V

6V

7V10V

9V 8V


DR

AIN

CU

RR

EN

T I

(A

)D

GS

I - VD GS

0

0

2

COMMON SOURCE

Ta=

-55

C

V =10VGS

4 6 8 10

08

04

12

16

20

Ta=

25 C

Ta=

125

C

0

05

02

COMMON SOURCE

V =10VGS

04 06 08 10

15

10

20

25

30

Ta=25 C

DR

AIN

SO

UR

CE

ON

- R

ES

IST

AN

CE

R (Ω

) (N

OR

MA

LIZ

ED

)


DS

(ON

)

R - IDS(ON) D

-50

0

-25

COMMON SOURCE

I =500mAD

V =10VGS

0 25 50 75 100 125 150

10

20

30

40

DR

AIN

SO

UR

CE

ON

- R

ES

IST

AN

CE

R (Ω

) (N

OR

MA

LIZ

ED

)


DS

(ON

)

R - TDS(ON) j

-50

08

-25

COMMON SOURCE

V =VDS GS

I =1mAD

0 25 50 75 100 125 150

09

085

095

10

11

105

GA

TE

-SO

UR

CE

TH

RE

SH

OL

D V

OL

TA

GE

V

(NO

RM

AL

IZE

D)


th

V - Tth j


RE

VE

RS

E D

RA

IN C

UR

RE

NT

I (

A)

S

SD

I - VS SD

001

02

003

01

03

1

3

10COMMON

SOURCE

V =0GS

30

Ta=

-55 C

04 06 08 10 12 14

Ta=

25 C

Ta=

125

C

2009 7 2 44

2N7002A

Revision No 7

COMMON SOURCE

Ta=25 C

f=1MHz

V =0


CA

PA

CIT

AN

CE

C (p

F)

1 1053 30

C - V

GS

DS

50

DS

C rss

ossC

Ciss

1

5

3

10

50

30

100

GATE CHARGE Q (nC)

GA

TE

-SO

UR

CE

VO

LT

AG

E V

(

V)

GS

g

V - QGS g

0

0

04

COMMON SOURCE

V =25VDS

I =115mAD

08 12 16 20

4

2

6

8

10

I - V


DR

AIN

CU

RR

EN

T I

(

A)

D DS

D

1 3 10 100305

SINGLE PULSE

Ta=25 C

GSV =10V

100micros

1mS

10mS

100mS1s

10s

DC

DS(ON)

R

L

IMIT

50

2

0005

001

003

005

01

03

05

1

P - TaD


0 20 40

50

D

0DR

AIN

PO

WE

R D

ISS

IPA

TIO

N P

(m

W)

60 80 100 120 140 160

100

150

200

250

300

350

TPC8026

2007-02-15 1











(Note 2a) PD 19 W


(Note 2b) PD 10 W


(Note 3) EAS 44 mJ









Unit mm

JEDEC ―

JEITA ―

TOSHIBA 2-6J1B

Weight 008 g (typ)


8 6

1 2 3

7 5

4

TPC8026

2007-02-15 2







Marking (Note 5)






(a)


(unit mm)

(b)


(unit mm)



T P C 8 0 2 6Lot No



TPC8026

2007-02-15 3









VGS = 10 V ID = 65 A ⎯ 51 66 mΩ






⎯ 570 ⎯

pF




Switching time

Turn-OFF time toff

Duty lt = 1 tw = 10 μs ⎯ 54 ⎯

ns





⎯ 14 ⎯

nC





RL

= 2

3 Ω

VDD sim minus 15 V

0 VVGS

10 V

47

Ω

ID = 65 AVOUT

TPC8026

2007-02-15 4

100100

5 6

VGS = 10 V

45

1

100

10

01 1 10

Ta = minus55degC

25 100

01 1 10 01

1

10

100

1000

65

ID = 13 A

3

0 2 4 6 8 100

004

008

012

016

020


25degC

1 2 3 4 0

10

20

30

40

50

0

6

38

VGS = 3 V

34

10

36 45

8

4

32

31

0 02 04 06 08 10

4

8

12

16

20

33

6

38

VGS = 3 V

34

10

36

4

8

45

3231

0 04 08 12 16 20

10

20

30

40

50

33

ID ndash VDS

ID ndash VDS

ID ndash VGS

VDS ndash VGS

|Yfs| ndash ID

RDS (ON) ndash ID







Forw

ard

trans

fer a

dmitt

ance

|Y

fs|

(S

)

D

rain

minussou

rce

volta

ge

VD

S

(V)


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)



Dra

inminuss

ourc

e O

N re

sist

ance

R

DS

(ON

) (

mΩ

)

TPC8026

2007-02-15 5

60 70

80 160120

VDS

VGS

24 12

0 20 40

4

12

16

20

0

10

20

30

50

40

8

10 30 50

VDD = 6V

0

(1)

(2)

0

04

08

12

16

0 40 80 160120

2


3

25

05

15

2

1

Ciss

Coss

Crss

1000

10000

100 01 1 10 100

1045

3

VGS = 0 V

1


1000

1

10

100

VGS = 45 V

ID = 36513 A

ID = 36513 A

0

4

8

12

16

minus80 minus40 0 40 80 120 160

VGS = 10 V

RDS (ON) ndash Ta

IDR ndash VDS

Vth ndash Ta

PD ndash Ta







Dra

in-s

ourc

e O

N re

sist

ance

R

DS

(ON

) (

mΩ

)


D

rain

reve

rse

curr

ent

ID

R

(A)



C

apac

itanc

e C

(p

F)


G

ate

thre

shol

d vo

ltage

V

th

(V)


D

rain

pow

er d

issi

patio

n P

D

(W)

Gat

eminusso

urce

vol

tage

V

GS

(V

)



D

rain

minussou

rce

volta

ge

VD

S

(V)


TPC8026

2007-02-15 6

t = 10 ms

1 ms

VDSS max

01 1 10 10001

1

10

100

01 0001 001 01 1 10 100 1000

1

10

100

1000

(2)

(1)


rth minus tw

Single pulse

Pulse width tw (s)


Tran

sien

t the

rmal

impe

danc

e r

th

(degC

W)

D

rain

cur

rent

I D

(A

)

Safe operating area

ID max (Pulse)



TPC8026

2007-02-15 7








1 Scope






Inner conductor

Dia(approx) mm 038


Insulation


BlueOrangePurple


insulation

conductor






SG-OF-04040M1



Product Produit













certificat




11561 Taipei TAIWAN




8299-PRLUCMD50004

IEC 60950-1 2005

TOy SOD PSB Pte Ltd

081-100634-100

--------___----~


Date 2010-07-15

CBS 10 07 55634 144 ( Bill Lin )


Page 1 of 1


EMC TEST REPORT




Trade Name NA





Jun 30 2010


Test Performed by







CONTENTS



















EUT Battery pack

Trade name NA


Test specifications



Regulations applied


Immunity EN 550241998A12001A22003












8299-PRLUCMD50004 ----










31 Emissions



32 Immunity




















41 Emissions













Results ( dBuVm )

Emission Frequency

( MHz) HOR VER

CORRdFactor( dB )

HOR VER

Limit (dBuVm)

Margins ( dB )

4729 144 148 104 248 252 300 -48

6958 164 160 87 251 247 300 -49

14324 114 118 135 249 253 300 -47

49136 80 81 228 308 309 370 -61

57233 64 68 250 314 318 370 -52

64965 46 52 263 309 315 370 -55


















Results ( dBuVm )

Emission Frequency

( MHz) HOR VER

CORRdFactor( dB )

HOR VER

Limit (dBuVm)

Margins ( dB )

5392 166 161 87 253 248 300 -47

7325 160 162 89 249 251 300 -49

15866 121 123 130 251 253 300 -47

51145 70 74 234 304 308 370 -62

60724 55 55 254 309 309 370 -61

70856 43 42 272 315 314 370 -55










Mode Discharge Mode


42 42 Immunity
















VCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

HCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

P1~P10 --- --- --- --- --- --- --- --- A A A A A A --- ---


















VCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

HCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

P1~P10 --- --- --- --- --- --- --- --- A A A A A A --- ---




TEST POINTS



Mode Charge Mode

Mode Discharge Mode
















EUT

Interfere source

HorizontalVertical





80-1000 Horizontal


80-1000 Vertical

right A















EUT

Interfere source

HorizontalVertical





80-1000 Horizontal


80-1000 Vertical

right A




Mode Discharge Mode

















Y

Z

Z - Axis

X

Y - Axis

X

Y

Z

X - Axis

X

Y

Z















Y

Z

Z - Axis

X

Y - Axis

X

Y

Z

X - Axis

X

Y

Z



Mode Discharge Mode



1 Top View of EUT




3 Side View of EUT

4 Side View of EUT







7 Label View of EUT

END

8401-500020001104pdf


NOA 6462B4 UL1642-10NK04239-Mar-12-2010pdf







8431-BQ20Z4513101pdf

BQ20Z45-R1pdf

BQ20Z45-R1 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION







FEATURE SET




Gas Gauging


Authentication

Power Modes

CONFIGURATION

Oscillator Function




Voltage

Current

Auto Calibration

Temperature

COMMUNICATIONS


SBS Commands


bq20z45-R1-MSDSpdf



8431-BQ2941028101pdf

BQ29410pdf

BQ29410 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

bq29410-1pdf



8431-BQ20Z4513101pdf

BQ20Z45-R1pdf

BQ20Z45-R1 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION







FEATURE SET




Gas Gauging


Authentication

Power Modes

CONFIGURATION

Oscillator Function




Voltage

Current

Auto Calibration

Temperature

COMMUNICATIONS


SBS Commands


bq20z45-R1-MSDSpdf



8431-BQ2941028101pdf

BQ29410pdf

BQ29410 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

bq29410-1pdf



8410-5X0501360101D6X-050-Apdf


D6X-050-A SPECpdf

Image1

Image2

Image3

Image4

Image5

Image6

Image7

Image8

Image9

MSDS D6X-050-Apdf

GLW MLD(MSDS)pdf

MCD_D6X-050-Apdf



8448-11032F300A02 ESTA4103F3435F-30030SCpdf


ulcom


HF Wire-MSDSpdf

Page1

Page2

Copper Wire-MSDSpdf

Page1

Page2

8436-3K302T221101 SSM3K302Tpdf







Notice on Usage

Handling Precaution

8436-PC8026224101 TPC8026pdf




Marking (Note 5)








-UL 3302 28 OD 08_ULpdf

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线

譽碩

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线




bq294xxpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS


1


2


3


6 048 A at24 A at315 A at







16 30 ~ 50

0 ~ 14

15 ~ 23

24 ~ 45







Typical Capacity




B

Charge condition

0B15-000J000








Scope

RemarkItem


Composition


Discharge condition

Operating condition

-20~60 40~90RH -20~60 40~90RH22~28 40~90RH


0~45 40~90RH

Page 1


4

No1



3 Below 230 mΩ

4 Above 74 V


6 Above 4250 mAh











Test condition


Item Standard




9

performance









Long time storage

Page 2









15 Heat test

16 Impact test

17

5

NECD6X-050-A 12A




Protection parts
















KV


SCP



KV


Iterm

Vibration test

Drop test



Leakage performance

Page 3


6





mV




greater than



than 600

below




greater than





Protection function








3000



continuously

47 ~ 50



0 ~ 3






500~1000




Condition for reset

3000

3plusmn0025





47 ~ 50

57 ~ 60

0 ~ 3




Page 4









4~10

435 plusmn 0025

3000


3000




72 EEPROM data

NameVoltage


2nd Level Safety

- -mVmVmV

s


OT2 Dsg Time 0 s


OT1 Dsg Time 2

hex


-

s

Unit

-600

2

550

Value

0

s

Unit-

mVmV

4240

mA

hex

mV

mV

shexhex

mVmV

-mA

mVmV

s

4350

4240

-

424041002800

23000

OT2 Dsg Recovery

4100

3500

HT COV Threshold

CUV Threshold

CUV Recovery

OT2 Chg Recovery

HT COV Recovery

CUV Time

AFE OC Dsg Time


OT2 Chg Time

96

500

550

4100





4350


4350


OT2 Chg Threshold


90

-Value

1003AFE OC Dsg

1st Level Safety

OC (1st Tier) Dsg

LT COV Recovery

05

0

500

5000

Page 6


30003000256

020


Pre-Charge Cfg

JT4

JT2a

-

Name

s

s

Current

7500

750


SOT2 Chg Time650



mVs


500

s

300050020

s

-mVmVmA

s

Unit-

-s

s-s-

smV

s

mAs

mAs-

-

mAmV

ss

mVmV

mV

1800

5

SOT2 Chg Threshold0

-

100000

500600

Temp Hys 10

JT3

Charge Control

230

JT1JT2

Value-

00150

1

2

20

20



Pre-Chg Current



-

-

SOT2 Dsg Time



0

SOC Chg Time


10000

3000

SOC Dsg


Rest CIM Time

SOT1 Chg Time

02000

SOC Chg

SUV Threshold

3600

Page 7


-

4500100

C43700

0031

315039004000

mAmAmVmAmAmAmV

3150840031503150


4808400240024002400840031503150

ST2 Chg Voltage

-8400

LT Chg Current3

ST1 Chg Current3

LT Chg Voltage480

500037000

AS0826F43A --

mAh

mAhmWh

hexnum

Dont Care0

mVhexdate

Value-

5003700

1060807400

mAhmWhMinhex

-

smAh

-

mVmAmA

mV

mAmVmAmA

mV

-

mA

mAmVmA

Charging Faults

SBS Configuration



LT Chg Current2

FC Clear

DataRem Cap Alarm

Design Capacity


Cell Blancing Cfg

Taper Voltage

10-

9595-

TCA Clear 200

Taper Current


Min Cell Deviation

Charge Fault Cfg 02

480




Charge Cfg

LT Chg Current1

Rem Energy Alarm

Name


Dont Care

-

-

250

1702

mV

-mAh

Rem Time Alarm


Unit

Page 8


--

AFEAFEState_CTL

-00



-

-1500-1000-1500


-0


mVmV


----


5030

-

Value-

012924F800152070

0000

--

Unit-

-

mVmV

--

mVs

mV

Unit

-

-

0123456789ABCDEF012

-

1500-3000

39003800

300

0123456789ABCDEF012

78007600

0123456789ABCDEF0120123456789ABCDEF012

1500

250

Value

Non-Removable Cfg

Cell Life Limit

Device Chemistry


-7

TDA Clear FD Set

91


196000


16200



System Data

Lifetime Data

0123456789ABCDEF0123456789ABCDE


Operation Cfg B


O000

-

20

Operation Cfg A

Configuration

Registers


Operation Cfg C

Name

200

-

Page 9


0000--

10mWmVmA

10mW

-7317

-1000

---

mA

-822

8800




--

-mAhmAhmAh

-mAmAmA

mAhmWh

500

-mVmAmW

Unit--

Value-1

mV

mVmA

-

2800

03

800010

Unit-

mVmV

-6000

06000

Name

Name Value

Gas Gauging



Wake Current Reg

5000

Power

Term Voltage


IT Cfg


5025


User Rate-mA

Reserve Cap-mAh

00

Power

User Rate-mW

5518

mAhmAh

--

Unit-

500050005518

Quit CurrentState

10-


5646

02128


Value-

PF Status


00000000


0000



Qmax cell 2

Page 10


10

---

5754-

239

-5754

0

----

----

----

---

Value-

1010

12250067291-0245

----

----

----

Unit-

Calibration



00Int Temp Offset

-CC Current 2000

8400Voltage Signal

Config

32250


2980250

1984

4012

-28285

32

-7537

-300

500

Filter

Int Max Temp

4012Int Coef 1

Current


Ext Coef 1

DeadbandCC Deadband

--

Ext Max Temp

Int Min AD

-


Ext Coef 4


Ext Coef 3

Ext Min AD

Ext Coef 2

0

20848

Ext1 Temp Offset

Int Coef 20

Ref Voltage


-

-

Page 11




3 PACK+ -

4 PACK+ -

5 PACK+ -

6 NC -

7 PRES -


14 PACK- -

15 PACK- -


-



--

-


-

-



Comment



Power ground -

-


-

----

Page 12

11

22

33

44

55

66

DD

CC

BB

AA

GA

LLO

PWIR

E EN

TERP

RISE

LTD

Title

Size

Dat

e

Des

igne

d

Chec

ked

App

rove

dR

evD

ocum

ent N

umbe

rIS

O N

umbe

rPr

ojec

t Num

ber

File

Nam

e

Shee

tO

f1

120

107

30

Pega

tron

LUCI

D-M

3F

No

551

Se

c 7

Jho

ngsia

o E

Rd

Nan

gang

Dist

rict

Taip

ei 1

15 T

aiw

anTE

L 8

86-2

-278

5609

8 FA

X 8

86-2

-278

5-57

73

S220

2SC

-PRL

UCI

W-C

C

SC-P

RLU

CIW

-CS

CHD

OC

D27

2-W

50W

B

R18

R13

R10

C16

C15

C17

C3

C4

C7

C10

C11

R3R2R1

D2

R6 TP14

VG

VH

D1

R5

C1R4

TP15

D3

JP1

12

3

F1

VP

7 6 58

4

1 2 3Q

2

C2

C12

TP19

A K

D4

R8

R9

C5

C6

C9

R7

R11

A K

D5

Q4

R20

R21

R12

R14

R15

R23 R22

R19

R24

TH1

C18

R27

R31

C22C21

TP1

TP3

TP6

TP

VP

VH

VG

Q1

P+1

P+2

P+3

P+4

P+5

NC

6

PRES

7

SMD

8

SMC

9

BI

10

P-11

P-12

P-13

P-14

P-15

J1

R30

R26

R25

D6

D7

TP2

TP20

R17

R16

C8

TP17

C14C13

TP11

TP7

TP8

C23

TP

VG

VP

VH

C24

C19

C20

R28

R29

TP22

R33

TP16

SAFE16

CHG38

VSS7

REG338

VCELL+10

VCC3

NC19

PRES12

ALERT11ZVCHG4

DSG1

PGOD5

VSS 21VSS 25VSS 28

VC5 32

VC3 34

VC4 33

VC2 35VC1 36

BAT 37


PACK2

PMS6

SMBC18SMBD17

TOUT9

TS113

TS214

VSS 20

GSRN 23

GSRP 22

RESET 29

MRST 24

ASRP 31

ASRN 30

U1

VH

1TP

31

TP32

TP33

TP34

TP35

TP36

TP37

TP38

TP39

TP40

TP41

TP42

TP43

TP44

TP45

C25

7 6 58

4

1 2 3

Q3

VC1

8

VC2

7

VC3

6

GN

D5

VD

44

CD3

VD

D2

OU

T1

U2

76

10









1 00250 HSF外箱 395395175mm REVA 呈泰













































商品編號

8299-PRLUCMD50004

7481-ROHS50000102

8392-LUCM14D50A01

8415-G128C3G1DA04

8415-G156F0G1DB04

8415-W04540F11A04

8421-AC9754000A04

8480-014040180A04

8480-061913R0XA08

8480-143838154004

8480-153838010A04

8480-283503030A04

8481-LUDM12CT1A11

8481-LUDMF26T1A11

8483-500600404A04

8376-LUCM14D50A01

8401-500020001104

8411-007521C00A02

8415-D12221115A03

8373-LUCM1D000A01

8410-5X0501360101

8448-11032F300A02

8464-4F0WCSX1NA26

8423-LUCM10100B02

8431-BQ20Z4513101

8431-BQ2941028101

8436-3K302T221101

8436-N7002A251103

8436-PC8026224101

8439-148WS1100104

8439-23C5V1200104

8439-C5V6S2100104

8442-0R4222000101

8442-104221000101

8442-104422000102

8442-105222000101

8442-225112000101

8442-225223000101

8449-1000J1110103

8449-1000J1220103

8449-1001J1110103

8449-1001J1220103

8449-1003J1110103

8449-1004J1110103

8449-1004J1220103

8449-2203J1110103

8449-3004J1220103

8483-120500303103

8449-5101J1110103

8449-6192F1220103

8449-8451F1220103

8449-R010F2660102

GLWUSER
GLWUSER
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)

Form No QF-T-PS-02B



Content

1 Scope 5

2 Model 6462B4 5

3 Specification 5









52 Others 7



1 Charge 8

2 Discharge 9



5 Storage 11



8 Others 15

ATL


REV A

SHEET 4 of 15

1 Scope



















Form No QF-T-PS-02B

ATL


REV A

SHEET 5 of 15



Charge


NA



ge4800mAh


300cycles ge 80



5 Initial Impedance









45 Environment Test




Form No QF-T-PS-02B

ATL


REV A

SHEET 6 of 15










W Width 620 mm max








Form No QF-T-PS-02B

ATL















Form No QF-T-PS-02B

ATL










usage conditions









Form No QF-T-PS-02B

ATL












Form No QF-T-PS-02B

ATL






















Form No QF-T-PS-02B

ATL







Form No QF-T-PS-02B

ATL














Form No QF-T-PS-02B

ATL








coffee or others




Form No QF-T-PS-02B

ATL

bq20z45-R1















PACKAGE (1)





1




Coloumb

Counter

HW OverCurrent amp


Cell Voltage

Multiplexer

N-Channel FETDrive


Power Mode

Control

SMBD

GS

RP

GS

RN

AS

RP

AS

RN

GP

OD

ZV

CH

G

CH

G

DS

G

VC5

VC4

VC3

VC2

VC1

SMBC

Cell Balancing

Temperature

Measurement

Data Flash

Memory

SMB 11


Gas Gauging

SHA-1

Authentication


Protection

Voltage

Measurement

Over Current

Protection

Oscillator

Charging

Algorithm


Logic

OverTemperature

Protection

SA

FE

PF

IN

TS

2

TS

1

TO

UT

PM

S

Watchdog

Regulators

RESET

ALERT

REG33

REG25

VCELL+

BA

T

PA

CK

VC

C

VS

S

MSRT

RBI


Pack -

RSNS

5 m - 20 m typW W

Pack +

SMBC

SMBD

bq20z45ndashR1

GNDVC4

VC3

VC2

VC1 VDD

OUT

CD

bq294xx

1DSG

2PACK

3

11

VCC

ALERT

4

12

ZVCHG

PRES

5

13

6

14

PMS

TS2

7

15

VSS

PFIN

8

16

REG33

SAFE

9

17

TOUT

SMBD

10

18

19

VCELL+

SMBC

NC

CHG38

BAT37

VC1

VSS

36

28

VC2

RBI

35

27

VC3

REG25

34

26

VC4

VSS

33

25

VC5

MRST

32

24

ASRP

GSRN

31

23

ASRN

GSRP

30

22

RESET

VSS

VSS

29

21

20

GPOD

TS1

bq20z45-R1





(TOP VIEW)



bq20z45-R1


PIN FUNCTIONSPIN








CHG pin



























applications







bq20z45-R1



PIN UNIT
























VC(n)-VC(n+1) n = 1234 0 5 V




PACK PMS 0 25 V










bq20z45-R1




SUPPLY CURRENT
















POWER-ON RESET




WATCHDOG TIMER


















bq20z45-R1








THERMISTOR DRIVE











output 0147 0150 0153(VC5=135V VC1=135V)45




CELL BALANCING




VOL = 205 mV (max) 185 205 225


V(SCC) = 475 mV (max) 428 475 523














bq20z45-R1










RESET 1 3 6

ALERT 02












ADC (2)











COULOMB COUNTER














bq20z45-R1







VOLTAGE REFERENCE

















bq20z45-R1











RAM BACKUP














Transmit mode 300













TLOWTR TF

THDSTA

TSUDATTHDDAT

THDSTA

TBUF

SCLK

SDATA

TSUSTO

PSSP

SCLK

SDATA

Start StopTLOWSEXT



dagger

TSUSTATHIGH

bq20z45-R1






bq20z45-R1


FEATURE SET














Gas Gauging





bq20z45-R1




Authentication


Power Modes





CONFIGURATION

Oscillator Function










bq20z45-R1


Voltage


Current


Auto Calibration


Temperature




bq20z45-R1


COMMUNICATIONS




SBS Commands












































bq20z45-R1












































bq20z45-R1







PackageDrawing

Pins PackageQty












wwwticom 4-Jan-2010

Addendum-Page 1




FUNCTION

APPLICATIONS

GND

OUT

VDD

CD

VC4

VC1

VC3

1

2 VC2

3

4 5

6

7

8

DCT PACKAGE

(TOP VIEW)

1

2

3

4

8

7

6

5

VC1

VC2

VC3

GND

OUT

VDD

CD

VC4

PW PACKAGE

(TOP VIEW)

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419









1





bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419






























bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419
















1

2

6

5

81

2

6

5

81

2

6

5

8

3

4

887

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419







VC1

VC2

VC4

VC3

GND

VDD

OUT

CD

12 V (TYP)

RVD

CVD

ICD = 02 A (TYP)

CIN

RIN

RIN

RIN

RIN

CIN

CIN

CIN

C(DELAY)



td

12 V C(DELAY)

ICD

C(DELAY) td ICD

12 V

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419










V(PROTECT)


VC4 - GND)

CD

OUT

12 V

tDELAY

V(PROTECT) - Vhys



BATTERY CONNECTIONS

224

223

222

111

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

887

1

2

6

5

81

2

6

5

81

2

6

5

8

3

4

887

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419







1

2

63

4

7

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

7

CELL CONNECTIONS

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419











PackageDrawing

Pins PackageQty



















































wwwticom 7-Mar-2009

Addendum-Page 1


PackageDrawing

Pins PackageQty






















































wwwticom 7-Mar-2009

Addendum-Page 2


PackageDrawing

Pins PackageQty
















wwwticom 7-Mar-2009

Addendum-Page 3



Device PackageType

PackageDrawing


(mm)

ReelWidth

W1 (mm)


W(mm)

Pin1Quadrant

BQ29410DCT3R SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29410DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29410DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29410PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29410PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29411DCT3R SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29411DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29411DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29411PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29411PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29412DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29412DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29412PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29412PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29413DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29413DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29413PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29414DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3




Device PackageType

PackageDrawing


(mm)

ReelWidth

W1 (mm)


W(mm)

Pin1Quadrant

BQ29414DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29414PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29415DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29415DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29415PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29419PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1



BQ29410DCT3R SM8 DCT 8 3000 1820 1820 200

BQ29410DCTR SM8 DCT 8 3000 1820 1820 200

BQ29410DCTT SM8 DCT 8 250 1820 1820 200

BQ29410PWR TSSOP PW 8 2000 3460 3460 290

BQ29410PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29411DCT3R SM8 DCT 8 3000 1820 1820 200

BQ29411DCTR SM8 DCT 8 3000 1820 1820 200

BQ29411DCTT SM8 DCT 8 250 1820 1820 200

BQ29411PWR TSSOP PW 8 2000 3460 3460 290

BQ29411PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29412DCTR SM8 DCT 8 3000 1820 1820 200





BQ29412DCTT SM8 DCT 8 250 1820 1820 200

BQ29412PWR TSSOP PW 8 2000 3460 3460 290

BQ29412PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29413DCTR SM8 DCT 8 3000 1820 1820 200

BQ29413DCTT SM8 DCT 8 250 1820 1820 200

BQ29413PWR TSSOP PW 8 2000 3460 3460 290

BQ29414DCTR SM8 DCT 8 3000 1820 1820 200

BQ29414DCTT SM8 DCT 8 250 1820 1820 200

BQ29414PWR TSSOP PW 8 2000 3460 3460 290

BQ29415DCTR SM8 DCT 8 3000 1820 1820 200

BQ29415DCTT SM8 DCT 8 250 1820 1820 200

BQ29415PWR TSSOP PW 8 2000 3460 3460 290

BQ29419PWR TSSOP PW 8 2000 3460 3460 290




MECHANICAL DATA




065 M010

010

025

050075

015 NOM

Gage Plane

28

980

960

24

790

770

2016

660

640

4040064F 0197

030

660620

8

019

430450

7

015

14

A

1

120 MAX

14

510

490

8

310

290

A MAX

A MIN

DIMPINS

005

490

510

Seating Plane

0degndash8deg


MECHANICAL DATA





060020

025

0deg ndash 8deg

015 NOM

Gage Plane

4188781C 0902

425

5

030015

290375270

8

4

315275

1

010000

130 MAX

Seating Plane

010

M013065

PIN 1INDEX AREA




2


1 APPEARANCE

1-1 DIMENSIONS


1-3 MARKING

No marking





4Thermal time


5Operating




3

3 RELIABILITY


PeriodicitySampling

Size


Performance

1High

TemperatureStorage



hrs

DryingOven

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

2Low

TemperatureStorage



hrs

DryingOven

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

3 Humidity




hrs



R25R25≦

plusmn3

BB≦ plusmn 2

4

ThermalShock




hrs

ThermalShockTester

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

30min

30min

+100

-30

ordinary

temp

4


ES TA4 103 F 3435 F - 30 030 S C

E WAY Sensor




B Value (degK)





A UL1430

B UL1571

C UL3302 HF

D UL2468

E UL2651

F UL1332 Teflon

G UL10362 Teflon

O Others


Temp Coef


-30 107666 111407 115267 -511 -336 346 -068 066

-29 102375 105878 109490 -508 -331 341 -067 065

-28 97371 100653 104034 -505 -326 336 -067 065

-27 92639 95713 98878 -502 -321 331 -066 064

-26 88163 91042 94006 -499 -316 326 -065 063

-25 83926 86624 89400 -496 -311 320 -065 063

-24 79916 82444 85044 -493 -307 315 -064 062

-23 76119 78488 80923 -490 -302 310 -063 062

-22 72522 74743 77024 -487 -297 305 -063 061

-21 69115 71197 73334 -485 -292 300 -062 060

-20 65886 67838 69840 -482 -288 295 -061 060

-19 62825 64655 66532 -479 -283 290 -061 059

-18 59922 61639 63397 -476 -278 285 -060 058

-17 57169 58779 60428 -474 -274 280 -059 058

-16 54558 56067 57613 -471 -269 276 -059 057

-15 52079 53495 54944 -468 -265 271 -058 057

-14 49727 51055 52413 -466 -260 266 -057 056

-13 47493 48738 50012 -463 -256 261 -056 055

-12 45371 46540 47733 -460 -251 257 -056 055

-11 43356 44452 45571 -458 -247 252 -055 054

-10 41440 42469 43518 -455 -242 247 -054 053

-9 39620 40584 41568 -453 -238 242 -054 053

-8 37889 38794 39717 -450 -233 238 -053 052

-7 36243 37092 37957 -447 -229 233 -052 051

-6 34677 35473 36285 -445 -225 229 -051 050

-5 33187 33934 34695 -442 -220 224 -051 050

-4 31769 32470 33183 -440 -216 220 -050 049

-3 30419 31076 31745 -437 -212 215 -049 048

-2 29133 29750 30377 -435 -207 211 -048 048

-1 27909 28488 29075 -432 -203 206 -048 047

0 26743 27285 27836 -430 -199 202 -047 046

1 25631 26140 26656 -428 -195 198 -046 046

2 24571 25049 25532 -425 -190 193 -045 045

3 23561 24009 24462 -423 -186 189 -045 044

4 22598 23017 23442 -420 -182 185 -044 043

5 21679 22072 22470 -418 -178 180 -043 043

6 20802 21171 21543 -416 -174 176 -042 042

7 19966 20311 20660 -414 -170 172 -042 041

8 19167 19490 19817 -411 -166 168 -041 040

9 18404 18707 19013 -409 -162 163 -040 040



Part No

Temperature()

ESTA4103F3435F-30030SC

5


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

10 17676 17960 18246 -407 -158 159 -039 039

11 16981 17246 17513 -404 -154 155 -038 038

12 16316 16564 16814 -402 -150 151 -038 037

13 15681 15913 16147 -400 -146 147 -037 036

14 15074 15291 15509 -398 -142 143 -036 036

15 14493 14696 14900 -396 -138 139 -035 035

16 13938 14127 14318 -393 -134 135 -034 034

17 13407 13584 13762 -391 -130 131 -033 033

18 12899 13064 13230 -389 -126 127 -033 032

19 12413 12567 12721 -387 -123 123 -032 032

20 11947 12091 12235 -385 -119 119 -031 031

21 11502 11636 11770 -383 -115 115 -030 030

22 11075 11200 11325 -381 -111 111 -029 029

23 10667 10782 10898 -379 -107 108 -028 028

24 10275 10383 10491 -377 -104 104 -028 028

25 9900 10000 10100 -375 -100 100 -027 027

26 9533 9633 9733 -373 -104 104 -028 028

27 9182 9282 9382 -371 -107 108 -029 029

28 8846 8945 9045 -369 -111 111 -030 030

29 8523 8622 8721 -367 -115 115 -031 031

30 8214 8313 8411 -365 -118 119 -033 032

31 7918 8016 8114 -363 -122 122 -034 034

32 7634 7731 7828 -361 -125 126 -035 035

33 7362 7458 7554 -359 -129 130 -036 036

34 7100 7196 7291 -357 -133 133 -037 037

35 6849 6944 7039 -355 -136 137 -039 038

36 6609 6702 6796 -353 -140 140 -040 040

37 6378 6470 6563 -351 -143 144 -041 041

38 6156 6247 6340 -349 -146 148 -042 042

39 5943 6033 6125 -348 -150 151 -043 043

40 5738 5828 5918 -346 -153 155 -045 044

41 5542 5630 5719 -344 -157 158 -046 046

42 5353 5440 5528 -342 -160 162 -047 047

43 5172 5258 5345 -340 -163 165 -049 048

44 4998 5082 5168 -339 -167 169 -050 049

45 4830 4913 4998 -337 -170 172 -051 050

46 4669 4751 4834 -335 -173 175 -052 052

47 4514 4595 4677 -333 -177 179 -054 053

48 4365 4445 4526 -332 -180 182 -055 054

49 4221 4300 4380 -330 -183 186 -056 056

6


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

50 4083 4161 4239 -328 -186 189 -058 057

51 3950 4027 4104 -327 -190 192 -059 058

52 3823 3898 3974 -325 -193 196 -060 059

53 3699 3773 3848 -323 -196 199 -062 061

54 3581 3654 3728 -322 -199 202 -063 062

55 3467 3538 3611 -320 -202 205 -064 063

56 3357 3427 3499 -318 -205 209 -066 065

57 3251 3320 3390 -317 -209 212 -067 066

58 3149 3217 3286 -315 -212 215 -068 067

59 3050 3117 3185 -314 -215 218 -070 068

60 2956 3021 3088 -312 -218 222 -071 070

61 2864 2929 2995 -310 -221 225 -072 071

62 2776 2840 2904 -309 -224 228 -074 072

63 2691 2753 2817 -307 -227 231 -075 074

64 2609 2670 2733 -306 -230 234 -077 075

65 2530 2590 2652 -304 -233 237 -078 077

66 2453 2513 2573 -303 -236 240 -079 078

67 2380 2438 2497 -301 -239 244 -081 079

68 2309 2366 2424 -300 -242 247 -082 081

69 2240 2296 2354 -298 -245 250 -084 082

70 2174 2229 2285 -297 -247 253 -085 083

71 2110 2164 2219 -295 -250 256 -087 085

72 2048 2101 2155 -294 -253 259 -088 086

73 1988 2040 2094 -292 -256 262 -090 088

74 1930 1982 2034 -291 -259 265 -091 089

75 1875 1925 1977 -289 -262 268 -093 090

76 1821 1870 1921 -288 -265 271 -094 092

77 1769 1817 1867 -287 -267 274 -095 093

78 1718 1766 1815 -285 -270 277 -097 095

79 1670 1717 1765 -284 -273 280 -098 096

80 1623 1669 1716 -282 -276 282 -100 098

81 1577 1622 1669 -281 -278 285 -102 099

82 1533 1577 1623 -280 -281 288 -103 101

83 1490 1534 1579 -278 -284 291 -105 102

84 1449 1492 1536 -277 -287 294 -106 103

85 1409 1451 1494 -276 -289 297 -108 105

86 1371 1412 1454 -274 -292 300 -109 106

87 1333 1374 1415 -273 -295 302 -111 108

88 1297 1337 1378 -272 -297 305 -112 109

89 1262 1301 1341 -270 -300 308 -114 111

7


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

90 1228 1267 1306 -269 -302 311 -115 112

91 1195 1233 1272 -268 -305 314 -117 114

92 1164 1200 1238 -267 -308 316 -119 115

93 1133 1169 1206 -265 -310 319 -120 117

94 1103 1138 1175 -264 -313 322 -122 118

95 1074 1109 1145 -263 -315 325 -123 120

96 1046 1080 1115 -262 -318 327 -125 122

97 1019 1052 1087 -260 -320 330 -127 123

98 992 1025 1059 -259 -323 333 -128 125

99 967 999 1033 -258 -325 335 -130 126

100 942 974 1007 -257 -328 338 -132 128

101 918 949 981 -256 -330 341 -133 129

102 894 925 957 -254 -333 343 -135 131

103 872 902 933 -253 -335 346 -137 132

104 850 880 910 -252 -338 349 -138 134

105 829 858 888 -251 -340 351 -140 136

8

SSM3K302T

2007-11-01 1







Pulse IDP 60 A













ID = 20 A VGS = 40 V (Note2) ⎯ 52 71


ID = 05 A VGS = 18 V (Note2) ⎯ 81 131

mΩ




VDS = 10 V VGS = 0 f = 1 MHz

⎯ 47 ⎯

pF





⎯ 15 ⎯

nC


Turn-off time toff


ns


Note2 Pulse test

Unit mm

JEDEC ―

JEITA ―

TOSHIBA 2-3S1A

Weight 10 mg (typ)

SSM3K302T

2007-11-01 2









(c) VOUT


VDD

OUT IN 25 V

0

10 μs R

G

tf

ton

90

10

25 V

0 V

10

90

toff

tr

VDD

VDS (ON)

KKA

1 2

3

1 2

3

SSM3K302T

2007-11-01 3

ID ndash VDS

0

4

0 02 04 06 1

3

VGS = 15 V

10 V

1

2

18 V

25 V

08

5

RDS (ON) ndash Ta

0 minus50

ID = 20 A VGS = 40 V

0 50 150

100

200

300

100

0 2 6 8 4 0

100

200

RDS (ON) ndash VGS

150

50

10 A 25 V

10

ID ndash VGS

10

0

01

1

0001

001

0000120

minus 25 degC

Ta = 100 degC

25 degC

10

Vth ndash Ta

10

0minus50 0 150

05

50 100

40 V

250

150

50

05 A 18 V

VGS = 40 V

RDS (ON) ndash ID

0 1 3 4 2 0

100

200

150

50

5

25 V

18 V

minus 25 degC

Ta = 100 degC

25 degC


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)



ID = 05 A

Common Source

Ta = 25degC


Dra

inndashs

ourc

e O

N-r

esis

tanc

e R

DS

(ON

) (

mΩ

)


Dra

inndashs

ourc

e O

N-r

esis

tanc

e R

DS

(ON

) (

mΩ

)

Common Source

Ta = 25degC


Gat

e th

resh

old

volta

ge

Vth

(V

)


Dra

inndashs

ourc

e on

-res

ista

nce

RD

S (O

N)

(mΩ

)

Common Source

Common source

VDS = 3 V

ID = 1 mA

SSM3K302T

2007-11-01 4

t ndash ID

1001

100

01

1000

1 10

toff

10

IDR ndash VDS

|Yfs| ndash ID

01 10

1

10

01 1

3

03

C ndash VDS

10 01 1 10 100

100

1000

300

500

30

50

Ciss

CossCrss

001

10

0

01

1

0001

001


minus25 degC

Ta =100 degC

25 degC

tf

ton

tr

Dra

in re

vers

e cu

rren

t I

DR

(A

)


Forw

ard

trans

fer a

dmitt

ance

⎪Y

fs⎪

(S

)

Common Source

VGS = 0 V

Ta = 25degC

G

D

S

IDR

Common Source

VDS = 3 V

Ta = 25degC

Sw

itchi

ng ti

me

t

(ns)


Cap

acita

nce

C

(pF)





0 0

VDD=15V

4 8

4

8

12

10

6

2


Ta = 25degC

VDD=24V

Gat

endashS

ourc

e vo

ltage

V

GS

(V

)

SSM3K302T

2007-11-01 5

Tran

sien

t the

rmal

impe

danc

e R

th (deg

CW

)

Pulse width tw (s)

rth ndash tw

1

100

1000

10

0001 001 01 10001 10 100




b

a


PD ndash Ta

Dra

in p

ower

dis

sipa

tion

PD

(m

W)

800

0

200

120 100 140

400

600

160

1000

80 60 40 20 0 -20 -40

a

b



SSM3K302T

2007-11-01 6












2009 7 2 14




Revision No 7




DIM MILLIMETERS

1 SOURCE

2 GATE

3 DRAIN

SOT-23

A

B

C

D

E

293 020

130+020-015

045+015-005

240+030-020

G 190

H

J

K

L

M

N

095

013+010-005

000 ~ 010

055

020 MIN

100+020-010

M

J

K

E

1

2 3

H

GA

NC

B

D 130 MAX

L L

P P

P 7

+_












mAPulsed IDP 800




D

G

S



Type Name

Marking

Lot No

WB

EQUIVALENT CIRCUIT

2009 7 2 24

2N7002A

Revision No 7





VGS=10V ID=500mA - 18 5



VGS=10V ID=500mA - 09 25V

VGS=5V ID=50mA - - 025







- 20 50




VGS=10V RGEN=25

- - 20nS





IS - - - 115 mA


ISM - - - 800 mA


OUTOUTPUT V 10 10

10

90 90

90

50 50

ftrt

ININPUT V

INVERTED

PULSE WIDTH

d(on)t d(off)t

ont offt


GSVGENR

V DD

R L

VOUT

DUT

D

G

S

INV


2009 7 2 34

2N7002A

Revision No 7


DR

AIN

CU

RR

EN

T I

(

A)

D

0

DS

0

I - VD DS

1

COMMON SOURCE

Ta=25 C

V =3VGS

2 3 4 5

05

10

15

20

4V

5V

6V

7V10V

9V 8V


DR

AIN

CU

RR

EN

T I

(A

)D

GS

I - VD GS

0

0

2

COMMON SOURCE

Ta=

-55

C

V =10VGS

4 6 8 10

08

04

12

16

20

Ta=

25 C

Ta=

125

C

0

05

02

COMMON SOURCE

V =10VGS

04 06 08 10

15

10

20

25

30

Ta=25 C

DR

AIN

SO

UR

CE

ON

- R

ES

IST

AN

CE

R (Ω

) (N

OR

MA

LIZ

ED

)


DS

(ON

)

R - IDS(ON) D

-50

0

-25

COMMON SOURCE

I =500mAD

V =10VGS

0 25 50 75 100 125 150

10

20

30

40

DR

AIN

SO

UR

CE

ON

- R

ES

IST

AN

CE

R (Ω

) (N

OR

MA

LIZ

ED

)


DS

(ON

)

R - TDS(ON) j

-50

08

-25

COMMON SOURCE

V =VDS GS

I =1mAD

0 25 50 75 100 125 150

09

085

095

10

11

105

GA

TE

-SO

UR

CE

TH

RE

SH

OL

D V

OL

TA

GE

V

(NO

RM

AL

IZE

D)


th

V - Tth j


RE

VE

RS

E D

RA

IN C

UR

RE

NT

I (

A)

S

SD

I - VS SD

001

02

003

01

03

1

3

10COMMON

SOURCE

V =0GS

30

Ta=

-55 C

04 06 08 10 12 14

Ta=

25 C

Ta=

125

C

2009 7 2 44

2N7002A

Revision No 7

COMMON SOURCE

Ta=25 C

f=1MHz

V =0


CA

PA

CIT

AN

CE

C (p

F)

1 1053 30

C - V

GS

DS

50

DS

C rss

ossC

Ciss

1

5

3

10

50

30

100

GATE CHARGE Q (nC)

GA

TE

-SO

UR

CE

VO

LT

AG

E V

(

V)

GS

g

V - QGS g

0

0

04

COMMON SOURCE

V =25VDS

I =115mAD

08 12 16 20

4

2

6

8

10

I - V


DR

AIN

CU

RR

EN

T I

(

A)

D DS

D

1 3 10 100305

SINGLE PULSE

Ta=25 C

GSV =10V

100micros

1mS

10mS

100mS1s

10s

DC

DS(ON)

R

L

IMIT

50

2

0005

001

003

005

01

03

05

1

P - TaD


0 20 40

50

D

0DR

AIN

PO

WE

R D

ISS

IPA

TIO

N P

(m

W)

60 80 100 120 140 160

100

150

200

250

300

350

TPC8026

2007-02-15 1











(Note 2a) PD 19 W


(Note 2b) PD 10 W


(Note 3) EAS 44 mJ









Unit mm

JEDEC ―

JEITA ―

TOSHIBA 2-6J1B

Weight 008 g (typ)


8 6

1 2 3

7 5

4

TPC8026

2007-02-15 2







Marking (Note 5)






(a)


(unit mm)

(b)


(unit mm)



T P C 8 0 2 6Lot No



TPC8026

2007-02-15 3









VGS = 10 V ID = 65 A ⎯ 51 66 mΩ






⎯ 570 ⎯

pF




Switching time

Turn-OFF time toff

Duty lt = 1 tw = 10 μs ⎯ 54 ⎯

ns





⎯ 14 ⎯

nC





RL

= 2

3 Ω

VDD sim minus 15 V

0 VVGS

10 V

47

Ω

ID = 65 AVOUT

TPC8026

2007-02-15 4

100100

5 6

VGS = 10 V

45

1

100

10

01 1 10

Ta = minus55degC

25 100

01 1 10 01

1

10

100

1000

65

ID = 13 A

3

0 2 4 6 8 100

004

008

012

016

020


25degC

1 2 3 4 0

10

20

30

40

50

0

6

38

VGS = 3 V

34

10

36 45

8

4

32

31

0 02 04 06 08 10

4

8

12

16

20

33

6

38

VGS = 3 V

34

10

36

4

8

45

3231

0 04 08 12 16 20

10

20

30

40

50

33

ID ndash VDS

ID ndash VDS

ID ndash VGS

VDS ndash VGS

|Yfs| ndash ID

RDS (ON) ndash ID







Forw

ard

trans

fer a

dmitt

ance

|Y

fs|

(S

)

D

rain

minussou

rce

volta

ge

VD

S

(V)


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)



Dra

inminuss

ourc

e O

N re

sist

ance

R

DS

(ON

) (

mΩ

)

TPC8026

2007-02-15 5

60 70

80 160120

VDS

VGS

24 12

0 20 40

4

12

16

20

0

10

20

30

50

40

8

10 30 50

VDD = 6V

0

(1)

(2)

0

04

08

12

16

0 40 80 160120

2


3

25

05

15

2

1

Ciss

Coss

Crss

1000

10000

100 01 1 10 100

1045

3

VGS = 0 V

1


1000

1

10

100

VGS = 45 V

ID = 36513 A

ID = 36513 A

0

4

8

12

16

minus80 minus40 0 40 80 120 160

VGS = 10 V

RDS (ON) ndash Ta

IDR ndash VDS

Vth ndash Ta

PD ndash Ta







Dra

in-s

ourc

e O

N re

sist

ance

R

DS

(ON

) (

mΩ

)


D

rain

reve

rse

curr

ent

ID

R

(A)



C

apac

itanc

e C

(p

F)


G

ate

thre

shol

d vo

ltage

V

th

(V)


D

rain

pow

er d

issi

patio

n P

D

(W)

Gat

eminusso

urce

vol

tage

V

GS

(V

)



D

rain

minussou

rce

volta

ge

VD

S

(V)


TPC8026

2007-02-15 6

t = 10 ms

1 ms

VDSS max

01 1 10 10001

1

10

100

01 0001 001 01 1 10 100 1000

1

10

100

1000

(2)

(1)


rth minus tw

Single pulse

Pulse width tw (s)


Tran

sien

t the

rmal

impe

danc

e r

th

(degC

W)

D

rain

cur

rent

I D

(A

)

Safe operating area

ID max (Pulse)



TPC8026

2007-02-15 7








1 Scope






Inner conductor

Dia(approx) mm 038


Insulation


BlueOrangePurple


insulation

conductor






SG-OF-04040M1



Product Produit













certificat




11561 Taipei TAIWAN




8299-PRLUCMD50004

IEC 60950-1 2005

TOy SOD PSB Pte Ltd

081-100634-100

--------___----~


Date 2010-07-15

CBS 10 07 55634 144 ( Bill Lin )


Page 1 of 1


EMC TEST REPORT




Trade Name NA





Jun 30 2010


Test Performed by







CONTENTS



















EUT Battery pack

Trade name NA


Test specifications



Regulations applied


Immunity EN 550241998A12001A22003












8299-PRLUCMD50004 ----










31 Emissions



32 Immunity




















41 Emissions













Results ( dBuVm )

Emission Frequency

( MHz) HOR VER

CORRdFactor( dB )

HOR VER

Limit (dBuVm)

Margins ( dB )

4729 144 148 104 248 252 300 -48

6958 164 160 87 251 247 300 -49

14324 114 118 135 249 253 300 -47

49136 80 81 228 308 309 370 -61

57233 64 68 250 314 318 370 -52

64965 46 52 263 309 315 370 -55


















Results ( dBuVm )

Emission Frequency

( MHz) HOR VER

CORRdFactor( dB )

HOR VER

Limit (dBuVm)

Margins ( dB )

5392 166 161 87 253 248 300 -47

7325 160 162 89 249 251 300 -49

15866 121 123 130 251 253 300 -47

51145 70 74 234 304 308 370 -62

60724 55 55 254 309 309 370 -61

70856 43 42 272 315 314 370 -55










Mode Discharge Mode


42 42 Immunity
















VCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

HCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

P1~P10 --- --- --- --- --- --- --- --- A A A A A A --- ---


















VCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

HCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

P1~P10 --- --- --- --- --- --- --- --- A A A A A A --- ---




TEST POINTS



Mode Charge Mode

Mode Discharge Mode
















EUT

Interfere source

HorizontalVertical





80-1000 Horizontal


80-1000 Vertical

right A















EUT

Interfere source

HorizontalVertical





80-1000 Horizontal


80-1000 Vertical

right A




Mode Discharge Mode

















Y

Z

Z - Axis

X

Y - Axis

X

Y

Z

X - Axis

X

Y

Z















Y

Z

Z - Axis

X

Y - Axis

X

Y

Z

X - Axis

X

Y

Z



Mode Discharge Mode



1 Top View of EUT




3 Side View of EUT

4 Side View of EUT







7 Label View of EUT

END

8401-500020001104pdf


NOA 6462B4 UL1642-10NK04239-Mar-12-2010pdf







8431-BQ20Z4513101pdf

BQ20Z45-R1pdf

BQ20Z45-R1 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION







FEATURE SET




Gas Gauging


Authentication

Power Modes

CONFIGURATION

Oscillator Function




Voltage

Current

Auto Calibration

Temperature

COMMUNICATIONS


SBS Commands


bq20z45-R1-MSDSpdf



8431-BQ2941028101pdf

BQ29410pdf

BQ29410 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

bq29410-1pdf



8431-BQ20Z4513101pdf

BQ20Z45-R1pdf

BQ20Z45-R1 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION







FEATURE SET




Gas Gauging


Authentication

Power Modes

CONFIGURATION

Oscillator Function




Voltage

Current

Auto Calibration

Temperature

COMMUNICATIONS


SBS Commands


bq20z45-R1-MSDSpdf



8431-BQ2941028101pdf

BQ29410pdf

BQ29410 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

bq29410-1pdf



8410-5X0501360101D6X-050-Apdf


D6X-050-A SPECpdf

Image1

Image2

Image3

Image4

Image5

Image6

Image7

Image8

Image9

MSDS D6X-050-Apdf

GLW MLD(MSDS)pdf

MCD_D6X-050-Apdf



8448-11032F300A02 ESTA4103F3435F-30030SCpdf


ulcom


HF Wire-MSDSpdf

Page1

Page2

Copper Wire-MSDSpdf

Page1

Page2

8436-3K302T221101 SSM3K302Tpdf







Notice on Usage

Handling Precaution

8436-PC8026224101 TPC8026pdf




Marking (Note 5)








-UL 3302 28 OD 08_ULpdf

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线

譽碩

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线




bq294xxpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS


4

No1



3 Below 230 mΩ

4 Above 74 V


6 Above 4250 mAh











Test condition


Item Standard




9

performance









Long time storage

Page 2









15 Heat test

16 Impact test

17

5

NECD6X-050-A 12A




Protection parts
















KV


SCP



KV


Iterm

Vibration test

Drop test



Leakage performance

Page 3


6





mV




greater than



than 600

below




greater than





Protection function








3000



continuously

47 ~ 50



0 ~ 3






500~1000




Condition for reset

3000

3plusmn0025





47 ~ 50

57 ~ 60

0 ~ 3




Page 4









4~10

435 plusmn 0025

3000


3000

Page 5




72 EEPROM data

NameVoltage


2nd Level Safety

- -mVmVmV

s


OT2 Dsg Time 0 s


OT1 Dsg Time 2

hex


-

s

Unit

-600

2

550

Value

0

s

Unit-

mVmV

4240

mA

hex

mV

mV

shexhex

mVmV

-mA

mVmV

s

4350

4240

-

424041002800

23000

OT2 Dsg Recovery

4100

3500

HT COV Threshold

CUV Threshold

CUV Recovery

OT2 Chg Recovery

HT COV Recovery

CUV Time

AFE OC Dsg Time


OT2 Chg Time

96

500

550

4100





4350


4350


OT2 Chg Threshold


90

-Value

1003AFE OC Dsg

1st Level Safety

OC (1st Tier) Dsg

LT COV Recovery

05

0

500

5000


30003000256

020


Pre-Charge Cfg

JT4

JT2a

-

Name

s

s

Current

7500

750


SOT2 Chg Time650



mVs


500

s

300050020

s

-mVmVmA

s

Unit-

-s

s-s-

smV

s

mAs

mAs-

-

mAmV

ss

mVmV

mV

1800

5

SOT2 Chg Threshold0

-

100000

500600

Temp Hys 10

JT3

Charge Control

230

JT1JT2

Value-

00150

1

2

20

20



Pre-Chg Current



-

-

SOT2 Dsg Time



0

SOC Chg Time


10000

3000

SOC Dsg


Rest CIM Time

SOT1 Chg Time

02000

SOC Chg

SUV Threshold

3600

Page 7


-

4500100

C43700

0031

315039004000

mAmAmVmAmAmAmV

3150840031503150


4808400240024002400840031503150

ST2 Chg Voltage

-8400

LT Chg Current3

ST1 Chg Current3

LT Chg Voltage480

500037000

AS0826F43A --

mAh

mAhmWh

hexnum

Dont Care0

mVhexdate

Value-

5003700

1060807400

mAhmWhMinhex

-

smAh

-

mVmAmA

mV

mAmVmAmA

mV

-

mA

mAmVmA

Charging Faults

SBS Configuration



LT Chg Current2

FC Clear

DataRem Cap Alarm

Design Capacity


Cell Blancing Cfg

Taper Voltage

10-

9595-

TCA Clear 200

Taper Current


Min Cell Deviation

Charge Fault Cfg 02

480




Charge Cfg

LT Chg Current1

Rem Energy Alarm

Name


Dont Care

-

-

250

1702

mV

-mAh

Rem Time Alarm


Unit

Page 8


--

AFEAFEState_CTL

-00



-

-1500-1000-1500


-0


mVmV


----


5030

-

Value-

012924F800152070

0000

--

Unit-

-

mVmV

--

mVs

mV

Unit

-

-

0123456789ABCDEF012

-

1500-3000

39003800

300

0123456789ABCDEF012

78007600

0123456789ABCDEF0120123456789ABCDEF012

1500

250

Value

Non-Removable Cfg

Cell Life Limit

Device Chemistry


-7

TDA Clear FD Set

91


196000


16200



System Data

Lifetime Data

0123456789ABCDEF0123456789ABCDE


Operation Cfg B


O000

-

20

Operation Cfg A

Configuration

Registers


Operation Cfg C

Name

200

-

Page 9


0000--

10mWmVmA

10mW

-7317

-1000

---

mA

-822

8800




--

-mAhmAhmAh

-mAmAmA

mAhmWh

500

-mVmAmW

Unit--

Value-1

mV

mVmA

-

2800

03

800010

Unit-

mVmV

-6000

06000

Name

Name Value

Gas Gauging



Wake Current Reg

5000

Power

Term Voltage


IT Cfg


5025


User Rate-mA

Reserve Cap-mAh

00

Power

User Rate-mW

5518

mAhmAh

--

Unit-

500050005518

Quit CurrentState

10-


5646

02128


Value-

PF Status


00000000


0000



Qmax cell 2

Page 10


10

---

5754-

239

-5754

0

----

----

----

---

Value-

1010

12250067291-0245

----

----

----

Unit-

Calibration



00Int Temp Offset

-CC Current 2000

8400Voltage Signal

Config

32250


2980250

1984

4012

-28285

32

-7537

-300

500

Filter

Int Max Temp

4012Int Coef 1

Current


Ext Coef 1

DeadbandCC Deadband

--

Ext Max Temp

Int Min AD

-


Ext Coef 4


Ext Coef 3

Ext Min AD

Ext Coef 2

0

20848

Ext1 Temp Offset

Int Coef 20

Ref Voltage


-

-

Page 11




3 PACK+ -

4 PACK+ -

5 PACK+ -

6 NC -

7 PRES -


14 PACK- -

15 PACK- -


-



--

-


-

-



Comment



Power ground -

-


-

----

Page 12

11

22

33

44

55

66

DD

CC

BB

AA

GA

LLO

PWIR

E EN

TERP

RISE

LTD

Title

Size

Dat

e

Des

igne

d

Chec

ked

App

rove

dR

evD

ocum

ent N

umbe

rIS

O N

umbe

rPr

ojec

t Num

ber

File

Nam

e

Shee

tO

f1

120

107

30

Pega

tron

LUCI

D-M

3F

No

551

Se

c 7

Jho

ngsia

o E

Rd

Nan

gang

Dist

rict

Taip

ei 1

15 T

aiw

anTE

L 8

86-2

-278

5609

8 FA

X 8

86-2

-278

5-57

73

S220

2SC

-PRL

UCI

W-C

C

SC-P

RLU

CIW

-CS

CHD

OC

D27

2-W

50W

B

R18

R13

R10

C16

C15

C17

C3

C4

C7

C10

C11

R3R2R1

D2

R6 TP14

VG

VH

D1

R5

C1R4

TP15

D3

JP1

12

3

F1

VP

7 6 58

4

1 2 3Q

2

C2

C12

TP19

A K

D4

R8

R9

C5

C6

C9

R7

R11

A K

D5

Q4

R20

R21

R12

R14

R15

R23 R22

R19

R24

TH1

C18

R27

R31

C22C21

TP1

TP3

TP6

TP

VP

VH

VG

Q1

P+1

P+2

P+3

P+4

P+5

NC

6

PRES

7

SMD

8

SMC

9

BI

10

P-11

P-12

P-13

P-14

P-15

J1

R30

R26

R25

D6

D7

TP2

TP20

R17

R16

C8

TP17

C14C13

TP11

TP7

TP8

C23

TP

VG

VP

VH

C24

C19

C20

R28

R29

TP22

R33

TP16

SAFE16

CHG38

VSS7

REG338

VCELL+10

VCC3

NC19

PRES12

ALERT11ZVCHG4

DSG1

PGOD5

VSS 21VSS 25VSS 28

VC5 32

VC3 34

VC4 33

VC2 35VC1 36

BAT 37


PACK2

PMS6

SMBC18SMBD17

TOUT9

TS113

TS214

VSS 20

GSRN 23

GSRP 22

RESET 29

MRST 24

ASRP 31

ASRN 30

U1

VH

1TP

31

TP32

TP33

TP34

TP35

TP36

TP37

TP38

TP39

TP40

TP41

TP42

TP43

TP44

TP45

C25

7 6 58

4

1 2 3

Q3

VC1

8

VC2

7

VC3

6

GN

D5

VD

44

CD3

VD

D2

OU

T1

U2

76

10









1 00250 HSF外箱 395395175mm REVA 呈泰













































商品編號

8299-PRLUCMD50004

7481-ROHS50000102

8392-LUCM14D50A01

8415-G128C3G1DA04

8415-G156F0G1DB04

8415-W04540F11A04

8421-AC9754000A04

8480-014040180A04

8480-061913R0XA08

8480-143838154004

8480-153838010A04

8480-283503030A04

8481-LUDM12CT1A11

8481-LUDMF26T1A11

8483-500600404A04

8376-LUCM14D50A01

8401-500020001104

8411-007521C00A02

8415-D12221115A03

8373-LUCM1D000A01

8410-5X0501360101

8448-11032F300A02

8464-4F0WCSX1NA26

8423-LUCM10100B02

8431-BQ20Z4513101

8431-BQ2941028101

8436-3K302T221101

8436-N7002A251103

8436-PC8026224101

8439-148WS1100104

8439-23C5V1200104

8439-C5V6S2100104

8442-0R4222000101

8442-104221000101

8442-104422000102

8442-105222000101

8442-225112000101

8442-225223000101

8449-1000J1110103

8449-1000J1220103

8449-1001J1110103

8449-1001J1220103

8449-1003J1110103

8449-1004J1110103

8449-1004J1220103

8449-2203J1110103

8449-3004J1220103

8483-120500303103

8449-5101J1110103

8449-6192F1220103

8449-8451F1220103

8449-R010F2660102

GLWUSER
GLWUSER
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)

Form No QF-T-PS-02B



Content

1 Scope 5

2 Model 6462B4 5

3 Specification 5









52 Others 7



1 Charge 8

2 Discharge 9



5 Storage 11



8 Others 15

ATL


REV A

SHEET 4 of 15

1 Scope



















Form No QF-T-PS-02B

ATL


REV A

SHEET 5 of 15



Charge


NA



ge4800mAh


300cycles ge 80



5 Initial Impedance









45 Environment Test




Form No QF-T-PS-02B

ATL


REV A

SHEET 6 of 15










W Width 620 mm max








Form No QF-T-PS-02B

ATL















Form No QF-T-PS-02B

ATL










usage conditions









Form No QF-T-PS-02B

ATL












Form No QF-T-PS-02B

ATL






















Form No QF-T-PS-02B

ATL







Form No QF-T-PS-02B

ATL














Form No QF-T-PS-02B

ATL








coffee or others




Form No QF-T-PS-02B

ATL

bq20z45-R1















PACKAGE (1)





1




Coloumb

Counter

HW OverCurrent amp


Cell Voltage

Multiplexer

N-Channel FETDrive


Power Mode

Control

SMBD

GS

RP

GS

RN

AS

RP

AS

RN

GP

OD

ZV

CH

G

CH

G

DS

G

VC5

VC4

VC3

VC2

VC1

SMBC

Cell Balancing

Temperature

Measurement

Data Flash

Memory

SMB 11


Gas Gauging

SHA-1

Authentication


Protection

Voltage

Measurement

Over Current

Protection

Oscillator

Charging

Algorithm


Logic

OverTemperature

Protection

SA

FE

PF

IN

TS

2

TS

1

TO

UT

PM

S

Watchdog

Regulators

RESET

ALERT

REG33

REG25

VCELL+

BA

T

PA

CK

VC

C

VS

S

MSRT

RBI


Pack -

RSNS

5 m - 20 m typW W

Pack +

SMBC

SMBD

bq20z45ndashR1

GNDVC4

VC3

VC2

VC1 VDD

OUT

CD

bq294xx

1DSG

2PACK

3

11

VCC

ALERT

4

12

ZVCHG

PRES

5

13

6

14

PMS

TS2

7

15

VSS

PFIN

8

16

REG33

SAFE

9

17

TOUT

SMBD

10

18

19

VCELL+

SMBC

NC

CHG38

BAT37

VC1

VSS

36

28

VC2

RBI

35

27

VC3

REG25

34

26

VC4

VSS

33

25

VC5

MRST

32

24

ASRP

GSRN

31

23

ASRN

GSRP

30

22

RESET

VSS

VSS

29

21

20

GPOD

TS1

bq20z45-R1





(TOP VIEW)



bq20z45-R1


PIN FUNCTIONSPIN








CHG pin



























applications







bq20z45-R1



PIN UNIT
























VC(n)-VC(n+1) n = 1234 0 5 V




PACK PMS 0 25 V










bq20z45-R1




SUPPLY CURRENT
















POWER-ON RESET




WATCHDOG TIMER


















bq20z45-R1








THERMISTOR DRIVE











output 0147 0150 0153(VC5=135V VC1=135V)45




CELL BALANCING




VOL = 205 mV (max) 185 205 225


V(SCC) = 475 mV (max) 428 475 523














bq20z45-R1










RESET 1 3 6

ALERT 02












ADC (2)











COULOMB COUNTER














bq20z45-R1







VOLTAGE REFERENCE

















bq20z45-R1











RAM BACKUP














Transmit mode 300













TLOWTR TF

THDSTA

TSUDATTHDDAT

THDSTA

TBUF

SCLK

SDATA

TSUSTO

PSSP

SCLK

SDATA

Start StopTLOWSEXT



dagger

TSUSTATHIGH

bq20z45-R1






bq20z45-R1


FEATURE SET














Gas Gauging





bq20z45-R1




Authentication


Power Modes





CONFIGURATION

Oscillator Function










bq20z45-R1


Voltage


Current


Auto Calibration


Temperature




bq20z45-R1


COMMUNICATIONS




SBS Commands












































bq20z45-R1












































bq20z45-R1







PackageDrawing

Pins PackageQty












wwwticom 4-Jan-2010

Addendum-Page 1




FUNCTION

APPLICATIONS

GND

OUT

VDD

CD

VC4

VC1

VC3

1

2 VC2

3

4 5

6

7

8

DCT PACKAGE

(TOP VIEW)

1

2

3

4

8

7

6

5

VC1

VC2

VC3

GND

OUT

VDD

CD

VC4

PW PACKAGE

(TOP VIEW)

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419









1





bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419






























bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419
















1

2

6

5

81

2

6

5

81

2

6

5

8

3

4

887

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419







VC1

VC2

VC4

VC3

GND

VDD

OUT

CD

12 V (TYP)

RVD

CVD

ICD = 02 A (TYP)

CIN

RIN

RIN

RIN

RIN

CIN

CIN

CIN

C(DELAY)



td

12 V C(DELAY)

ICD

C(DELAY) td ICD

12 V

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419










V(PROTECT)


VC4 - GND)

CD

OUT

12 V

tDELAY

V(PROTECT) - Vhys



BATTERY CONNECTIONS

224

223

222

111

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

887

1

2

6

5

81

2

6

5

81

2

6

5

8

3

4

887

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419







1

2

63

4

7

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

7

CELL CONNECTIONS

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419











PackageDrawing

Pins PackageQty



















































wwwticom 7-Mar-2009

Addendum-Page 1


PackageDrawing

Pins PackageQty






















































wwwticom 7-Mar-2009

Addendum-Page 2


PackageDrawing

Pins PackageQty
















wwwticom 7-Mar-2009

Addendum-Page 3



Device PackageType

PackageDrawing


(mm)

ReelWidth

W1 (mm)


W(mm)

Pin1Quadrant

BQ29410DCT3R SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29410DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29410DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29410PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29410PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29411DCT3R SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29411DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29411DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29411PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29411PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29412DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29412DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29412PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29412PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29413DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29413DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29413PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29414DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3




Device PackageType

PackageDrawing


(mm)

ReelWidth

W1 (mm)


W(mm)

Pin1Quadrant

BQ29414DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29414PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29415DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29415DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29415PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29419PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1



BQ29410DCT3R SM8 DCT 8 3000 1820 1820 200

BQ29410DCTR SM8 DCT 8 3000 1820 1820 200

BQ29410DCTT SM8 DCT 8 250 1820 1820 200

BQ29410PWR TSSOP PW 8 2000 3460 3460 290

BQ29410PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29411DCT3R SM8 DCT 8 3000 1820 1820 200

BQ29411DCTR SM8 DCT 8 3000 1820 1820 200

BQ29411DCTT SM8 DCT 8 250 1820 1820 200

BQ29411PWR TSSOP PW 8 2000 3460 3460 290

BQ29411PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29412DCTR SM8 DCT 8 3000 1820 1820 200





BQ29412DCTT SM8 DCT 8 250 1820 1820 200

BQ29412PWR TSSOP PW 8 2000 3460 3460 290

BQ29412PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29413DCTR SM8 DCT 8 3000 1820 1820 200

BQ29413DCTT SM8 DCT 8 250 1820 1820 200

BQ29413PWR TSSOP PW 8 2000 3460 3460 290

BQ29414DCTR SM8 DCT 8 3000 1820 1820 200

BQ29414DCTT SM8 DCT 8 250 1820 1820 200

BQ29414PWR TSSOP PW 8 2000 3460 3460 290

BQ29415DCTR SM8 DCT 8 3000 1820 1820 200

BQ29415DCTT SM8 DCT 8 250 1820 1820 200

BQ29415PWR TSSOP PW 8 2000 3460 3460 290

BQ29419PWR TSSOP PW 8 2000 3460 3460 290




MECHANICAL DATA




065 M010

010

025

050075

015 NOM

Gage Plane

28

980

960

24

790

770

2016

660

640

4040064F 0197

030

660620

8

019

430450

7

015

14

A

1

120 MAX

14

510

490

8

310

290

A MAX

A MIN

DIMPINS

005

490

510

Seating Plane

0degndash8deg


MECHANICAL DATA





060020

025

0deg ndash 8deg

015 NOM

Gage Plane

4188781C 0902

425

5

030015

290375270

8

4

315275

1

010000

130 MAX

Seating Plane

010

M013065

PIN 1INDEX AREA




2


1 APPEARANCE

1-1 DIMENSIONS


1-3 MARKING

No marking





4Thermal time


5Operating




3

3 RELIABILITY


PeriodicitySampling

Size


Performance

1High

TemperatureStorage



hrs

DryingOven

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

2Low

TemperatureStorage



hrs

DryingOven

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

3 Humidity




hrs



R25R25≦

plusmn3

BB≦ plusmn 2

4

ThermalShock




hrs

ThermalShockTester

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

30min

30min

+100

-30

ordinary

temp

4


ES TA4 103 F 3435 F - 30 030 S C

E WAY Sensor




B Value (degK)





A UL1430

B UL1571

C UL3302 HF

D UL2468

E UL2651

F UL1332 Teflon

G UL10362 Teflon

O Others


Temp Coef


-30 107666 111407 115267 -511 -336 346 -068 066

-29 102375 105878 109490 -508 -331 341 -067 065

-28 97371 100653 104034 -505 -326 336 -067 065

-27 92639 95713 98878 -502 -321 331 -066 064

-26 88163 91042 94006 -499 -316 326 -065 063

-25 83926 86624 89400 -496 -311 320 -065 063

-24 79916 82444 85044 -493 -307 315 -064 062

-23 76119 78488 80923 -490 -302 310 -063 062

-22 72522 74743 77024 -487 -297 305 -063 061

-21 69115 71197 73334 -485 -292 300 -062 060

-20 65886 67838 69840 -482 -288 295 -061 060

-19 62825 64655 66532 -479 -283 290 -061 059

-18 59922 61639 63397 -476 -278 285 -060 058

-17 57169 58779 60428 -474 -274 280 -059 058

-16 54558 56067 57613 -471 -269 276 -059 057

-15 52079 53495 54944 -468 -265 271 -058 057

-14 49727 51055 52413 -466 -260 266 -057 056

-13 47493 48738 50012 -463 -256 261 -056 055

-12 45371 46540 47733 -460 -251 257 -056 055

-11 43356 44452 45571 -458 -247 252 -055 054

-10 41440 42469 43518 -455 -242 247 -054 053

-9 39620 40584 41568 -453 -238 242 -054 053

-8 37889 38794 39717 -450 -233 238 -053 052

-7 36243 37092 37957 -447 -229 233 -052 051

-6 34677 35473 36285 -445 -225 229 -051 050

-5 33187 33934 34695 -442 -220 224 -051 050

-4 31769 32470 33183 -440 -216 220 -050 049

-3 30419 31076 31745 -437 -212 215 -049 048

-2 29133 29750 30377 -435 -207 211 -048 048

-1 27909 28488 29075 -432 -203 206 -048 047

0 26743 27285 27836 -430 -199 202 -047 046

1 25631 26140 26656 -428 -195 198 -046 046

2 24571 25049 25532 -425 -190 193 -045 045

3 23561 24009 24462 -423 -186 189 -045 044

4 22598 23017 23442 -420 -182 185 -044 043

5 21679 22072 22470 -418 -178 180 -043 043

6 20802 21171 21543 -416 -174 176 -042 042

7 19966 20311 20660 -414 -170 172 -042 041

8 19167 19490 19817 -411 -166 168 -041 040

9 18404 18707 19013 -409 -162 163 -040 040



Part No

Temperature()

ESTA4103F3435F-30030SC

5


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

10 17676 17960 18246 -407 -158 159 -039 039

11 16981 17246 17513 -404 -154 155 -038 038

12 16316 16564 16814 -402 -150 151 -038 037

13 15681 15913 16147 -400 -146 147 -037 036

14 15074 15291 15509 -398 -142 143 -036 036

15 14493 14696 14900 -396 -138 139 -035 035

16 13938 14127 14318 -393 -134 135 -034 034

17 13407 13584 13762 -391 -130 131 -033 033

18 12899 13064 13230 -389 -126 127 -033 032

19 12413 12567 12721 -387 -123 123 -032 032

20 11947 12091 12235 -385 -119 119 -031 031

21 11502 11636 11770 -383 -115 115 -030 030

22 11075 11200 11325 -381 -111 111 -029 029

23 10667 10782 10898 -379 -107 108 -028 028

24 10275 10383 10491 -377 -104 104 -028 028

25 9900 10000 10100 -375 -100 100 -027 027

26 9533 9633 9733 -373 -104 104 -028 028

27 9182 9282 9382 -371 -107 108 -029 029

28 8846 8945 9045 -369 -111 111 -030 030

29 8523 8622 8721 -367 -115 115 -031 031

30 8214 8313 8411 -365 -118 119 -033 032

31 7918 8016 8114 -363 -122 122 -034 034

32 7634 7731 7828 -361 -125 126 -035 035

33 7362 7458 7554 -359 -129 130 -036 036

34 7100 7196 7291 -357 -133 133 -037 037

35 6849 6944 7039 -355 -136 137 -039 038

36 6609 6702 6796 -353 -140 140 -040 040

37 6378 6470 6563 -351 -143 144 -041 041

38 6156 6247 6340 -349 -146 148 -042 042

39 5943 6033 6125 -348 -150 151 -043 043

40 5738 5828 5918 -346 -153 155 -045 044

41 5542 5630 5719 -344 -157 158 -046 046

42 5353 5440 5528 -342 -160 162 -047 047

43 5172 5258 5345 -340 -163 165 -049 048

44 4998 5082 5168 -339 -167 169 -050 049

45 4830 4913 4998 -337 -170 172 -051 050

46 4669 4751 4834 -335 -173 175 -052 052

47 4514 4595 4677 -333 -177 179 -054 053

48 4365 4445 4526 -332 -180 182 -055 054

49 4221 4300 4380 -330 -183 186 -056 056

6


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

50 4083 4161 4239 -328 -186 189 -058 057

51 3950 4027 4104 -327 -190 192 -059 058

52 3823 3898 3974 -325 -193 196 -060 059

53 3699 3773 3848 -323 -196 199 -062 061

54 3581 3654 3728 -322 -199 202 -063 062

55 3467 3538 3611 -320 -202 205 -064 063

56 3357 3427 3499 -318 -205 209 -066 065

57 3251 3320 3390 -317 -209 212 -067 066

58 3149 3217 3286 -315 -212 215 -068 067

59 3050 3117 3185 -314 -215 218 -070 068

60 2956 3021 3088 -312 -218 222 -071 070

61 2864 2929 2995 -310 -221 225 -072 071

62 2776 2840 2904 -309 -224 228 -074 072

63 2691 2753 2817 -307 -227 231 -075 074

64 2609 2670 2733 -306 -230 234 -077 075

65 2530 2590 2652 -304 -233 237 -078 077

66 2453 2513 2573 -303 -236 240 -079 078

67 2380 2438 2497 -301 -239 244 -081 079

68 2309 2366 2424 -300 -242 247 -082 081

69 2240 2296 2354 -298 -245 250 -084 082

70 2174 2229 2285 -297 -247 253 -085 083

71 2110 2164 2219 -295 -250 256 -087 085

72 2048 2101 2155 -294 -253 259 -088 086

73 1988 2040 2094 -292 -256 262 -090 088

74 1930 1982 2034 -291 -259 265 -091 089

75 1875 1925 1977 -289 -262 268 -093 090

76 1821 1870 1921 -288 -265 271 -094 092

77 1769 1817 1867 -287 -267 274 -095 093

78 1718 1766 1815 -285 -270 277 -097 095

79 1670 1717 1765 -284 -273 280 -098 096

80 1623 1669 1716 -282 -276 282 -100 098

81 1577 1622 1669 -281 -278 285 -102 099

82 1533 1577 1623 -280 -281 288 -103 101

83 1490 1534 1579 -278 -284 291 -105 102

84 1449 1492 1536 -277 -287 294 -106 103

85 1409 1451 1494 -276 -289 297 -108 105

86 1371 1412 1454 -274 -292 300 -109 106

87 1333 1374 1415 -273 -295 302 -111 108

88 1297 1337 1378 -272 -297 305 -112 109

89 1262 1301 1341 -270 -300 308 -114 111

7


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

90 1228 1267 1306 -269 -302 311 -115 112

91 1195 1233 1272 -268 -305 314 -117 114

92 1164 1200 1238 -267 -308 316 -119 115

93 1133 1169 1206 -265 -310 319 -120 117

94 1103 1138 1175 -264 -313 322 -122 118

95 1074 1109 1145 -263 -315 325 -123 120

96 1046 1080 1115 -262 -318 327 -125 122

97 1019 1052 1087 -260 -320 330 -127 123

98 992 1025 1059 -259 -323 333 -128 125

99 967 999 1033 -258 -325 335 -130 126

100 942 974 1007 -257 -328 338 -132 128

101 918 949 981 -256 -330 341 -133 129

102 894 925 957 -254 -333 343 -135 131

103 872 902 933 -253 -335 346 -137 132

104 850 880 910 -252 -338 349 -138 134

105 829 858 888 -251 -340 351 -140 136

8

SSM3K302T

2007-11-01 1







Pulse IDP 60 A













ID = 20 A VGS = 40 V (Note2) ⎯ 52 71


ID = 05 A VGS = 18 V (Note2) ⎯ 81 131

mΩ




VDS = 10 V VGS = 0 f = 1 MHz

⎯ 47 ⎯

pF





⎯ 15 ⎯

nC


Turn-off time toff


ns


Note2 Pulse test

Unit mm

JEDEC ―

JEITA ―

TOSHIBA 2-3S1A

Weight 10 mg (typ)

SSM3K302T

2007-11-01 2









(c) VOUT


VDD

OUT IN 25 V

0

10 μs R

G

tf

ton

90

10

25 V

0 V

10

90

toff

tr

VDD

VDS (ON)

KKA

1 2

3

1 2

3

SSM3K302T

2007-11-01 3

ID ndash VDS

0

4

0 02 04 06 1

3

VGS = 15 V

10 V

1

2

18 V

25 V

08

5

RDS (ON) ndash Ta

0 minus50

ID = 20 A VGS = 40 V

0 50 150

100

200

300

100

0 2 6 8 4 0

100

200

RDS (ON) ndash VGS

150

50

10 A 25 V

10

ID ndash VGS

10

0

01

1

0001

001

0000120

minus 25 degC

Ta = 100 degC

25 degC

10

Vth ndash Ta

10

0minus50 0 150

05

50 100

40 V

250

150

50

05 A 18 V

VGS = 40 V

RDS (ON) ndash ID

0 1 3 4 2 0

100

200

150

50

5

25 V

18 V

minus 25 degC

Ta = 100 degC

25 degC


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)



ID = 05 A

Common Source

Ta = 25degC


Dra

inndashs

ourc

e O

N-r

esis

tanc

e R

DS

(ON

) (

mΩ

)


Dra

inndashs

ourc

e O

N-r

esis

tanc

e R

DS

(ON

) (

mΩ

)

Common Source

Ta = 25degC


Gat

e th

resh

old

volta

ge

Vth

(V

)


Dra

inndashs

ourc

e on

-res

ista

nce

RD

S (O

N)

(mΩ

)

Common Source

Common source

VDS = 3 V

ID = 1 mA

SSM3K302T

2007-11-01 4

t ndash ID

1001

100

01

1000

1 10

toff

10

IDR ndash VDS

|Yfs| ndash ID

01 10

1

10

01 1

3

03

C ndash VDS

10 01 1 10 100

100

1000

300

500

30

50

Ciss

CossCrss

001

10

0

01

1

0001

001


minus25 degC

Ta =100 degC

25 degC

tf

ton

tr

Dra

in re

vers

e cu

rren

t I

DR

(A

)


Forw

ard

trans

fer a

dmitt

ance

⎪Y

fs⎪

(S

)

Common Source

VGS = 0 V

Ta = 25degC

G

D

S

IDR

Common Source

VDS = 3 V

Ta = 25degC

Sw

itchi

ng ti

me

t

(ns)


Cap

acita

nce

C

(pF)





0 0

VDD=15V

4 8

4

8

12

10

6

2


Ta = 25degC

VDD=24V

Gat

endashS

ourc

e vo

ltage

V

GS

(V

)

SSM3K302T

2007-11-01 5

Tran

sien

t the

rmal

impe

danc

e R

th (deg

CW

)

Pulse width tw (s)

rth ndash tw

1

100

1000

10

0001 001 01 10001 10 100




b

a


PD ndash Ta

Dra

in p

ower

dis

sipa

tion

PD

(m

W)

800

0

200

120 100 140

400

600

160

1000

80 60 40 20 0 -20 -40

a

b



SSM3K302T

2007-11-01 6












2009 7 2 14




Revision No 7




DIM MILLIMETERS

1 SOURCE

2 GATE

3 DRAIN

SOT-23

A

B

C

D

E

293 020

130+020-015

045+015-005

240+030-020

G 190

H

J

K

L

M

N

095

013+010-005

000 ~ 010

055

020 MIN

100+020-010

M

J

K

E

1

2 3

H

GA

NC

B

D 130 MAX

L L

P P

P 7

+_












mAPulsed IDP 800




D

G

S



Type Name

Marking

Lot No

WB

EQUIVALENT CIRCUIT

2009 7 2 24

2N7002A

Revision No 7





VGS=10V ID=500mA - 18 5



VGS=10V ID=500mA - 09 25V

VGS=5V ID=50mA - - 025







- 20 50




VGS=10V RGEN=25

- - 20nS





IS - - - 115 mA


ISM - - - 800 mA


OUTOUTPUT V 10 10

10

90 90

90

50 50

ftrt

ININPUT V

INVERTED

PULSE WIDTH

d(on)t d(off)t

ont offt


GSVGENR

V DD

R L

VOUT

DUT

D

G

S

INV


2009 7 2 34

2N7002A

Revision No 7


DR

AIN

CU

RR

EN

T I

(

A)

D

0

DS

0

I - VD DS

1

COMMON SOURCE

Ta=25 C

V =3VGS

2 3 4 5

05

10

15

20

4V

5V

6V

7V10V

9V 8V


DR

AIN

CU

RR

EN

T I

(A

)D

GS

I - VD GS

0

0

2

COMMON SOURCE

Ta=

-55

C

V =10VGS

4 6 8 10

08

04

12

16

20

Ta=

25 C

Ta=

125

C

0

05

02

COMMON SOURCE

V =10VGS

04 06 08 10

15

10

20

25

30

Ta=25 C

DR

AIN

SO

UR

CE

ON

- R

ES

IST

AN

CE

R (Ω

) (N

OR

MA

LIZ

ED

)


DS

(ON

)

R - IDS(ON) D

-50

0

-25

COMMON SOURCE

I =500mAD

V =10VGS

0 25 50 75 100 125 150

10

20

30

40

DR

AIN

SO

UR

CE

ON

- R

ES

IST

AN

CE

R (Ω

) (N

OR

MA

LIZ

ED

)


DS

(ON

)

R - TDS(ON) j

-50

08

-25

COMMON SOURCE

V =VDS GS

I =1mAD

0 25 50 75 100 125 150

09

085

095

10

11

105

GA

TE

-SO

UR

CE

TH

RE

SH

OL

D V

OL

TA

GE

V

(NO

RM

AL

IZE

D)


th

V - Tth j


RE

VE

RS

E D

RA

IN C

UR

RE

NT

I (

A)

S

SD

I - VS SD

001

02

003

01

03

1

3

10COMMON

SOURCE

V =0GS

30

Ta=

-55 C

04 06 08 10 12 14

Ta=

25 C

Ta=

125

C

2009 7 2 44

2N7002A

Revision No 7

COMMON SOURCE

Ta=25 C

f=1MHz

V =0


CA

PA

CIT

AN

CE

C (p

F)

1 1053 30

C - V

GS

DS

50

DS

C rss

ossC

Ciss

1

5

3

10

50

30

100

GATE CHARGE Q (nC)

GA

TE

-SO

UR

CE

VO

LT

AG

E V

(

V)

GS

g

V - QGS g

0

0

04

COMMON SOURCE

V =25VDS

I =115mAD

08 12 16 20

4

2

6

8

10

I - V


DR

AIN

CU

RR

EN

T I

(

A)

D DS

D

1 3 10 100305

SINGLE PULSE

Ta=25 C

GSV =10V

100micros

1mS

10mS

100mS1s

10s

DC

DS(ON)

R

L

IMIT

50

2

0005

001

003

005

01

03

05

1

P - TaD


0 20 40

50

D

0DR

AIN

PO

WE

R D

ISS

IPA

TIO

N P

(m

W)

60 80 100 120 140 160

100

150

200

250

300

350

TPC8026

2007-02-15 1











(Note 2a) PD 19 W


(Note 2b) PD 10 W


(Note 3) EAS 44 mJ









Unit mm

JEDEC ―

JEITA ―

TOSHIBA 2-6J1B

Weight 008 g (typ)


8 6

1 2 3

7 5

4

TPC8026

2007-02-15 2







Marking (Note 5)






(a)


(unit mm)

(b)


(unit mm)



T P C 8 0 2 6Lot No



TPC8026

2007-02-15 3









VGS = 10 V ID = 65 A ⎯ 51 66 mΩ






⎯ 570 ⎯

pF




Switching time

Turn-OFF time toff

Duty lt = 1 tw = 10 μs ⎯ 54 ⎯

ns





⎯ 14 ⎯

nC





RL

= 2

3 Ω

VDD sim minus 15 V

0 VVGS

10 V

47

Ω

ID = 65 AVOUT

TPC8026

2007-02-15 4

100100

5 6

VGS = 10 V

45

1

100

10

01 1 10

Ta = minus55degC

25 100

01 1 10 01

1

10

100

1000

65

ID = 13 A

3

0 2 4 6 8 100

004

008

012

016

020


25degC

1 2 3 4 0

10

20

30

40

50

0

6

38

VGS = 3 V

34

10

36 45

8

4

32

31

0 02 04 06 08 10

4

8

12

16

20

33

6

38

VGS = 3 V

34

10

36

4

8

45

3231

0 04 08 12 16 20

10

20

30

40

50

33

ID ndash VDS

ID ndash VDS

ID ndash VGS

VDS ndash VGS

|Yfs| ndash ID

RDS (ON) ndash ID







Forw

ard

trans

fer a

dmitt

ance

|Y

fs|

(S

)

D

rain

minussou

rce

volta

ge

VD

S

(V)


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)



Dra

inminuss

ourc

e O

N re

sist

ance

R

DS

(ON

) (

mΩ

)

TPC8026

2007-02-15 5

60 70

80 160120

VDS

VGS

24 12

0 20 40

4

12

16

20

0

10

20

30

50

40

8

10 30 50

VDD = 6V

0

(1)

(2)

0

04

08

12

16

0 40 80 160120

2


3

25

05

15

2

1

Ciss

Coss

Crss

1000

10000

100 01 1 10 100

1045

3

VGS = 0 V

1


1000

1

10

100

VGS = 45 V

ID = 36513 A

ID = 36513 A

0

4

8

12

16

minus80 minus40 0 40 80 120 160

VGS = 10 V

RDS (ON) ndash Ta

IDR ndash VDS

Vth ndash Ta

PD ndash Ta







Dra

in-s

ourc

e O

N re

sist

ance

R

DS

(ON

) (

mΩ

)


D

rain

reve

rse

curr

ent

ID

R

(A)



C

apac

itanc

e C

(p

F)


G

ate

thre

shol

d vo

ltage

V

th

(V)


D

rain

pow

er d

issi

patio

n P

D

(W)

Gat

eminusso

urce

vol

tage

V

GS

(V

)



D

rain

minussou

rce

volta

ge

VD

S

(V)


TPC8026

2007-02-15 6

t = 10 ms

1 ms

VDSS max

01 1 10 10001

1

10

100

01 0001 001 01 1 10 100 1000

1

10

100

1000

(2)

(1)


rth minus tw

Single pulse

Pulse width tw (s)


Tran

sien

t the

rmal

impe

danc

e r

th

(degC

W)

D

rain

cur

rent

I D

(A

)

Safe operating area

ID max (Pulse)



TPC8026

2007-02-15 7








1 Scope






Inner conductor

Dia(approx) mm 038


Insulation


BlueOrangePurple


insulation

conductor






SG-OF-04040M1



Product Produit













certificat




11561 Taipei TAIWAN




8299-PRLUCMD50004

IEC 60950-1 2005

TOy SOD PSB Pte Ltd

081-100634-100

--------___----~


Date 2010-07-15

CBS 10 07 55634 144 ( Bill Lin )


Page 1 of 1


EMC TEST REPORT




Trade Name NA





Jun 30 2010


Test Performed by







CONTENTS



















EUT Battery pack

Trade name NA


Test specifications



Regulations applied


Immunity EN 550241998A12001A22003












8299-PRLUCMD50004 ----










31 Emissions



32 Immunity




















41 Emissions













Results ( dBuVm )

Emission Frequency

( MHz) HOR VER

CORRdFactor( dB )

HOR VER

Limit (dBuVm)

Margins ( dB )

4729 144 148 104 248 252 300 -48

6958 164 160 87 251 247 300 -49

14324 114 118 135 249 253 300 -47

49136 80 81 228 308 309 370 -61

57233 64 68 250 314 318 370 -52

64965 46 52 263 309 315 370 -55


















Results ( dBuVm )

Emission Frequency

( MHz) HOR VER

CORRdFactor( dB )

HOR VER

Limit (dBuVm)

Margins ( dB )

5392 166 161 87 253 248 300 -47

7325 160 162 89 249 251 300 -49

15866 121 123 130 251 253 300 -47

51145 70 74 234 304 308 370 -62

60724 55 55 254 309 309 370 -61

70856 43 42 272 315 314 370 -55










Mode Discharge Mode


42 42 Immunity
















VCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

HCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

P1~P10 --- --- --- --- --- --- --- --- A A A A A A --- ---


















VCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

HCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

P1~P10 --- --- --- --- --- --- --- --- A A A A A A --- ---




TEST POINTS



Mode Charge Mode

Mode Discharge Mode
















EUT

Interfere source

HorizontalVertical





80-1000 Horizontal


80-1000 Vertical

right A















EUT

Interfere source

HorizontalVertical





80-1000 Horizontal


80-1000 Vertical

right A




Mode Discharge Mode

















Y

Z

Z - Axis

X

Y - Axis

X

Y

Z

X - Axis

X

Y

Z















Y

Z

Z - Axis

X

Y - Axis

X

Y

Z

X - Axis

X

Y

Z



Mode Discharge Mode



1 Top View of EUT




3 Side View of EUT

4 Side View of EUT







7 Label View of EUT

END

8401-500020001104pdf


NOA 6462B4 UL1642-10NK04239-Mar-12-2010pdf







8431-BQ20Z4513101pdf

BQ20Z45-R1pdf

BQ20Z45-R1 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION







FEATURE SET




Gas Gauging


Authentication

Power Modes

CONFIGURATION

Oscillator Function




Voltage

Current

Auto Calibration

Temperature

COMMUNICATIONS


SBS Commands


bq20z45-R1-MSDSpdf



8431-BQ2941028101pdf

BQ29410pdf

BQ29410 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

bq29410-1pdf



8431-BQ20Z4513101pdf

BQ20Z45-R1pdf

BQ20Z45-R1 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION







FEATURE SET




Gas Gauging


Authentication

Power Modes

CONFIGURATION

Oscillator Function




Voltage

Current

Auto Calibration

Temperature

COMMUNICATIONS


SBS Commands


bq20z45-R1-MSDSpdf



8431-BQ2941028101pdf

BQ29410pdf

BQ29410 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

bq29410-1pdf



8410-5X0501360101D6X-050-Apdf


D6X-050-A SPECpdf

Image1

Image2

Image3

Image4

Image5

Image6

Image7

Image8

Image9

MSDS D6X-050-Apdf

GLW MLD(MSDS)pdf

MCD_D6X-050-Apdf



8448-11032F300A02 ESTA4103F3435F-30030SCpdf


ulcom


HF Wire-MSDSpdf

Page1

Page2

Copper Wire-MSDSpdf

Page1

Page2

8436-3K302T221101 SSM3K302Tpdf







Notice on Usage

Handling Precaution

8436-PC8026224101 TPC8026pdf




Marking (Note 5)








-UL 3302 28 OD 08_ULpdf

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线

譽碩

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线




bq294xxpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS









15 Heat test

16 Impact test

17

5

NECD6X-050-A 12A




Protection parts
















KV


SCP



KV


Iterm

Vibration test

Drop test



Leakage performance

Page 3


6





mV




greater than



than 600

below




greater than





Protection function








3000



continuously

47 ~ 50



0 ~ 3






500~1000




Condition for reset

3000

3plusmn0025





47 ~ 50

57 ~ 60

0 ~ 3




Page 4









4~10

435 plusmn 0025

3000


3000

Page 5




72 EEPROM data

NameVoltage


2nd Level Safety

- -mVmVmV

s


OT2 Dsg Time 0 s


OT1 Dsg Time 2

hex


-

s

Unit

-600

2

550

Value

0

s

Unit-

mVmV

4240

mA

hex

mV

mV

shexhex

mVmV

-mA

mVmV

s

4350

4240

-

424041002800

23000

OT2 Dsg Recovery

4100

3500

HT COV Threshold

CUV Threshold

CUV Recovery

OT2 Chg Recovery

HT COV Recovery

CUV Time

AFE OC Dsg Time


OT2 Chg Time

96

500

550

4100





4350


4350


OT2 Chg Threshold


90

-Value

1003AFE OC Dsg

1st Level Safety

OC (1st Tier) Dsg

LT COV Recovery

05

0

500

5000

Page 6


30003000256

020


Pre-Charge Cfg

JT4

JT2a

-

Name

s

s

Current

7500

750


SOT2 Chg Time650



mVs


500

s

300050020

s

-mVmVmA

s

Unit-

-s

s-s-

smV

s

mAs

mAs-

-

mAmV

ss

mVmV

mV

1800

5

SOT2 Chg Threshold0

-

100000

500600

Temp Hys 10

JT3

Charge Control

230

JT1JT2

Value-

00150

1

2

20

20



Pre-Chg Current



-

-

SOT2 Dsg Time



0

SOC Chg Time


10000

3000

SOC Dsg


Rest CIM Time

SOT1 Chg Time

02000

SOC Chg

SUV Threshold

3600


-

4500100

C43700

0031

315039004000

mAmAmVmAmAmAmV

3150840031503150


4808400240024002400840031503150

ST2 Chg Voltage

-8400

LT Chg Current3

ST1 Chg Current3

LT Chg Voltage480

500037000

AS0826F43A --

mAh

mAhmWh

hexnum

Dont Care0

mVhexdate

Value-

5003700

1060807400

mAhmWhMinhex

-

smAh

-

mVmAmA

mV

mAmVmAmA

mV

-

mA

mAmVmA

Charging Faults

SBS Configuration



LT Chg Current2

FC Clear

DataRem Cap Alarm

Design Capacity


Cell Blancing Cfg

Taper Voltage

10-

9595-

TCA Clear 200

Taper Current


Min Cell Deviation

Charge Fault Cfg 02

480




Charge Cfg

LT Chg Current1

Rem Energy Alarm

Name


Dont Care

-

-

250

1702

mV

-mAh

Rem Time Alarm


Unit

Page 8


--

AFEAFEState_CTL

-00



-

-1500-1000-1500


-0


mVmV


----


5030

-

Value-

012924F800152070

0000

--

Unit-

-

mVmV

--

mVs

mV

Unit

-

-

0123456789ABCDEF012

-

1500-3000

39003800

300

0123456789ABCDEF012

78007600

0123456789ABCDEF0120123456789ABCDEF012

1500

250

Value

Non-Removable Cfg

Cell Life Limit

Device Chemistry


-7

TDA Clear FD Set

91


196000


16200



System Data

Lifetime Data

0123456789ABCDEF0123456789ABCDE


Operation Cfg B


O000

-

20

Operation Cfg A

Configuration

Registers


Operation Cfg C

Name

200

-

Page 9


0000--

10mWmVmA

10mW

-7317

-1000

---

mA

-822

8800




--

-mAhmAhmAh

-mAmAmA

mAhmWh

500

-mVmAmW

Unit--

Value-1

mV

mVmA

-

2800

03

800010

Unit-

mVmV

-6000

06000

Name

Name Value

Gas Gauging



Wake Current Reg

5000

Power

Term Voltage


IT Cfg


5025


User Rate-mA

Reserve Cap-mAh

00

Power

User Rate-mW

5518

mAhmAh

--

Unit-

500050005518

Quit CurrentState

10-


5646

02128


Value-

PF Status


00000000


0000



Qmax cell 2

Page 10


10

---

5754-

239

-5754

0

----

----

----

---

Value-

1010

12250067291-0245

----

----

----

Unit-

Calibration



00Int Temp Offset

-CC Current 2000

8400Voltage Signal

Config

32250


2980250

1984

4012

-28285

32

-7537

-300

500

Filter

Int Max Temp

4012Int Coef 1

Current


Ext Coef 1

DeadbandCC Deadband

--

Ext Max Temp

Int Min AD

-


Ext Coef 4


Ext Coef 3

Ext Min AD

Ext Coef 2

0

20848

Ext1 Temp Offset

Int Coef 20

Ref Voltage


-

-

Page 11




3 PACK+ -

4 PACK+ -

5 PACK+ -

6 NC -

7 PRES -


14 PACK- -

15 PACK- -


-



--

-


-

-



Comment



Power ground -

-


-

----

Page 12

11

22

33

44

55

66

DD

CC

BB

AA

GA

LLO

PWIR

E EN

TERP

RISE

LTD

Title

Size

Dat

e

Des

igne

d

Chec

ked

App

rove

dR

evD

ocum

ent N

umbe

rIS

O N

umbe

rPr

ojec

t Num

ber

File

Nam

e

Shee

tO

f1

120

107

30

Pega

tron

LUCI

D-M

3F

No

551

Se

c 7

Jho

ngsia

o E

Rd

Nan

gang

Dist

rict

Taip

ei 1

15 T

aiw

anTE

L 8

86-2

-278

5609

8 FA

X 8

86-2

-278

5-57

73

S220

2SC

-PRL

UCI

W-C

C

SC-P

RLU

CIW

-CS

CHD

OC

D27

2-W

50W

B

R18

R13

R10

C16

C15

C17

C3

C4

C7

C10

C11

R3R2R1

D2

R6 TP14

VG

VH

D1

R5

C1R4

TP15

D3

JP1

12

3

F1

VP

7 6 58

4

1 2 3Q

2

C2

C12

TP19

A K

D4

R8

R9

C5

C6

C9

R7

R11

A K

D5

Q4

R20

R21

R12

R14

R15

R23 R22

R19

R24

TH1

C18

R27

R31

C22C21

TP1

TP3

TP6

TP

VP

VH

VG

Q1

P+1

P+2

P+3

P+4

P+5

NC

6

PRES

7

SMD

8

SMC

9

BI

10

P-11

P-12

P-13

P-14

P-15

J1

R30

R26

R25

D6

D7

TP2

TP20

R17

R16

C8

TP17

C14C13

TP11

TP7

TP8

C23

TP

VG

VP

VH

C24

C19

C20

R28

R29

TP22

R33

TP16

SAFE16

CHG38

VSS7

REG338

VCELL+10

VCC3

NC19

PRES12

ALERT11ZVCHG4

DSG1

PGOD5

VSS 21VSS 25VSS 28

VC5 32

VC3 34

VC4 33

VC2 35VC1 36

BAT 37


PACK2

PMS6

SMBC18SMBD17

TOUT9

TS113

TS214

VSS 20

GSRN 23

GSRP 22

RESET 29

MRST 24

ASRP 31

ASRN 30

U1

VH

1TP

31

TP32

TP33

TP34

TP35

TP36

TP37

TP38

TP39

TP40

TP41

TP42

TP43

TP44

TP45

C25

7 6 58

4

1 2 3

Q3

VC1

8

VC2

7

VC3

6

GN

D5

VD

44

CD3

VD

D2

OU

T1

U2

76

10









1 00250 HSF外箱 395395175mm REVA 呈泰













































商品編號

8299-PRLUCMD50004

7481-ROHS50000102

8392-LUCM14D50A01

8415-G128C3G1DA04

8415-G156F0G1DB04

8415-W04540F11A04

8421-AC9754000A04

8480-014040180A04

8480-061913R0XA08

8480-143838154004

8480-153838010A04

8480-283503030A04

8481-LUDM12CT1A11

8481-LUDMF26T1A11

8483-500600404A04

8376-LUCM14D50A01

8401-500020001104

8411-007521C00A02

8415-D12221115A03

8373-LUCM1D000A01

8410-5X0501360101

8448-11032F300A02

8464-4F0WCSX1NA26

8423-LUCM10100B02

8431-BQ20Z4513101

8431-BQ2941028101

8436-3K302T221101

8436-N7002A251103

8436-PC8026224101

8439-148WS1100104

8439-23C5V1200104

8439-C5V6S2100104

8442-0R4222000101

8442-104221000101

8442-104422000102

8442-105222000101

8442-225112000101

8442-225223000101

8449-1000J1110103

8449-1000J1220103

8449-1001J1110103

8449-1001J1220103

8449-1003J1110103

8449-1004J1110103

8449-1004J1220103

8449-2203J1110103

8449-3004J1220103

8483-120500303103

8449-5101J1110103

8449-6192F1220103

8449-8451F1220103

8449-R010F2660102

GLWUSER
GLWUSER
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)

Form No QF-T-PS-02B



Content

1 Scope 5

2 Model 6462B4 5

3 Specification 5









52 Others 7



1 Charge 8

2 Discharge 9



5 Storage 11



8 Others 15

ATL


REV A

SHEET 4 of 15

1 Scope



















Form No QF-T-PS-02B

ATL


REV A

SHEET 5 of 15



Charge


NA



ge4800mAh


300cycles ge 80



5 Initial Impedance









45 Environment Test




Form No QF-T-PS-02B

ATL


REV A

SHEET 6 of 15










W Width 620 mm max








Form No QF-T-PS-02B

ATL















Form No QF-T-PS-02B

ATL










usage conditions









Form No QF-T-PS-02B

ATL












Form No QF-T-PS-02B

ATL






















Form No QF-T-PS-02B

ATL







Form No QF-T-PS-02B

ATL














Form No QF-T-PS-02B

ATL








coffee or others




Form No QF-T-PS-02B

ATL

bq20z45-R1















PACKAGE (1)





1




Coloumb

Counter

HW OverCurrent amp


Cell Voltage

Multiplexer

N-Channel FETDrive


Power Mode

Control

SMBD

GS

RP

GS

RN

AS

RP

AS

RN

GP

OD

ZV

CH

G

CH

G

DS

G

VC5

VC4

VC3

VC2

VC1

SMBC

Cell Balancing

Temperature

Measurement

Data Flash

Memory

SMB 11


Gas Gauging

SHA-1

Authentication


Protection

Voltage

Measurement

Over Current

Protection

Oscillator

Charging

Algorithm


Logic

OverTemperature

Protection

SA

FE

PF

IN

TS

2

TS

1

TO

UT

PM

S

Watchdog

Regulators

RESET

ALERT

REG33

REG25

VCELL+

BA

T

PA

CK

VC

C

VS

S

MSRT

RBI


Pack -

RSNS

5 m - 20 m typW W

Pack +

SMBC

SMBD

bq20z45ndashR1

GNDVC4

VC3

VC2

VC1 VDD

OUT

CD

bq294xx

1DSG

2PACK

3

11

VCC

ALERT

4

12

ZVCHG

PRES

5

13

6

14

PMS

TS2

7

15

VSS

PFIN

8

16

REG33

SAFE

9

17

TOUT

SMBD

10

18

19

VCELL+

SMBC

NC

CHG38

BAT37

VC1

VSS

36

28

VC2

RBI

35

27

VC3

REG25

34

26

VC4

VSS

33

25

VC5

MRST

32

24

ASRP

GSRN

31

23

ASRN

GSRP

30

22

RESET

VSS

VSS

29

21

20

GPOD

TS1

bq20z45-R1





(TOP VIEW)



bq20z45-R1


PIN FUNCTIONSPIN








CHG pin



























applications







bq20z45-R1



PIN UNIT
























VC(n)-VC(n+1) n = 1234 0 5 V




PACK PMS 0 25 V










bq20z45-R1




SUPPLY CURRENT
















POWER-ON RESET




WATCHDOG TIMER


















bq20z45-R1








THERMISTOR DRIVE











output 0147 0150 0153(VC5=135V VC1=135V)45




CELL BALANCING




VOL = 205 mV (max) 185 205 225


V(SCC) = 475 mV (max) 428 475 523














bq20z45-R1










RESET 1 3 6

ALERT 02












ADC (2)











COULOMB COUNTER














bq20z45-R1







VOLTAGE REFERENCE

















bq20z45-R1











RAM BACKUP














Transmit mode 300













TLOWTR TF

THDSTA

TSUDATTHDDAT

THDSTA

TBUF

SCLK

SDATA

TSUSTO

PSSP

SCLK

SDATA

Start StopTLOWSEXT



dagger

TSUSTATHIGH

bq20z45-R1






bq20z45-R1


FEATURE SET














Gas Gauging





bq20z45-R1




Authentication


Power Modes





CONFIGURATION

Oscillator Function










bq20z45-R1


Voltage


Current


Auto Calibration


Temperature




bq20z45-R1


COMMUNICATIONS




SBS Commands












































bq20z45-R1












































bq20z45-R1







PackageDrawing

Pins PackageQty












wwwticom 4-Jan-2010

Addendum-Page 1




FUNCTION

APPLICATIONS

GND

OUT

VDD

CD

VC4

VC1

VC3

1

2 VC2

3

4 5

6

7

8

DCT PACKAGE

(TOP VIEW)

1

2

3

4

8

7

6

5

VC1

VC2

VC3

GND

OUT

VDD

CD

VC4

PW PACKAGE

(TOP VIEW)

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419









1





bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419






























bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419
















1

2

6

5

81

2

6

5

81

2

6

5

8

3

4

887

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419







VC1

VC2

VC4

VC3

GND

VDD

OUT

CD

12 V (TYP)

RVD

CVD

ICD = 02 A (TYP)

CIN

RIN

RIN

RIN

RIN

CIN

CIN

CIN

C(DELAY)



td

12 V C(DELAY)

ICD

C(DELAY) td ICD

12 V

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419










V(PROTECT)


VC4 - GND)

CD

OUT

12 V

tDELAY

V(PROTECT) - Vhys



BATTERY CONNECTIONS

224

223

222

111

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

887

1

2

6

5

81

2

6

5

81

2

6

5

8

3

4

887

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419







1

2

63

4

7

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

7

CELL CONNECTIONS

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419











PackageDrawing

Pins PackageQty



















































wwwticom 7-Mar-2009

Addendum-Page 1


PackageDrawing

Pins PackageQty






















































wwwticom 7-Mar-2009

Addendum-Page 2


PackageDrawing

Pins PackageQty
















wwwticom 7-Mar-2009

Addendum-Page 3



Device PackageType

PackageDrawing


(mm)

ReelWidth

W1 (mm)


W(mm)

Pin1Quadrant

BQ29410DCT3R SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29410DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29410DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29410PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29410PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29411DCT3R SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29411DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29411DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29411PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29411PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29412DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29412DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29412PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29412PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29413DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29413DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29413PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29414DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3




Device PackageType

PackageDrawing


(mm)

ReelWidth

W1 (mm)


W(mm)

Pin1Quadrant

BQ29414DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29414PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29415DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29415DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29415PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29419PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1



BQ29410DCT3R SM8 DCT 8 3000 1820 1820 200

BQ29410DCTR SM8 DCT 8 3000 1820 1820 200

BQ29410DCTT SM8 DCT 8 250 1820 1820 200

BQ29410PWR TSSOP PW 8 2000 3460 3460 290

BQ29410PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29411DCT3R SM8 DCT 8 3000 1820 1820 200

BQ29411DCTR SM8 DCT 8 3000 1820 1820 200

BQ29411DCTT SM8 DCT 8 250 1820 1820 200

BQ29411PWR TSSOP PW 8 2000 3460 3460 290

BQ29411PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29412DCTR SM8 DCT 8 3000 1820 1820 200





BQ29412DCTT SM8 DCT 8 250 1820 1820 200

BQ29412PWR TSSOP PW 8 2000 3460 3460 290

BQ29412PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29413DCTR SM8 DCT 8 3000 1820 1820 200

BQ29413DCTT SM8 DCT 8 250 1820 1820 200

BQ29413PWR TSSOP PW 8 2000 3460 3460 290

BQ29414DCTR SM8 DCT 8 3000 1820 1820 200

BQ29414DCTT SM8 DCT 8 250 1820 1820 200

BQ29414PWR TSSOP PW 8 2000 3460 3460 290

BQ29415DCTR SM8 DCT 8 3000 1820 1820 200

BQ29415DCTT SM8 DCT 8 250 1820 1820 200

BQ29415PWR TSSOP PW 8 2000 3460 3460 290

BQ29419PWR TSSOP PW 8 2000 3460 3460 290




MECHANICAL DATA




065 M010

010

025

050075

015 NOM

Gage Plane

28

980

960

24

790

770

2016

660

640

4040064F 0197

030

660620

8

019

430450

7

015

14

A

1

120 MAX

14

510

490

8

310

290

A MAX

A MIN

DIMPINS

005

490

510

Seating Plane

0degndash8deg


MECHANICAL DATA





060020

025

0deg ndash 8deg

015 NOM

Gage Plane

4188781C 0902

425

5

030015

290375270

8

4

315275

1

010000

130 MAX

Seating Plane

010

M013065

PIN 1INDEX AREA




2


1 APPEARANCE

1-1 DIMENSIONS


1-3 MARKING

No marking





4Thermal time


5Operating




3

3 RELIABILITY


PeriodicitySampling

Size


Performance

1High

TemperatureStorage



hrs

DryingOven

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

2Low

TemperatureStorage



hrs

DryingOven

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

3 Humidity




hrs



R25R25≦

plusmn3

BB≦ plusmn 2

4

ThermalShock




hrs

ThermalShockTester

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

30min

30min

+100

-30

ordinary

temp

4


ES TA4 103 F 3435 F - 30 030 S C

E WAY Sensor




B Value (degK)





A UL1430

B UL1571

C UL3302 HF

D UL2468

E UL2651

F UL1332 Teflon

G UL10362 Teflon

O Others


Temp Coef


-30 107666 111407 115267 -511 -336 346 -068 066

-29 102375 105878 109490 -508 -331 341 -067 065

-28 97371 100653 104034 -505 -326 336 -067 065

-27 92639 95713 98878 -502 -321 331 -066 064

-26 88163 91042 94006 -499 -316 326 -065 063

-25 83926 86624 89400 -496 -311 320 -065 063

-24 79916 82444 85044 -493 -307 315 -064 062

-23 76119 78488 80923 -490 -302 310 -063 062

-22 72522 74743 77024 -487 -297 305 -063 061

-21 69115 71197 73334 -485 -292 300 -062 060

-20 65886 67838 69840 -482 -288 295 -061 060

-19 62825 64655 66532 -479 -283 290 -061 059

-18 59922 61639 63397 -476 -278 285 -060 058

-17 57169 58779 60428 -474 -274 280 -059 058

-16 54558 56067 57613 -471 -269 276 -059 057

-15 52079 53495 54944 -468 -265 271 -058 057

-14 49727 51055 52413 -466 -260 266 -057 056

-13 47493 48738 50012 -463 -256 261 -056 055

-12 45371 46540 47733 -460 -251 257 -056 055

-11 43356 44452 45571 -458 -247 252 -055 054

-10 41440 42469 43518 -455 -242 247 -054 053

-9 39620 40584 41568 -453 -238 242 -054 053

-8 37889 38794 39717 -450 -233 238 -053 052

-7 36243 37092 37957 -447 -229 233 -052 051

-6 34677 35473 36285 -445 -225 229 -051 050

-5 33187 33934 34695 -442 -220 224 -051 050

-4 31769 32470 33183 -440 -216 220 -050 049

-3 30419 31076 31745 -437 -212 215 -049 048

-2 29133 29750 30377 -435 -207 211 -048 048

-1 27909 28488 29075 -432 -203 206 -048 047

0 26743 27285 27836 -430 -199 202 -047 046

1 25631 26140 26656 -428 -195 198 -046 046

2 24571 25049 25532 -425 -190 193 -045 045

3 23561 24009 24462 -423 -186 189 -045 044

4 22598 23017 23442 -420 -182 185 -044 043

5 21679 22072 22470 -418 -178 180 -043 043

6 20802 21171 21543 -416 -174 176 -042 042

7 19966 20311 20660 -414 -170 172 -042 041

8 19167 19490 19817 -411 -166 168 -041 040

9 18404 18707 19013 -409 -162 163 -040 040



Part No

Temperature()

ESTA4103F3435F-30030SC

5


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

10 17676 17960 18246 -407 -158 159 -039 039

11 16981 17246 17513 -404 -154 155 -038 038

12 16316 16564 16814 -402 -150 151 -038 037

13 15681 15913 16147 -400 -146 147 -037 036

14 15074 15291 15509 -398 -142 143 -036 036

15 14493 14696 14900 -396 -138 139 -035 035

16 13938 14127 14318 -393 -134 135 -034 034

17 13407 13584 13762 -391 -130 131 -033 033

18 12899 13064 13230 -389 -126 127 -033 032

19 12413 12567 12721 -387 -123 123 -032 032

20 11947 12091 12235 -385 -119 119 -031 031

21 11502 11636 11770 -383 -115 115 -030 030

22 11075 11200 11325 -381 -111 111 -029 029

23 10667 10782 10898 -379 -107 108 -028 028

24 10275 10383 10491 -377 -104 104 -028 028

25 9900 10000 10100 -375 -100 100 -027 027

26 9533 9633 9733 -373 -104 104 -028 028

27 9182 9282 9382 -371 -107 108 -029 029

28 8846 8945 9045 -369 -111 111 -030 030

29 8523 8622 8721 -367 -115 115 -031 031

30 8214 8313 8411 -365 -118 119 -033 032

31 7918 8016 8114 -363 -122 122 -034 034

32 7634 7731 7828 -361 -125 126 -035 035

33 7362 7458 7554 -359 -129 130 -036 036

34 7100 7196 7291 -357 -133 133 -037 037

35 6849 6944 7039 -355 -136 137 -039 038

36 6609 6702 6796 -353 -140 140 -040 040

37 6378 6470 6563 -351 -143 144 -041 041

38 6156 6247 6340 -349 -146 148 -042 042

39 5943 6033 6125 -348 -150 151 -043 043

40 5738 5828 5918 -346 -153 155 -045 044

41 5542 5630 5719 -344 -157 158 -046 046

42 5353 5440 5528 -342 -160 162 -047 047

43 5172 5258 5345 -340 -163 165 -049 048

44 4998 5082 5168 -339 -167 169 -050 049

45 4830 4913 4998 -337 -170 172 -051 050

46 4669 4751 4834 -335 -173 175 -052 052

47 4514 4595 4677 -333 -177 179 -054 053

48 4365 4445 4526 -332 -180 182 -055 054

49 4221 4300 4380 -330 -183 186 -056 056

6


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

50 4083 4161 4239 -328 -186 189 -058 057

51 3950 4027 4104 -327 -190 192 -059 058

52 3823 3898 3974 -325 -193 196 -060 059

53 3699 3773 3848 -323 -196 199 -062 061

54 3581 3654 3728 -322 -199 202 -063 062

55 3467 3538 3611 -320 -202 205 -064 063

56 3357 3427 3499 -318 -205 209 -066 065

57 3251 3320 3390 -317 -209 212 -067 066

58 3149 3217 3286 -315 -212 215 -068 067

59 3050 3117 3185 -314 -215 218 -070 068

60 2956 3021 3088 -312 -218 222 -071 070

61 2864 2929 2995 -310 -221 225 -072 071

62 2776 2840 2904 -309 -224 228 -074 072

63 2691 2753 2817 -307 -227 231 -075 074

64 2609 2670 2733 -306 -230 234 -077 075

65 2530 2590 2652 -304 -233 237 -078 077

66 2453 2513 2573 -303 -236 240 -079 078

67 2380 2438 2497 -301 -239 244 -081 079

68 2309 2366 2424 -300 -242 247 -082 081

69 2240 2296 2354 -298 -245 250 -084 082

70 2174 2229 2285 -297 -247 253 -085 083

71 2110 2164 2219 -295 -250 256 -087 085

72 2048 2101 2155 -294 -253 259 -088 086

73 1988 2040 2094 -292 -256 262 -090 088

74 1930 1982 2034 -291 -259 265 -091 089

75 1875 1925 1977 -289 -262 268 -093 090

76 1821 1870 1921 -288 -265 271 -094 092

77 1769 1817 1867 -287 -267 274 -095 093

78 1718 1766 1815 -285 -270 277 -097 095

79 1670 1717 1765 -284 -273 280 -098 096

80 1623 1669 1716 -282 -276 282 -100 098

81 1577 1622 1669 -281 -278 285 -102 099

82 1533 1577 1623 -280 -281 288 -103 101

83 1490 1534 1579 -278 -284 291 -105 102

84 1449 1492 1536 -277 -287 294 -106 103

85 1409 1451 1494 -276 -289 297 -108 105

86 1371 1412 1454 -274 -292 300 -109 106

87 1333 1374 1415 -273 -295 302 -111 108

88 1297 1337 1378 -272 -297 305 -112 109

89 1262 1301 1341 -270 -300 308 -114 111

7


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

90 1228 1267 1306 -269 -302 311 -115 112

91 1195 1233 1272 -268 -305 314 -117 114

92 1164 1200 1238 -267 -308 316 -119 115

93 1133 1169 1206 -265 -310 319 -120 117

94 1103 1138 1175 -264 -313 322 -122 118

95 1074 1109 1145 -263 -315 325 -123 120

96 1046 1080 1115 -262 -318 327 -125 122

97 1019 1052 1087 -260 -320 330 -127 123

98 992 1025 1059 -259 -323 333 -128 125

99 967 999 1033 -258 -325 335 -130 126

100 942 974 1007 -257 -328 338 -132 128

101 918 949 981 -256 -330 341 -133 129

102 894 925 957 -254 -333 343 -135 131

103 872 902 933 -253 -335 346 -137 132

104 850 880 910 -252 -338 349 -138 134

105 829 858 888 -251 -340 351 -140 136

8

SSM3K302T

2007-11-01 1







Pulse IDP 60 A













ID = 20 A VGS = 40 V (Note2) ⎯ 52 71


ID = 05 A VGS = 18 V (Note2) ⎯ 81 131

mΩ




VDS = 10 V VGS = 0 f = 1 MHz

⎯ 47 ⎯

pF





⎯ 15 ⎯

nC


Turn-off time toff


ns


Note2 Pulse test

Unit mm

JEDEC ―

JEITA ―

TOSHIBA 2-3S1A

Weight 10 mg (typ)

SSM3K302T

2007-11-01 2









(c) VOUT


VDD

OUT IN 25 V

0

10 μs R

G

tf

ton

90

10

25 V

0 V

10

90

toff

tr

VDD

VDS (ON)

KKA

1 2

3

1 2

3

SSM3K302T

2007-11-01 3

ID ndash VDS

0

4

0 02 04 06 1

3

VGS = 15 V

10 V

1

2

18 V

25 V

08

5

RDS (ON) ndash Ta

0 minus50

ID = 20 A VGS = 40 V

0 50 150

100

200

300

100

0 2 6 8 4 0

100

200

RDS (ON) ndash VGS

150

50

10 A 25 V

10

ID ndash VGS

10

0

01

1

0001

001

0000120

minus 25 degC

Ta = 100 degC

25 degC

10

Vth ndash Ta

10

0minus50 0 150

05

50 100

40 V

250

150

50

05 A 18 V

VGS = 40 V

RDS (ON) ndash ID

0 1 3 4 2 0

100

200

150

50

5

25 V

18 V

minus 25 degC

Ta = 100 degC

25 degC


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)



ID = 05 A

Common Source

Ta = 25degC


Dra

inndashs

ourc

e O

N-r

esis

tanc

e R

DS

(ON

) (

mΩ

)


Dra

inndashs

ourc

e O

N-r

esis

tanc

e R

DS

(ON

) (

mΩ

)

Common Source

Ta = 25degC


Gat

e th

resh

old

volta

ge

Vth

(V

)


Dra

inndashs

ourc

e on

-res

ista

nce

RD

S (O

N)

(mΩ

)

Common Source

Common source

VDS = 3 V

ID = 1 mA

SSM3K302T

2007-11-01 4

t ndash ID

1001

100

01

1000

1 10

toff

10

IDR ndash VDS

|Yfs| ndash ID

01 10

1

10

01 1

3

03

C ndash VDS

10 01 1 10 100

100

1000

300

500

30

50

Ciss

CossCrss

001

10

0

01

1

0001

001


minus25 degC

Ta =100 degC

25 degC

tf

ton

tr

Dra

in re

vers

e cu

rren

t I

DR

(A

)


Forw

ard

trans

fer a

dmitt

ance

⎪Y

fs⎪

(S

)

Common Source

VGS = 0 V

Ta = 25degC

G

D

S

IDR

Common Source

VDS = 3 V

Ta = 25degC

Sw

itchi

ng ti

me

t

(ns)


Cap

acita

nce

C

(pF)





0 0

VDD=15V

4 8

4

8

12

10

6

2


Ta = 25degC

VDD=24V

Gat

endashS

ourc

e vo

ltage

V

GS

(V

)

SSM3K302T

2007-11-01 5

Tran

sien

t the

rmal

impe

danc

e R

th (deg

CW

)

Pulse width tw (s)

rth ndash tw

1

100

1000

10

0001 001 01 10001 10 100




b

a


PD ndash Ta

Dra

in p

ower

dis

sipa

tion

PD

(m

W)

800

0

200

120 100 140

400

600

160

1000

80 60 40 20 0 -20 -40

a

b



SSM3K302T

2007-11-01 6












2009 7 2 14




Revision No 7




DIM MILLIMETERS

1 SOURCE

2 GATE

3 DRAIN

SOT-23

A

B

C

D

E

293 020

130+020-015

045+015-005

240+030-020

G 190

H

J

K

L

M

N

095

013+010-005

000 ~ 010

055

020 MIN

100+020-010

M

J

K

E

1

2 3

H

GA

NC

B

D 130 MAX

L L

P P

P 7

+_












mAPulsed IDP 800




D

G

S



Type Name

Marking

Lot No

WB

EQUIVALENT CIRCUIT

2009 7 2 24

2N7002A

Revision No 7





VGS=10V ID=500mA - 18 5



VGS=10V ID=500mA - 09 25V

VGS=5V ID=50mA - - 025







- 20 50




VGS=10V RGEN=25

- - 20nS





IS - - - 115 mA


ISM - - - 800 mA


OUTOUTPUT V 10 10

10

90 90

90

50 50

ftrt

ININPUT V

INVERTED

PULSE WIDTH

d(on)t d(off)t

ont offt


GSVGENR

V DD

R L

VOUT

DUT

D

G

S

INV


2009 7 2 34

2N7002A

Revision No 7


DR

AIN

CU

RR

EN

T I

(

A)

D

0

DS

0

I - VD DS

1

COMMON SOURCE

Ta=25 C

V =3VGS

2 3 4 5

05

10

15

20

4V

5V

6V

7V10V

9V 8V


DR

AIN

CU

RR

EN

T I

(A

)D

GS

I - VD GS

0

0

2

COMMON SOURCE

Ta=

-55

C

V =10VGS

4 6 8 10

08

04

12

16

20

Ta=

25 C

Ta=

125

C

0

05

02

COMMON SOURCE

V =10VGS

04 06 08 10

15

10

20

25

30

Ta=25 C

DR

AIN

SO

UR

CE

ON

- R

ES

IST

AN

CE

R (Ω

) (N

OR

MA

LIZ

ED

)


DS

(ON

)

R - IDS(ON) D

-50

0

-25

COMMON SOURCE

I =500mAD

V =10VGS

0 25 50 75 100 125 150

10

20

30

40

DR

AIN

SO

UR

CE

ON

- R

ES

IST

AN

CE

R (Ω

) (N

OR

MA

LIZ

ED

)


DS

(ON

)

R - TDS(ON) j

-50

08

-25

COMMON SOURCE

V =VDS GS

I =1mAD

0 25 50 75 100 125 150

09

085

095

10

11

105

GA

TE

-SO

UR

CE

TH

RE

SH

OL

D V

OL

TA

GE

V

(NO

RM

AL

IZE

D)


th

V - Tth j


RE

VE

RS

E D

RA

IN C

UR

RE

NT

I (

A)

S

SD

I - VS SD

001

02

003

01

03

1

3

10COMMON

SOURCE

V =0GS

30

Ta=

-55 C

04 06 08 10 12 14

Ta=

25 C

Ta=

125

C

2009 7 2 44

2N7002A

Revision No 7

COMMON SOURCE

Ta=25 C

f=1MHz

V =0


CA

PA

CIT

AN

CE

C (p

F)

1 1053 30

C - V

GS

DS

50

DS

C rss

ossC

Ciss

1

5

3

10

50

30

100

GATE CHARGE Q (nC)

GA

TE

-SO

UR

CE

VO

LT

AG

E V

(

V)

GS

g

V - QGS g

0

0

04

COMMON SOURCE

V =25VDS

I =115mAD

08 12 16 20

4

2

6

8

10

I - V


DR

AIN

CU

RR

EN

T I

(

A)

D DS

D

1 3 10 100305

SINGLE PULSE

Ta=25 C

GSV =10V

100micros

1mS

10mS

100mS1s

10s

DC

DS(ON)

R

L

IMIT

50

2

0005

001

003

005

01

03

05

1

P - TaD


0 20 40

50

D

0DR

AIN

PO

WE

R D

ISS

IPA

TIO

N P

(m

W)

60 80 100 120 140 160

100

150

200

250

300

350

TPC8026

2007-02-15 1











(Note 2a) PD 19 W


(Note 2b) PD 10 W


(Note 3) EAS 44 mJ









Unit mm

JEDEC ―

JEITA ―

TOSHIBA 2-6J1B

Weight 008 g (typ)


8 6

1 2 3

7 5

4

TPC8026

2007-02-15 2







Marking (Note 5)






(a)


(unit mm)

(b)


(unit mm)



T P C 8 0 2 6Lot No



TPC8026

2007-02-15 3









VGS = 10 V ID = 65 A ⎯ 51 66 mΩ






⎯ 570 ⎯

pF




Switching time

Turn-OFF time toff

Duty lt = 1 tw = 10 μs ⎯ 54 ⎯

ns





⎯ 14 ⎯

nC





RL

= 2

3 Ω

VDD sim minus 15 V

0 VVGS

10 V

47

Ω

ID = 65 AVOUT

TPC8026

2007-02-15 4

100100

5 6

VGS = 10 V

45

1

100

10

01 1 10

Ta = minus55degC

25 100

01 1 10 01

1

10

100

1000

65

ID = 13 A

3

0 2 4 6 8 100

004

008

012

016

020


25degC

1 2 3 4 0

10

20

30

40

50

0

6

38

VGS = 3 V

34

10

36 45

8

4

32

31

0 02 04 06 08 10

4

8

12

16

20

33

6

38

VGS = 3 V

34

10

36

4

8

45

3231

0 04 08 12 16 20

10

20

30

40

50

33

ID ndash VDS

ID ndash VDS

ID ndash VGS

VDS ndash VGS

|Yfs| ndash ID

RDS (ON) ndash ID







Forw

ard

trans

fer a

dmitt

ance

|Y

fs|

(S

)

D

rain

minussou

rce

volta

ge

VD

S

(V)


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)



Dra

inminuss

ourc

e O

N re

sist

ance

R

DS

(ON

) (

mΩ

)

TPC8026

2007-02-15 5

60 70

80 160120

VDS

VGS

24 12

0 20 40

4

12

16

20

0

10

20

30

50

40

8

10 30 50

VDD = 6V

0

(1)

(2)

0

04

08

12

16

0 40 80 160120

2


3

25

05

15

2

1

Ciss

Coss

Crss

1000

10000

100 01 1 10 100

1045

3

VGS = 0 V

1


1000

1

10

100

VGS = 45 V

ID = 36513 A

ID = 36513 A

0

4

8

12

16

minus80 minus40 0 40 80 120 160

VGS = 10 V

RDS (ON) ndash Ta

IDR ndash VDS

Vth ndash Ta

PD ndash Ta







Dra

in-s

ourc

e O

N re

sist

ance

R

DS

(ON

) (

mΩ

)


D

rain

reve

rse

curr

ent

ID

R

(A)



C

apac

itanc

e C

(p

F)


G

ate

thre

shol

d vo

ltage

V

th

(V)


D

rain

pow

er d

issi

patio

n P

D

(W)

Gat

eminusso

urce

vol

tage

V

GS

(V

)



D

rain

minussou

rce

volta

ge

VD

S

(V)


TPC8026

2007-02-15 6

t = 10 ms

1 ms

VDSS max

01 1 10 10001

1

10

100

01 0001 001 01 1 10 100 1000

1

10

100

1000

(2)

(1)


rth minus tw

Single pulse

Pulse width tw (s)


Tran

sien

t the

rmal

impe

danc

e r

th

(degC

W)

D

rain

cur

rent

I D

(A

)

Safe operating area

ID max (Pulse)



TPC8026

2007-02-15 7








1 Scope






Inner conductor

Dia(approx) mm 038


Insulation


BlueOrangePurple


insulation

conductor






SG-OF-04040M1



Product Produit













certificat




11561 Taipei TAIWAN




8299-PRLUCMD50004

IEC 60950-1 2005

TOy SOD PSB Pte Ltd

081-100634-100

--------___----~


Date 2010-07-15

CBS 10 07 55634 144 ( Bill Lin )


Page 1 of 1


EMC TEST REPORT




Trade Name NA





Jun 30 2010


Test Performed by







CONTENTS



















EUT Battery pack

Trade name NA


Test specifications



Regulations applied


Immunity EN 550241998A12001A22003












8299-PRLUCMD50004 ----










31 Emissions



32 Immunity




















41 Emissions













Results ( dBuVm )

Emission Frequency

( MHz) HOR VER

CORRdFactor( dB )

HOR VER

Limit (dBuVm)

Margins ( dB )

4729 144 148 104 248 252 300 -48

6958 164 160 87 251 247 300 -49

14324 114 118 135 249 253 300 -47

49136 80 81 228 308 309 370 -61

57233 64 68 250 314 318 370 -52

64965 46 52 263 309 315 370 -55


















Results ( dBuVm )

Emission Frequency

( MHz) HOR VER

CORRdFactor( dB )

HOR VER

Limit (dBuVm)

Margins ( dB )

5392 166 161 87 253 248 300 -47

7325 160 162 89 249 251 300 -49

15866 121 123 130 251 253 300 -47

51145 70 74 234 304 308 370 -62

60724 55 55 254 309 309 370 -61

70856 43 42 272 315 314 370 -55










Mode Discharge Mode


42 42 Immunity
















VCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

HCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

P1~P10 --- --- --- --- --- --- --- --- A A A A A A --- ---


















VCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

HCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

P1~P10 --- --- --- --- --- --- --- --- A A A A A A --- ---




TEST POINTS



Mode Charge Mode

Mode Discharge Mode
















EUT

Interfere source

HorizontalVertical





80-1000 Horizontal


80-1000 Vertical

right A















EUT

Interfere source

HorizontalVertical





80-1000 Horizontal


80-1000 Vertical

right A




Mode Discharge Mode

















Y

Z

Z - Axis

X

Y - Axis

X

Y

Z

X - Axis

X

Y

Z















Y

Z

Z - Axis

X

Y - Axis

X

Y

Z

X - Axis

X

Y

Z



Mode Discharge Mode



1 Top View of EUT




3 Side View of EUT

4 Side View of EUT







7 Label View of EUT

END

8401-500020001104pdf


NOA 6462B4 UL1642-10NK04239-Mar-12-2010pdf







8431-BQ20Z4513101pdf

BQ20Z45-R1pdf

BQ20Z45-R1 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION







FEATURE SET




Gas Gauging


Authentication

Power Modes

CONFIGURATION

Oscillator Function




Voltage

Current

Auto Calibration

Temperature

COMMUNICATIONS


SBS Commands


bq20z45-R1-MSDSpdf



8431-BQ2941028101pdf

BQ29410pdf

BQ29410 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

bq29410-1pdf



8431-BQ20Z4513101pdf

BQ20Z45-R1pdf

BQ20Z45-R1 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION







FEATURE SET




Gas Gauging


Authentication

Power Modes

CONFIGURATION

Oscillator Function




Voltage

Current

Auto Calibration

Temperature

COMMUNICATIONS


SBS Commands


bq20z45-R1-MSDSpdf



8431-BQ2941028101pdf

BQ29410pdf

BQ29410 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

bq29410-1pdf



8410-5X0501360101D6X-050-Apdf


D6X-050-A SPECpdf

Image1

Image2

Image3

Image4

Image5

Image6

Image7

Image8

Image9

MSDS D6X-050-Apdf

GLW MLD(MSDS)pdf

MCD_D6X-050-Apdf



8448-11032F300A02 ESTA4103F3435F-30030SCpdf


ulcom


HF Wire-MSDSpdf

Page1

Page2

Copper Wire-MSDSpdf

Page1

Page2

8436-3K302T221101 SSM3K302Tpdf







Notice on Usage

Handling Precaution

8436-PC8026224101 TPC8026pdf




Marking (Note 5)








-UL 3302 28 OD 08_ULpdf

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线

譽碩

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线




bq294xxpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS


6





mV




greater than



than 600

below




greater than





Protection function








3000



continuously

47 ~ 50



0 ~ 3






500~1000




Condition for reset

3000

3plusmn0025





47 ~ 50

57 ~ 60

0 ~ 3




Page 4









4~10

435 plusmn 0025

3000


3000

Page 5




72 EEPROM data

NameVoltage


2nd Level Safety

- -mVmVmV

s


OT2 Dsg Time 0 s


OT1 Dsg Time 2

hex


-

s

Unit

-600

2

550

Value

0

s

Unit-

mVmV

4240

mA

hex

mV

mV

shexhex

mVmV

-mA

mVmV

s

4350

4240

-

424041002800

23000

OT2 Dsg Recovery

4100

3500

HT COV Threshold

CUV Threshold

CUV Recovery

OT2 Chg Recovery

HT COV Recovery

CUV Time

AFE OC Dsg Time


OT2 Chg Time

96

500

550

4100





4350


4350


OT2 Chg Threshold


90

-Value

1003AFE OC Dsg

1st Level Safety

OC (1st Tier) Dsg

LT COV Recovery

05

0

500

5000

Page 6


30003000256

020


Pre-Charge Cfg

JT4

JT2a

-

Name

s

s

Current

7500

750


SOT2 Chg Time650



mVs


500

s

300050020

s

-mVmVmA

s

Unit-

-s

s-s-

smV

s

mAs

mAs-

-

mAmV

ss

mVmV

mV

1800

5

SOT2 Chg Threshold0

-

100000

500600

Temp Hys 10

JT3

Charge Control

230

JT1JT2

Value-

00150

1

2

20

20



Pre-Chg Current



-

-

SOT2 Dsg Time



0

SOC Chg Time


10000

3000

SOC Dsg


Rest CIM Time

SOT1 Chg Time

02000

SOC Chg

SUV Threshold

3600

Page 7


-

4500100

C43700

0031

315039004000

mAmAmVmAmAmAmV

3150840031503150


4808400240024002400840031503150

ST2 Chg Voltage

-8400

LT Chg Current3

ST1 Chg Current3

LT Chg Voltage480

500037000

AS0826F43A --

mAh

mAhmWh

hexnum

Dont Care0

mVhexdate

Value-

5003700

1060807400

mAhmWhMinhex

-

smAh

-

mVmAmA

mV

mAmVmAmA

mV

-

mA

mAmVmA

Charging Faults

SBS Configuration



LT Chg Current2

FC Clear

DataRem Cap Alarm

Design Capacity


Cell Blancing Cfg

Taper Voltage

10-

9595-

TCA Clear 200

Taper Current


Min Cell Deviation

Charge Fault Cfg 02

480




Charge Cfg

LT Chg Current1

Rem Energy Alarm

Name


Dont Care

-

-

250

1702

mV

-mAh

Rem Time Alarm


Unit


--

AFEAFEState_CTL

-00



-

-1500-1000-1500


-0


mVmV


----


5030

-

Value-

012924F800152070

0000

--

Unit-

-

mVmV

--

mVs

mV

Unit

-

-

0123456789ABCDEF012

-

1500-3000

39003800

300

0123456789ABCDEF012

78007600

0123456789ABCDEF0120123456789ABCDEF012

1500

250

Value

Non-Removable Cfg

Cell Life Limit

Device Chemistry


-7

TDA Clear FD Set

91


196000


16200



System Data

Lifetime Data

0123456789ABCDEF0123456789ABCDE


Operation Cfg B


O000

-

20

Operation Cfg A

Configuration

Registers


Operation Cfg C

Name

200

-

Page 9


0000--

10mWmVmA

10mW

-7317

-1000

---

mA

-822

8800




--

-mAhmAhmAh

-mAmAmA

mAhmWh

500

-mVmAmW

Unit--

Value-1

mV

mVmA

-

2800

03

800010

Unit-

mVmV

-6000

06000

Name

Name Value

Gas Gauging



Wake Current Reg

5000

Power

Term Voltage


IT Cfg


5025


User Rate-mA

Reserve Cap-mAh

00

Power

User Rate-mW

5518

mAhmAh

--

Unit-

500050005518

Quit CurrentState

10-


5646

02128


Value-

PF Status


00000000


0000



Qmax cell 2

Page 10


10

---

5754-

239

-5754

0

----

----

----

---

Value-

1010

12250067291-0245

----

----

----

Unit-

Calibration



00Int Temp Offset

-CC Current 2000

8400Voltage Signal

Config

32250


2980250

1984

4012

-28285

32

-7537

-300

500

Filter

Int Max Temp

4012Int Coef 1

Current


Ext Coef 1

DeadbandCC Deadband

--

Ext Max Temp

Int Min AD

-


Ext Coef 4


Ext Coef 3

Ext Min AD

Ext Coef 2

0

20848

Ext1 Temp Offset

Int Coef 20

Ref Voltage


-

-

Page 11




3 PACK+ -

4 PACK+ -

5 PACK+ -

6 NC -

7 PRES -


14 PACK- -

15 PACK- -


-



--

-


-

-



Comment



Power ground -

-


-

----

Page 12

11

22

33

44

55

66

DD

CC

BB

AA

GA

LLO

PWIR

E EN

TERP

RISE

LTD

Title

Size

Dat

e

Des

igne

d

Chec

ked

App

rove

dR

evD

ocum

ent N

umbe

rIS

O N

umbe

rPr

ojec

t Num

ber

File

Nam

e

Shee

tO

f1

120

107

30

Pega

tron

LUCI

D-M

3F

No

551

Se

c 7

Jho

ngsia

o E

Rd

Nan

gang

Dist

rict

Taip

ei 1

15 T

aiw

anTE

L 8

86-2

-278

5609

8 FA

X 8

86-2

-278

5-57

73

S220

2SC

-PRL

UCI

W-C

C

SC-P

RLU

CIW

-CS

CHD

OC

D27

2-W

50W

B

R18

R13

R10

C16

C15

C17

C3

C4

C7

C10

C11

R3R2R1

D2

R6 TP14

VG

VH

D1

R5

C1R4

TP15

D3

JP1

12

3

F1

VP

7 6 58

4

1 2 3Q

2

C2

C12

TP19

A K

D4

R8

R9

C5

C6

C9

R7

R11

A K

D5

Q4

R20

R21

R12

R14

R15

R23 R22

R19

R24

TH1

C18

R27

R31

C22C21

TP1

TP3

TP6

TP

VP

VH

VG

Q1

P+1

P+2

P+3

P+4

P+5

NC

6

PRES

7

SMD

8

SMC

9

BI

10

P-11

P-12

P-13

P-14

P-15

J1

R30

R26

R25

D6

D7

TP2

TP20

R17

R16

C8

TP17

C14C13

TP11

TP7

TP8

C23

TP

VG

VP

VH

C24

C19

C20

R28

R29

TP22

R33

TP16

SAFE16

CHG38

VSS7

REG338

VCELL+10

VCC3

NC19

PRES12

ALERT11ZVCHG4

DSG1

PGOD5

VSS 21VSS 25VSS 28

VC5 32

VC3 34

VC4 33

VC2 35VC1 36

BAT 37


PACK2

PMS6

SMBC18SMBD17

TOUT9

TS113

TS214

VSS 20

GSRN 23

GSRP 22

RESET 29

MRST 24

ASRP 31

ASRN 30

U1

VH

1TP

31

TP32

TP33

TP34

TP35

TP36

TP37

TP38

TP39

TP40

TP41

TP42

TP43

TP44

TP45

C25

7 6 58

4

1 2 3

Q3

VC1

8

VC2

7

VC3

6

GN

D5

VD

44

CD3

VD

D2

OU

T1

U2

76

10









1 00250 HSF外箱 395395175mm REVA 呈泰













































商品編號

8299-PRLUCMD50004

7481-ROHS50000102

8392-LUCM14D50A01

8415-G128C3G1DA04

8415-G156F0G1DB04

8415-W04540F11A04

8421-AC9754000A04

8480-014040180A04

8480-061913R0XA08

8480-143838154004

8480-153838010A04

8480-283503030A04

8481-LUDM12CT1A11

8481-LUDMF26T1A11

8483-500600404A04

8376-LUCM14D50A01

8401-500020001104

8411-007521C00A02

8415-D12221115A03

8373-LUCM1D000A01

8410-5X0501360101

8448-11032F300A02

8464-4F0WCSX1NA26

8423-LUCM10100B02

8431-BQ20Z4513101

8431-BQ2941028101

8436-3K302T221101

8436-N7002A251103

8436-PC8026224101

8439-148WS1100104

8439-23C5V1200104

8439-C5V6S2100104

8442-0R4222000101

8442-104221000101

8442-104422000102

8442-105222000101

8442-225112000101

8442-225223000101

8449-1000J1110103

8449-1000J1220103

8449-1001J1110103

8449-1001J1220103

8449-1003J1110103

8449-1004J1110103

8449-1004J1220103

8449-2203J1110103

8449-3004J1220103

8483-120500303103

8449-5101J1110103

8449-6192F1220103

8449-8451F1220103

8449-R010F2660102

GLWUSER
GLWUSER
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)

Form No QF-T-PS-02B



Content

1 Scope 5

2 Model 6462B4 5

3 Specification 5









52 Others 7



1 Charge 8

2 Discharge 9



5 Storage 11



8 Others 15

ATL


REV A

SHEET 4 of 15

1 Scope



















Form No QF-T-PS-02B

ATL


REV A

SHEET 5 of 15



Charge


NA



ge4800mAh


300cycles ge 80



5 Initial Impedance









45 Environment Test




Form No QF-T-PS-02B

ATL


REV A

SHEET 6 of 15










W Width 620 mm max








Form No QF-T-PS-02B

ATL















Form No QF-T-PS-02B

ATL










usage conditions









Form No QF-T-PS-02B

ATL












Form No QF-T-PS-02B

ATL






















Form No QF-T-PS-02B

ATL







Form No QF-T-PS-02B

ATL














Form No QF-T-PS-02B

ATL








coffee or others




Form No QF-T-PS-02B

ATL

bq20z45-R1















PACKAGE (1)





1




Coloumb

Counter

HW OverCurrent amp


Cell Voltage

Multiplexer

N-Channel FETDrive


Power Mode

Control

SMBD

GS

RP

GS

RN

AS

RP

AS

RN

GP

OD

ZV

CH

G

CH

G

DS

G

VC5

VC4

VC3

VC2

VC1

SMBC

Cell Balancing

Temperature

Measurement

Data Flash

Memory

SMB 11


Gas Gauging

SHA-1

Authentication


Protection

Voltage

Measurement

Over Current

Protection

Oscillator

Charging

Algorithm


Logic

OverTemperature

Protection

SA

FE

PF

IN

TS

2

TS

1

TO

UT

PM

S

Watchdog

Regulators

RESET

ALERT

REG33

REG25

VCELL+

BA

T

PA

CK

VC

C

VS

S

MSRT

RBI


Pack -

RSNS

5 m - 20 m typW W

Pack +

SMBC

SMBD

bq20z45ndashR1

GNDVC4

VC3

VC2

VC1 VDD

OUT

CD

bq294xx

1DSG

2PACK

3

11

VCC

ALERT

4

12

ZVCHG

PRES

5

13

6

14

PMS

TS2

7

15

VSS

PFIN

8

16

REG33

SAFE

9

17

TOUT

SMBD

10

18

19

VCELL+

SMBC

NC

CHG38

BAT37

VC1

VSS

36

28

VC2

RBI

35

27

VC3

REG25

34

26

VC4

VSS

33

25

VC5

MRST

32

24

ASRP

GSRN

31

23

ASRN

GSRP

30

22

RESET

VSS

VSS

29

21

20

GPOD

TS1

bq20z45-R1





(TOP VIEW)



bq20z45-R1


PIN FUNCTIONSPIN








CHG pin



























applications







bq20z45-R1



PIN UNIT
























VC(n)-VC(n+1) n = 1234 0 5 V




PACK PMS 0 25 V










bq20z45-R1




SUPPLY CURRENT
















POWER-ON RESET




WATCHDOG TIMER


















bq20z45-R1








THERMISTOR DRIVE











output 0147 0150 0153(VC5=135V VC1=135V)45




CELL BALANCING




VOL = 205 mV (max) 185 205 225


V(SCC) = 475 mV (max) 428 475 523














bq20z45-R1










RESET 1 3 6

ALERT 02












ADC (2)











COULOMB COUNTER














bq20z45-R1







VOLTAGE REFERENCE

















bq20z45-R1











RAM BACKUP














Transmit mode 300













TLOWTR TF

THDSTA

TSUDATTHDDAT

THDSTA

TBUF

SCLK

SDATA

TSUSTO

PSSP

SCLK

SDATA

Start StopTLOWSEXT



dagger

TSUSTATHIGH

bq20z45-R1






bq20z45-R1


FEATURE SET














Gas Gauging





bq20z45-R1




Authentication


Power Modes





CONFIGURATION

Oscillator Function










bq20z45-R1


Voltage


Current


Auto Calibration


Temperature




bq20z45-R1


COMMUNICATIONS




SBS Commands












































bq20z45-R1












































bq20z45-R1







PackageDrawing

Pins PackageQty












wwwticom 4-Jan-2010

Addendum-Page 1




FUNCTION

APPLICATIONS

GND

OUT

VDD

CD

VC4

VC1

VC3

1

2 VC2

3

4 5

6

7

8

DCT PACKAGE

(TOP VIEW)

1

2

3

4

8

7

6

5

VC1

VC2

VC3

GND

OUT

VDD

CD

VC4

PW PACKAGE

(TOP VIEW)

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419









1





bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419






























bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419
















1

2

6

5

81

2

6

5

81

2

6

5

8

3

4

887

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419







VC1

VC2

VC4

VC3

GND

VDD

OUT

CD

12 V (TYP)

RVD

CVD

ICD = 02 A (TYP)

CIN

RIN

RIN

RIN

RIN

CIN

CIN

CIN

C(DELAY)



td

12 V C(DELAY)

ICD

C(DELAY) td ICD

12 V

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419










V(PROTECT)


VC4 - GND)

CD

OUT

12 V

tDELAY

V(PROTECT) - Vhys



BATTERY CONNECTIONS

224

223

222

111

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

887

1

2

6

5

81

2

6

5

81

2

6

5

8

3

4

887

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419







1

2

63

4

7

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

7

CELL CONNECTIONS

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419











PackageDrawing

Pins PackageQty



















































wwwticom 7-Mar-2009

Addendum-Page 1


PackageDrawing

Pins PackageQty






















































wwwticom 7-Mar-2009

Addendum-Page 2


PackageDrawing

Pins PackageQty
















wwwticom 7-Mar-2009

Addendum-Page 3



Device PackageType

PackageDrawing


(mm)

ReelWidth

W1 (mm)


W(mm)

Pin1Quadrant

BQ29410DCT3R SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29410DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29410DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29410PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29410PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29411DCT3R SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29411DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29411DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29411PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29411PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29412DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29412DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29412PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29412PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29413DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29413DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29413PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29414DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3




Device PackageType

PackageDrawing


(mm)

ReelWidth

W1 (mm)


W(mm)

Pin1Quadrant

BQ29414DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29414PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29415DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29415DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29415PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29419PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1



BQ29410DCT3R SM8 DCT 8 3000 1820 1820 200

BQ29410DCTR SM8 DCT 8 3000 1820 1820 200

BQ29410DCTT SM8 DCT 8 250 1820 1820 200

BQ29410PWR TSSOP PW 8 2000 3460 3460 290

BQ29410PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29411DCT3R SM8 DCT 8 3000 1820 1820 200

BQ29411DCTR SM8 DCT 8 3000 1820 1820 200

BQ29411DCTT SM8 DCT 8 250 1820 1820 200

BQ29411PWR TSSOP PW 8 2000 3460 3460 290

BQ29411PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29412DCTR SM8 DCT 8 3000 1820 1820 200





BQ29412DCTT SM8 DCT 8 250 1820 1820 200

BQ29412PWR TSSOP PW 8 2000 3460 3460 290

BQ29412PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29413DCTR SM8 DCT 8 3000 1820 1820 200

BQ29413DCTT SM8 DCT 8 250 1820 1820 200

BQ29413PWR TSSOP PW 8 2000 3460 3460 290

BQ29414DCTR SM8 DCT 8 3000 1820 1820 200

BQ29414DCTT SM8 DCT 8 250 1820 1820 200

BQ29414PWR TSSOP PW 8 2000 3460 3460 290

BQ29415DCTR SM8 DCT 8 3000 1820 1820 200

BQ29415DCTT SM8 DCT 8 250 1820 1820 200

BQ29415PWR TSSOP PW 8 2000 3460 3460 290

BQ29419PWR TSSOP PW 8 2000 3460 3460 290




MECHANICAL DATA




065 M010

010

025

050075

015 NOM

Gage Plane

28

980

960

24

790

770

2016

660

640

4040064F 0197

030

660620

8

019

430450

7

015

14

A

1

120 MAX

14

510

490

8

310

290

A MAX

A MIN

DIMPINS

005

490

510

Seating Plane

0degndash8deg


MECHANICAL DATA





060020

025

0deg ndash 8deg

015 NOM

Gage Plane

4188781C 0902

425

5

030015

290375270

8

4

315275

1

010000

130 MAX

Seating Plane

010

M013065

PIN 1INDEX AREA




2


1 APPEARANCE

1-1 DIMENSIONS


1-3 MARKING

No marking





4Thermal time


5Operating




3

3 RELIABILITY


PeriodicitySampling

Size


Performance

1High

TemperatureStorage



hrs

DryingOven

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

2Low

TemperatureStorage



hrs

DryingOven

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

3 Humidity




hrs



R25R25≦

plusmn3

BB≦ plusmn 2

4

ThermalShock




hrs

ThermalShockTester

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

30min

30min

+100

-30

ordinary

temp

4


ES TA4 103 F 3435 F - 30 030 S C

E WAY Sensor




B Value (degK)





A UL1430

B UL1571

C UL3302 HF

D UL2468

E UL2651

F UL1332 Teflon

G UL10362 Teflon

O Others


Temp Coef


-30 107666 111407 115267 -511 -336 346 -068 066

-29 102375 105878 109490 -508 -331 341 -067 065

-28 97371 100653 104034 -505 -326 336 -067 065

-27 92639 95713 98878 -502 -321 331 -066 064

-26 88163 91042 94006 -499 -316 326 -065 063

-25 83926 86624 89400 -496 -311 320 -065 063

-24 79916 82444 85044 -493 -307 315 -064 062

-23 76119 78488 80923 -490 -302 310 -063 062

-22 72522 74743 77024 -487 -297 305 -063 061

-21 69115 71197 73334 -485 -292 300 -062 060

-20 65886 67838 69840 -482 -288 295 -061 060

-19 62825 64655 66532 -479 -283 290 -061 059

-18 59922 61639 63397 -476 -278 285 -060 058

-17 57169 58779 60428 -474 -274 280 -059 058

-16 54558 56067 57613 -471 -269 276 -059 057

-15 52079 53495 54944 -468 -265 271 -058 057

-14 49727 51055 52413 -466 -260 266 -057 056

-13 47493 48738 50012 -463 -256 261 -056 055

-12 45371 46540 47733 -460 -251 257 -056 055

-11 43356 44452 45571 -458 -247 252 -055 054

-10 41440 42469 43518 -455 -242 247 -054 053

-9 39620 40584 41568 -453 -238 242 -054 053

-8 37889 38794 39717 -450 -233 238 -053 052

-7 36243 37092 37957 -447 -229 233 -052 051

-6 34677 35473 36285 -445 -225 229 -051 050

-5 33187 33934 34695 -442 -220 224 -051 050

-4 31769 32470 33183 -440 -216 220 -050 049

-3 30419 31076 31745 -437 -212 215 -049 048

-2 29133 29750 30377 -435 -207 211 -048 048

-1 27909 28488 29075 -432 -203 206 -048 047

0 26743 27285 27836 -430 -199 202 -047 046

1 25631 26140 26656 -428 -195 198 -046 046

2 24571 25049 25532 -425 -190 193 -045 045

3 23561 24009 24462 -423 -186 189 -045 044

4 22598 23017 23442 -420 -182 185 -044 043

5 21679 22072 22470 -418 -178 180 -043 043

6 20802 21171 21543 -416 -174 176 -042 042

7 19966 20311 20660 -414 -170 172 -042 041

8 19167 19490 19817 -411 -166 168 -041 040

9 18404 18707 19013 -409 -162 163 -040 040



Part No

Temperature()

ESTA4103F3435F-30030SC

5


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

10 17676 17960 18246 -407 -158 159 -039 039

11 16981 17246 17513 -404 -154 155 -038 038

12 16316 16564 16814 -402 -150 151 -038 037

13 15681 15913 16147 -400 -146 147 -037 036

14 15074 15291 15509 -398 -142 143 -036 036

15 14493 14696 14900 -396 -138 139 -035 035

16 13938 14127 14318 -393 -134 135 -034 034

17 13407 13584 13762 -391 -130 131 -033 033

18 12899 13064 13230 -389 -126 127 -033 032

19 12413 12567 12721 -387 -123 123 -032 032

20 11947 12091 12235 -385 -119 119 -031 031

21 11502 11636 11770 -383 -115 115 -030 030

22 11075 11200 11325 -381 -111 111 -029 029

23 10667 10782 10898 -379 -107 108 -028 028

24 10275 10383 10491 -377 -104 104 -028 028

25 9900 10000 10100 -375 -100 100 -027 027

26 9533 9633 9733 -373 -104 104 -028 028

27 9182 9282 9382 -371 -107 108 -029 029

28 8846 8945 9045 -369 -111 111 -030 030

29 8523 8622 8721 -367 -115 115 -031 031

30 8214 8313 8411 -365 -118 119 -033 032

31 7918 8016 8114 -363 -122 122 -034 034

32 7634 7731 7828 -361 -125 126 -035 035

33 7362 7458 7554 -359 -129 130 -036 036

34 7100 7196 7291 -357 -133 133 -037 037

35 6849 6944 7039 -355 -136 137 -039 038

36 6609 6702 6796 -353 -140 140 -040 040

37 6378 6470 6563 -351 -143 144 -041 041

38 6156 6247 6340 -349 -146 148 -042 042

39 5943 6033 6125 -348 -150 151 -043 043

40 5738 5828 5918 -346 -153 155 -045 044

41 5542 5630 5719 -344 -157 158 -046 046

42 5353 5440 5528 -342 -160 162 -047 047

43 5172 5258 5345 -340 -163 165 -049 048

44 4998 5082 5168 -339 -167 169 -050 049

45 4830 4913 4998 -337 -170 172 -051 050

46 4669 4751 4834 -335 -173 175 -052 052

47 4514 4595 4677 -333 -177 179 -054 053

48 4365 4445 4526 -332 -180 182 -055 054

49 4221 4300 4380 -330 -183 186 -056 056

6


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

50 4083 4161 4239 -328 -186 189 -058 057

51 3950 4027 4104 -327 -190 192 -059 058

52 3823 3898 3974 -325 -193 196 -060 059

53 3699 3773 3848 -323 -196 199 -062 061

54 3581 3654 3728 -322 -199 202 -063 062

55 3467 3538 3611 -320 -202 205 -064 063

56 3357 3427 3499 -318 -205 209 -066 065

57 3251 3320 3390 -317 -209 212 -067 066

58 3149 3217 3286 -315 -212 215 -068 067

59 3050 3117 3185 -314 -215 218 -070 068

60 2956 3021 3088 -312 -218 222 -071 070

61 2864 2929 2995 -310 -221 225 -072 071

62 2776 2840 2904 -309 -224 228 -074 072

63 2691 2753 2817 -307 -227 231 -075 074

64 2609 2670 2733 -306 -230 234 -077 075

65 2530 2590 2652 -304 -233 237 -078 077

66 2453 2513 2573 -303 -236 240 -079 078

67 2380 2438 2497 -301 -239 244 -081 079

68 2309 2366 2424 -300 -242 247 -082 081

69 2240 2296 2354 -298 -245 250 -084 082

70 2174 2229 2285 -297 -247 253 -085 083

71 2110 2164 2219 -295 -250 256 -087 085

72 2048 2101 2155 -294 -253 259 -088 086

73 1988 2040 2094 -292 -256 262 -090 088

74 1930 1982 2034 -291 -259 265 -091 089

75 1875 1925 1977 -289 -262 268 -093 090

76 1821 1870 1921 -288 -265 271 -094 092

77 1769 1817 1867 -287 -267 274 -095 093

78 1718 1766 1815 -285 -270 277 -097 095

79 1670 1717 1765 -284 -273 280 -098 096

80 1623 1669 1716 -282 -276 282 -100 098

81 1577 1622 1669 -281 -278 285 -102 099

82 1533 1577 1623 -280 -281 288 -103 101

83 1490 1534 1579 -278 -284 291 -105 102

84 1449 1492 1536 -277 -287 294 -106 103

85 1409 1451 1494 -276 -289 297 -108 105

86 1371 1412 1454 -274 -292 300 -109 106

87 1333 1374 1415 -273 -295 302 -111 108

88 1297 1337 1378 -272 -297 305 -112 109

89 1262 1301 1341 -270 -300 308 -114 111

7


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

90 1228 1267 1306 -269 -302 311 -115 112

91 1195 1233 1272 -268 -305 314 -117 114

92 1164 1200 1238 -267 -308 316 -119 115

93 1133 1169 1206 -265 -310 319 -120 117

94 1103 1138 1175 -264 -313 322 -122 118

95 1074 1109 1145 -263 -315 325 -123 120

96 1046 1080 1115 -262 -318 327 -125 122

97 1019 1052 1087 -260 -320 330 -127 123

98 992 1025 1059 -259 -323 333 -128 125

99 967 999 1033 -258 -325 335 -130 126

100 942 974 1007 -257 -328 338 -132 128

101 918 949 981 -256 -330 341 -133 129

102 894 925 957 -254 -333 343 -135 131

103 872 902 933 -253 -335 346 -137 132

104 850 880 910 -252 -338 349 -138 134

105 829 858 888 -251 -340 351 -140 136

8

SSM3K302T

2007-11-01 1







Pulse IDP 60 A













ID = 20 A VGS = 40 V (Note2) ⎯ 52 71


ID = 05 A VGS = 18 V (Note2) ⎯ 81 131

mΩ




VDS = 10 V VGS = 0 f = 1 MHz

⎯ 47 ⎯

pF





⎯ 15 ⎯

nC


Turn-off time toff


ns


Note2 Pulse test

Unit mm

JEDEC ―

JEITA ―

TOSHIBA 2-3S1A

Weight 10 mg (typ)

SSM3K302T

2007-11-01 2









(c) VOUT


VDD

OUT IN 25 V

0

10 μs R

G

tf

ton

90

10

25 V

0 V

10

90

toff

tr

VDD

VDS (ON)

KKA

1 2

3

1 2

3

SSM3K302T

2007-11-01 3

ID ndash VDS

0

4

0 02 04 06 1

3

VGS = 15 V

10 V

1

2

18 V

25 V

08

5

RDS (ON) ndash Ta

0 minus50

ID = 20 A VGS = 40 V

0 50 150

100

200

300

100

0 2 6 8 4 0

100

200

RDS (ON) ndash VGS

150

50

10 A 25 V

10

ID ndash VGS

10

0

01

1

0001

001

0000120

minus 25 degC

Ta = 100 degC

25 degC

10

Vth ndash Ta

10

0minus50 0 150

05

50 100

40 V

250

150

50

05 A 18 V

VGS = 40 V

RDS (ON) ndash ID

0 1 3 4 2 0

100

200

150

50

5

25 V

18 V

minus 25 degC

Ta = 100 degC

25 degC


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)



ID = 05 A

Common Source

Ta = 25degC


Dra

inndashs

ourc

e O

N-r

esis

tanc

e R

DS

(ON

) (

mΩ

)


Dra

inndashs

ourc

e O

N-r

esis

tanc

e R

DS

(ON

) (

mΩ

)

Common Source

Ta = 25degC


Gat

e th

resh

old

volta

ge

Vth

(V

)


Dra

inndashs

ourc

e on

-res

ista

nce

RD

S (O

N)

(mΩ

)

Common Source

Common source

VDS = 3 V

ID = 1 mA

SSM3K302T

2007-11-01 4

t ndash ID

1001

100

01

1000

1 10

toff

10

IDR ndash VDS

|Yfs| ndash ID

01 10

1

10

01 1

3

03

C ndash VDS

10 01 1 10 100

100

1000

300

500

30

50

Ciss

CossCrss

001

10

0

01

1

0001

001


minus25 degC

Ta =100 degC

25 degC

tf

ton

tr

Dra

in re

vers

e cu

rren

t I

DR

(A

)


Forw

ard

trans

fer a

dmitt

ance

⎪Y

fs⎪

(S

)

Common Source

VGS = 0 V

Ta = 25degC

G

D

S

IDR

Common Source

VDS = 3 V

Ta = 25degC

Sw

itchi

ng ti

me

t

(ns)


Cap

acita

nce

C

(pF)





0 0

VDD=15V

4 8

4

8

12

10

6

2


Ta = 25degC

VDD=24V

Gat

endashS

ourc

e vo

ltage

V

GS

(V

)

SSM3K302T

2007-11-01 5

Tran

sien

t the

rmal

impe

danc

e R

th (deg

CW

)

Pulse width tw (s)

rth ndash tw

1

100

1000

10

0001 001 01 10001 10 100




b

a


PD ndash Ta

Dra

in p

ower

dis

sipa

tion

PD

(m

W)

800

0

200

120 100 140

400

600

160

1000

80 60 40 20 0 -20 -40

a

b



SSM3K302T

2007-11-01 6












2009 7 2 14




Revision No 7




DIM MILLIMETERS

1 SOURCE

2 GATE

3 DRAIN

SOT-23

A

B

C

D

E

293 020

130+020-015

045+015-005

240+030-020

G 190

H

J

K

L

M

N

095

013+010-005

000 ~ 010

055

020 MIN

100+020-010

M

J

K

E

1

2 3

H

GA

NC

B

D 130 MAX

L L

P P

P 7

+_












mAPulsed IDP 800




D

G

S



Type Name

Marking

Lot No

WB

EQUIVALENT CIRCUIT

2009 7 2 24

2N7002A

Revision No 7





VGS=10V ID=500mA - 18 5



VGS=10V ID=500mA - 09 25V

VGS=5V ID=50mA - - 025







- 20 50




VGS=10V RGEN=25

- - 20nS





IS - - - 115 mA


ISM - - - 800 mA


OUTOUTPUT V 10 10

10

90 90

90

50 50

ftrt

ININPUT V

INVERTED

PULSE WIDTH

d(on)t d(off)t

ont offt


GSVGENR

V DD

R L

VOUT

DUT

D

G

S

INV


2009 7 2 34

2N7002A

Revision No 7


DR

AIN

CU

RR

EN

T I

(

A)

D

0

DS

0

I - VD DS

1

COMMON SOURCE

Ta=25 C

V =3VGS

2 3 4 5

05

10

15

20

4V

5V

6V

7V10V

9V 8V


DR

AIN

CU

RR

EN

T I

(A

)D

GS

I - VD GS

0

0

2

COMMON SOURCE

Ta=

-55

C

V =10VGS

4 6 8 10

08

04

12

16

20

Ta=

25 C

Ta=

125

C

0

05

02

COMMON SOURCE

V =10VGS

04 06 08 10

15

10

20

25

30

Ta=25 C

DR

AIN

SO

UR

CE

ON

- R

ES

IST

AN

CE

R (Ω

) (N

OR

MA

LIZ

ED

)


DS

(ON

)

R - IDS(ON) D

-50

0

-25

COMMON SOURCE

I =500mAD

V =10VGS

0 25 50 75 100 125 150

10

20

30

40

DR

AIN

SO

UR

CE

ON

- R

ES

IST

AN

CE

R (Ω

) (N

OR

MA

LIZ

ED

)


DS

(ON

)

R - TDS(ON) j

-50

08

-25

COMMON SOURCE

V =VDS GS

I =1mAD

0 25 50 75 100 125 150

09

085

095

10

11

105

GA

TE

-SO

UR

CE

TH

RE

SH

OL

D V

OL

TA

GE

V

(NO

RM

AL

IZE

D)


th

V - Tth j


RE

VE

RS

E D

RA

IN C

UR

RE

NT

I (

A)

S

SD

I - VS SD

001

02

003

01

03

1

3

10COMMON

SOURCE

V =0GS

30

Ta=

-55 C

04 06 08 10 12 14

Ta=

25 C

Ta=

125

C

2009 7 2 44

2N7002A

Revision No 7

COMMON SOURCE

Ta=25 C

f=1MHz

V =0


CA

PA

CIT

AN

CE

C (p

F)

1 1053 30

C - V

GS

DS

50

DS

C rss

ossC

Ciss

1

5

3

10

50

30

100

GATE CHARGE Q (nC)

GA

TE

-SO

UR

CE

VO

LT

AG

E V

(

V)

GS

g

V - QGS g

0

0

04

COMMON SOURCE

V =25VDS

I =115mAD

08 12 16 20

4

2

6

8

10

I - V


DR

AIN

CU

RR

EN

T I

(

A)

D DS

D

1 3 10 100305

SINGLE PULSE

Ta=25 C

GSV =10V

100micros

1mS

10mS

100mS1s

10s

DC

DS(ON)

R

L

IMIT

50

2

0005

001

003

005

01

03

05

1

P - TaD


0 20 40

50

D

0DR

AIN

PO

WE

R D

ISS

IPA

TIO

N P

(m

W)

60 80 100 120 140 160

100

150

200

250

300

350

TPC8026

2007-02-15 1











(Note 2a) PD 19 W


(Note 2b) PD 10 W


(Note 3) EAS 44 mJ









Unit mm

JEDEC ―

JEITA ―

TOSHIBA 2-6J1B

Weight 008 g (typ)


8 6

1 2 3

7 5

4

TPC8026

2007-02-15 2







Marking (Note 5)






(a)


(unit mm)

(b)


(unit mm)



T P C 8 0 2 6Lot No



TPC8026

2007-02-15 3









VGS = 10 V ID = 65 A ⎯ 51 66 mΩ






⎯ 570 ⎯

pF




Switching time

Turn-OFF time toff

Duty lt = 1 tw = 10 μs ⎯ 54 ⎯

ns





⎯ 14 ⎯

nC





RL

= 2

3 Ω

VDD sim minus 15 V

0 VVGS

10 V

47

Ω

ID = 65 AVOUT

TPC8026

2007-02-15 4

100100

5 6

VGS = 10 V

45

1

100

10

01 1 10

Ta = minus55degC

25 100

01 1 10 01

1

10

100

1000

65

ID = 13 A

3

0 2 4 6 8 100

004

008

012

016

020


25degC

1 2 3 4 0

10

20

30

40

50

0

6

38

VGS = 3 V

34

10

36 45

8

4

32

31

0 02 04 06 08 10

4

8

12

16

20

33

6

38

VGS = 3 V

34

10

36

4

8

45

3231

0 04 08 12 16 20

10

20

30

40

50

33

ID ndash VDS

ID ndash VDS

ID ndash VGS

VDS ndash VGS

|Yfs| ndash ID

RDS (ON) ndash ID







Forw

ard

trans

fer a

dmitt

ance

|Y

fs|

(S

)

D

rain

minussou

rce

volta

ge

VD

S

(V)


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)



Dra

inminuss

ourc

e O

N re

sist

ance

R

DS

(ON

) (

mΩ

)

TPC8026

2007-02-15 5

60 70

80 160120

VDS

VGS

24 12

0 20 40

4

12

16

20

0

10

20

30

50

40

8

10 30 50

VDD = 6V

0

(1)

(2)

0

04

08

12

16

0 40 80 160120

2


3

25

05

15

2

1

Ciss

Coss

Crss

1000

10000

100 01 1 10 100

1045

3

VGS = 0 V

1


1000

1

10

100

VGS = 45 V

ID = 36513 A

ID = 36513 A

0

4

8

12

16

minus80 minus40 0 40 80 120 160

VGS = 10 V

RDS (ON) ndash Ta

IDR ndash VDS

Vth ndash Ta

PD ndash Ta







Dra

in-s

ourc

e O

N re

sist

ance

R

DS

(ON

) (

mΩ

)


D

rain

reve

rse

curr

ent

ID

R

(A)



C

apac

itanc

e C

(p

F)


G

ate

thre

shol

d vo

ltage

V

th

(V)


D

rain

pow

er d

issi

patio

n P

D

(W)

Gat

eminusso

urce

vol

tage

V

GS

(V

)



D

rain

minussou

rce

volta

ge

VD

S

(V)


TPC8026

2007-02-15 6

t = 10 ms

1 ms

VDSS max

01 1 10 10001

1

10

100

01 0001 001 01 1 10 100 1000

1

10

100

1000

(2)

(1)


rth minus tw

Single pulse

Pulse width tw (s)


Tran

sien

t the

rmal

impe

danc

e r

th

(degC

W)

D

rain

cur

rent

I D

(A

)

Safe operating area

ID max (Pulse)



TPC8026

2007-02-15 7








1 Scope






Inner conductor

Dia(approx) mm 038


Insulation


BlueOrangePurple


insulation

conductor






SG-OF-04040M1



Product Produit













certificat




11561 Taipei TAIWAN




8299-PRLUCMD50004

IEC 60950-1 2005

TOy SOD PSB Pte Ltd

081-100634-100

--------___----~


Date 2010-07-15

CBS 10 07 55634 144 ( Bill Lin )


Page 1 of 1


EMC TEST REPORT




Trade Name NA





Jun 30 2010


Test Performed by







CONTENTS



















EUT Battery pack

Trade name NA


Test specifications



Regulations applied


Immunity EN 550241998A12001A22003












8299-PRLUCMD50004 ----










31 Emissions



32 Immunity




















41 Emissions













Results ( dBuVm )

Emission Frequency

( MHz) HOR VER

CORRdFactor( dB )

HOR VER

Limit (dBuVm)

Margins ( dB )

4729 144 148 104 248 252 300 -48

6958 164 160 87 251 247 300 -49

14324 114 118 135 249 253 300 -47

49136 80 81 228 308 309 370 -61

57233 64 68 250 314 318 370 -52

64965 46 52 263 309 315 370 -55


















Results ( dBuVm )

Emission Frequency

( MHz) HOR VER

CORRdFactor( dB )

HOR VER

Limit (dBuVm)

Margins ( dB )

5392 166 161 87 253 248 300 -47

7325 160 162 89 249 251 300 -49

15866 121 123 130 251 253 300 -47

51145 70 74 234 304 308 370 -62

60724 55 55 254 309 309 370 -61

70856 43 42 272 315 314 370 -55










Mode Discharge Mode


42 42 Immunity
















VCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

HCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

P1~P10 --- --- --- --- --- --- --- --- A A A A A A --- ---


















VCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

HCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

P1~P10 --- --- --- --- --- --- --- --- A A A A A A --- ---




TEST POINTS



Mode Charge Mode

Mode Discharge Mode
















EUT

Interfere source

HorizontalVertical





80-1000 Horizontal


80-1000 Vertical

right A















EUT

Interfere source

HorizontalVertical





80-1000 Horizontal


80-1000 Vertical

right A




Mode Discharge Mode

















Y

Z

Z - Axis

X

Y - Axis

X

Y

Z

X - Axis

X

Y

Z















Y

Z

Z - Axis

X

Y - Axis

X

Y

Z

X - Axis

X

Y

Z



Mode Discharge Mode



1 Top View of EUT




3 Side View of EUT

4 Side View of EUT







7 Label View of EUT

END

8401-500020001104pdf


NOA 6462B4 UL1642-10NK04239-Mar-12-2010pdf







8431-BQ20Z4513101pdf

BQ20Z45-R1pdf

BQ20Z45-R1 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION







FEATURE SET




Gas Gauging


Authentication

Power Modes

CONFIGURATION

Oscillator Function




Voltage

Current

Auto Calibration

Temperature

COMMUNICATIONS


SBS Commands


bq20z45-R1-MSDSpdf



8431-BQ2941028101pdf

BQ29410pdf

BQ29410 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

bq29410-1pdf



8431-BQ20Z4513101pdf

BQ20Z45-R1pdf

BQ20Z45-R1 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION







FEATURE SET




Gas Gauging


Authentication

Power Modes

CONFIGURATION

Oscillator Function




Voltage

Current

Auto Calibration

Temperature

COMMUNICATIONS


SBS Commands


bq20z45-R1-MSDSpdf



8431-BQ2941028101pdf

BQ29410pdf

BQ29410 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

bq29410-1pdf



8410-5X0501360101D6X-050-Apdf


D6X-050-A SPECpdf

Image1

Image2

Image3

Image4

Image5

Image6

Image7

Image8

Image9

MSDS D6X-050-Apdf

GLW MLD(MSDS)pdf

MCD_D6X-050-Apdf



8448-11032F300A02 ESTA4103F3435F-30030SCpdf


ulcom


HF Wire-MSDSpdf

Page1

Page2

Copper Wire-MSDSpdf

Page1

Page2

8436-3K302T221101 SSM3K302Tpdf







Notice on Usage

Handling Precaution

8436-PC8026224101 TPC8026pdf




Marking (Note 5)








-UL 3302 28 OD 08_ULpdf

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线

譽碩

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线




bq294xxpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS









4~10

435 plusmn 0025

3000


3000

Page 5




72 EEPROM data

NameVoltage


2nd Level Safety

- -mVmVmV

s


OT2 Dsg Time 0 s


OT1 Dsg Time 2

hex


-

s

Unit

-600

2

550

Value

0

s

Unit-

mVmV

4240

mA

hex

mV

mV

shexhex

mVmV

-mA

mVmV

s

4350

4240

-

424041002800

23000

OT2 Dsg Recovery

4100

3500

HT COV Threshold

CUV Threshold

CUV Recovery

OT2 Chg Recovery

HT COV Recovery

CUV Time

AFE OC Dsg Time


OT2 Chg Time

96

500

550

4100





4350


4350


OT2 Chg Threshold


90

-Value

1003AFE OC Dsg

1st Level Safety

OC (1st Tier) Dsg

LT COV Recovery

05

0

500

5000

Page 6


30003000256

020


Pre-Charge Cfg

JT4

JT2a

-

Name

s

s

Current

7500

750


SOT2 Chg Time650



mVs


500

s

300050020

s

-mVmVmA

s

Unit-

-s

s-s-

smV

s

mAs

mAs-

-

mAmV

ss

mVmV

mV

1800

5

SOT2 Chg Threshold0

-

100000

500600

Temp Hys 10

JT3

Charge Control

230

JT1JT2

Value-

00150

1

2

20

20



Pre-Chg Current



-

-

SOT2 Dsg Time



0

SOC Chg Time


10000

3000

SOC Dsg


Rest CIM Time

SOT1 Chg Time

02000

SOC Chg

SUV Threshold

3600

Page 7


-

4500100

C43700

0031

315039004000

mAmAmVmAmAmAmV

3150840031503150


4808400240024002400840031503150

ST2 Chg Voltage

-8400

LT Chg Current3

ST1 Chg Current3

LT Chg Voltage480

500037000

AS0826F43A --

mAh

mAhmWh

hexnum

Dont Care0

mVhexdate

Value-

5003700

1060807400

mAhmWhMinhex

-

smAh

-

mVmAmA

mV

mAmVmAmA

mV

-

mA

mAmVmA

Charging Faults

SBS Configuration



LT Chg Current2

FC Clear

DataRem Cap Alarm

Design Capacity


Cell Blancing Cfg

Taper Voltage

10-

9595-

TCA Clear 200

Taper Current


Min Cell Deviation

Charge Fault Cfg 02

480




Charge Cfg

LT Chg Current1

Rem Energy Alarm

Name


Dont Care

-

-

250

1702

mV

-mAh

Rem Time Alarm


Unit

Page 8


--

AFEAFEState_CTL

-00



-

-1500-1000-1500


-0


mVmV


----


5030

-

Value-

012924F800152070

0000

--

Unit-

-

mVmV

--

mVs

mV

Unit

-

-

0123456789ABCDEF012

-

1500-3000

39003800

300

0123456789ABCDEF012

78007600

0123456789ABCDEF0120123456789ABCDEF012

1500

250

Value

Non-Removable Cfg

Cell Life Limit

Device Chemistry


-7

TDA Clear FD Set

91


196000


16200



System Data

Lifetime Data

0123456789ABCDEF0123456789ABCDE


Operation Cfg B


O000

-

20

Operation Cfg A

Configuration

Registers


Operation Cfg C

Name

200

-


0000--

10mWmVmA

10mW

-7317

-1000

---

mA

-822

8800




--

-mAhmAhmAh

-mAmAmA

mAhmWh

500

-mVmAmW

Unit--

Value-1

mV

mVmA

-

2800

03

800010

Unit-

mVmV

-6000

06000

Name

Name Value

Gas Gauging



Wake Current Reg

5000

Power

Term Voltage


IT Cfg


5025


User Rate-mA

Reserve Cap-mAh

00

Power

User Rate-mW

5518

mAhmAh

--

Unit-

500050005518

Quit CurrentState

10-


5646

02128


Value-

PF Status


00000000


0000



Qmax cell 2

Page 10


10

---

5754-

239

-5754

0

----

----

----

---

Value-

1010

12250067291-0245

----

----

----

Unit-

Calibration



00Int Temp Offset

-CC Current 2000

8400Voltage Signal

Config

32250


2980250

1984

4012

-28285

32

-7537

-300

500

Filter

Int Max Temp

4012Int Coef 1

Current


Ext Coef 1

DeadbandCC Deadband

--

Ext Max Temp

Int Min AD

-


Ext Coef 4


Ext Coef 3

Ext Min AD

Ext Coef 2

0

20848

Ext1 Temp Offset

Int Coef 20

Ref Voltage


-

-

Page 11




3 PACK+ -

4 PACK+ -

5 PACK+ -

6 NC -

7 PRES -


14 PACK- -

15 PACK- -


-



--

-


-

-



Comment



Power ground -

-


-

----

Page 12

11

22

33

44

55

66

DD

CC

BB

AA

GA

LLO

PWIR

E EN

TERP

RISE

LTD

Title

Size

Dat

e

Des

igne

d

Chec

ked

App

rove

dR

evD

ocum

ent N

umbe

rIS

O N

umbe

rPr

ojec

t Num

ber

File

Nam

e

Shee

tO

f1

120

107

30

Pega

tron

LUCI

D-M

3F

No

551

Se

c 7

Jho

ngsia

o E

Rd

Nan

gang

Dist

rict

Taip

ei 1

15 T

aiw

anTE

L 8

86-2

-278

5609

8 FA

X 8

86-2

-278

5-57

73

S220

2SC

-PRL

UCI

W-C

C

SC-P

RLU

CIW

-CS

CHD

OC

D27

2-W

50W

B

R18

R13

R10

C16

C15

C17

C3

C4

C7

C10

C11

R3R2R1

D2

R6 TP14

VG

VH

D1

R5

C1R4

TP15

D3

JP1

12

3

F1

VP

7 6 58

4

1 2 3Q

2

C2

C12

TP19

A K

D4

R8

R9

C5

C6

C9

R7

R11

A K

D5

Q4

R20

R21

R12

R14

R15

R23 R22

R19

R24

TH1

C18

R27

R31

C22C21

TP1

TP3

TP6

TP

VP

VH

VG

Q1

P+1

P+2

P+3

P+4

P+5

NC

6

PRES

7

SMD

8

SMC

9

BI

10

P-11

P-12

P-13

P-14

P-15

J1

R30

R26

R25

D6

D7

TP2

TP20

R17

R16

C8

TP17

C14C13

TP11

TP7

TP8

C23

TP

VG

VP

VH

C24

C19

C20

R28

R29

TP22

R33

TP16

SAFE16

CHG38

VSS7

REG338

VCELL+10

VCC3

NC19

PRES12

ALERT11ZVCHG4

DSG1

PGOD5

VSS 21VSS 25VSS 28

VC5 32

VC3 34

VC4 33

VC2 35VC1 36

BAT 37


PACK2

PMS6

SMBC18SMBD17

TOUT9

TS113

TS214

VSS 20

GSRN 23

GSRP 22

RESET 29

MRST 24

ASRP 31

ASRN 30

U1

VH

1TP

31

TP32

TP33

TP34

TP35

TP36

TP37

TP38

TP39

TP40

TP41

TP42

TP43

TP44

TP45

C25

7 6 58

4

1 2 3

Q3

VC1

8

VC2

7

VC3

6

GN

D5

VD

44

CD3

VD

D2

OU

T1

U2

76

10









1 00250 HSF外箱 395395175mm REVA 呈泰













































商品編號

8299-PRLUCMD50004

7481-ROHS50000102

8392-LUCM14D50A01

8415-G128C3G1DA04

8415-G156F0G1DB04

8415-W04540F11A04

8421-AC9754000A04

8480-014040180A04

8480-061913R0XA08

8480-143838154004

8480-153838010A04

8480-283503030A04

8481-LUDM12CT1A11

8481-LUDMF26T1A11

8483-500600404A04

8376-LUCM14D50A01

8401-500020001104

8411-007521C00A02

8415-D12221115A03

8373-LUCM1D000A01

8410-5X0501360101

8448-11032F300A02

8464-4F0WCSX1NA26

8423-LUCM10100B02

8431-BQ20Z4513101

8431-BQ2941028101

8436-3K302T221101

8436-N7002A251103

8436-PC8026224101

8439-148WS1100104

8439-23C5V1200104

8439-C5V6S2100104

8442-0R4222000101

8442-104221000101

8442-104422000102

8442-105222000101

8442-225112000101

8442-225223000101

8449-1000J1110103

8449-1000J1220103

8449-1001J1110103

8449-1001J1220103

8449-1003J1110103

8449-1004J1110103

8449-1004J1220103

8449-2203J1110103

8449-3004J1220103

8483-120500303103

8449-5101J1110103

8449-6192F1220103

8449-8451F1220103

8449-R010F2660102

GLWUSER
GLWUSER
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)

Form No QF-T-PS-02B



Content

1 Scope 5

2 Model 6462B4 5

3 Specification 5









52 Others 7



1 Charge 8

2 Discharge 9



5 Storage 11



8 Others 15

ATL


REV A

SHEET 4 of 15

1 Scope



















Form No QF-T-PS-02B

ATL


REV A

SHEET 5 of 15



Charge


NA



ge4800mAh


300cycles ge 80



5 Initial Impedance









45 Environment Test




Form No QF-T-PS-02B

ATL


REV A

SHEET 6 of 15










W Width 620 mm max








Form No QF-T-PS-02B

ATL















Form No QF-T-PS-02B

ATL










usage conditions









Form No QF-T-PS-02B

ATL












Form No QF-T-PS-02B

ATL






















Form No QF-T-PS-02B

ATL







Form No QF-T-PS-02B

ATL














Form No QF-T-PS-02B

ATL








coffee or others




Form No QF-T-PS-02B

ATL

bq20z45-R1















PACKAGE (1)





1




Coloumb

Counter

HW OverCurrent amp


Cell Voltage

Multiplexer

N-Channel FETDrive


Power Mode

Control

SMBD

GS

RP

GS

RN

AS

RP

AS

RN

GP

OD

ZV

CH

G

CH

G

DS

G

VC5

VC4

VC3

VC2

VC1

SMBC

Cell Balancing

Temperature

Measurement

Data Flash

Memory

SMB 11


Gas Gauging

SHA-1

Authentication


Protection

Voltage

Measurement

Over Current

Protection

Oscillator

Charging

Algorithm


Logic

OverTemperature

Protection

SA

FE

PF

IN

TS

2

TS

1

TO

UT

PM

S

Watchdog

Regulators

RESET

ALERT

REG33

REG25

VCELL+

BA

T

PA

CK

VC

C

VS

S

MSRT

RBI


Pack -

RSNS

5 m - 20 m typW W

Pack +

SMBC

SMBD

bq20z45ndashR1

GNDVC4

VC3

VC2

VC1 VDD

OUT

CD

bq294xx

1DSG

2PACK

3

11

VCC

ALERT

4

12

ZVCHG

PRES

5

13

6

14

PMS

TS2

7

15

VSS

PFIN

8

16

REG33

SAFE

9

17

TOUT

SMBD

10

18

19

VCELL+

SMBC

NC

CHG38

BAT37

VC1

VSS

36

28

VC2

RBI

35

27

VC3

REG25

34

26

VC4

VSS

33

25

VC5

MRST

32

24

ASRP

GSRN

31

23

ASRN

GSRP

30

22

RESET

VSS

VSS

29

21

20

GPOD

TS1

bq20z45-R1





(TOP VIEW)



bq20z45-R1


PIN FUNCTIONSPIN








CHG pin



























applications







bq20z45-R1



PIN UNIT
























VC(n)-VC(n+1) n = 1234 0 5 V




PACK PMS 0 25 V










bq20z45-R1




SUPPLY CURRENT
















POWER-ON RESET




WATCHDOG TIMER


















bq20z45-R1








THERMISTOR DRIVE











output 0147 0150 0153(VC5=135V VC1=135V)45




CELL BALANCING




VOL = 205 mV (max) 185 205 225


V(SCC) = 475 mV (max) 428 475 523














bq20z45-R1










RESET 1 3 6

ALERT 02












ADC (2)











COULOMB COUNTER














bq20z45-R1







VOLTAGE REFERENCE

















bq20z45-R1











RAM BACKUP














Transmit mode 300













TLOWTR TF

THDSTA

TSUDATTHDDAT

THDSTA

TBUF

SCLK

SDATA

TSUSTO

PSSP

SCLK

SDATA

Start StopTLOWSEXT



dagger

TSUSTATHIGH

bq20z45-R1






bq20z45-R1


FEATURE SET














Gas Gauging





bq20z45-R1




Authentication


Power Modes





CONFIGURATION

Oscillator Function










bq20z45-R1


Voltage


Current


Auto Calibration


Temperature




bq20z45-R1


COMMUNICATIONS




SBS Commands












































bq20z45-R1












































bq20z45-R1







PackageDrawing

Pins PackageQty












wwwticom 4-Jan-2010

Addendum-Page 1




FUNCTION

APPLICATIONS

GND

OUT

VDD

CD

VC4

VC1

VC3

1

2 VC2

3

4 5

6

7

8

DCT PACKAGE

(TOP VIEW)

1

2

3

4

8

7

6

5

VC1

VC2

VC3

GND

OUT

VDD

CD

VC4

PW PACKAGE

(TOP VIEW)

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419









1





bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419






























bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419
















1

2

6

5

81

2

6

5

81

2

6

5

8

3

4

887

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419







VC1

VC2

VC4

VC3

GND

VDD

OUT

CD

12 V (TYP)

RVD

CVD

ICD = 02 A (TYP)

CIN

RIN

RIN

RIN

RIN

CIN

CIN

CIN

C(DELAY)



td

12 V C(DELAY)

ICD

C(DELAY) td ICD

12 V

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419










V(PROTECT)


VC4 - GND)

CD

OUT

12 V

tDELAY

V(PROTECT) - Vhys



BATTERY CONNECTIONS

224

223

222

111

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

887

1

2

6

5

81

2

6

5

81

2

6

5

8

3

4

887

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419







1

2

63

4

7

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

7

CELL CONNECTIONS

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419











PackageDrawing

Pins PackageQty



















































wwwticom 7-Mar-2009

Addendum-Page 1


PackageDrawing

Pins PackageQty






















































wwwticom 7-Mar-2009

Addendum-Page 2


PackageDrawing

Pins PackageQty
















wwwticom 7-Mar-2009

Addendum-Page 3



Device PackageType

PackageDrawing


(mm)

ReelWidth

W1 (mm)


W(mm)

Pin1Quadrant

BQ29410DCT3R SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29410DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29410DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29410PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29410PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29411DCT3R SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29411DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29411DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29411PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29411PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29412DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29412DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29412PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29412PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29413DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29413DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29413PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29414DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3




Device PackageType

PackageDrawing


(mm)

ReelWidth

W1 (mm)


W(mm)

Pin1Quadrant

BQ29414DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29414PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29415DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29415DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29415PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29419PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1



BQ29410DCT3R SM8 DCT 8 3000 1820 1820 200

BQ29410DCTR SM8 DCT 8 3000 1820 1820 200

BQ29410DCTT SM8 DCT 8 250 1820 1820 200

BQ29410PWR TSSOP PW 8 2000 3460 3460 290

BQ29410PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29411DCT3R SM8 DCT 8 3000 1820 1820 200

BQ29411DCTR SM8 DCT 8 3000 1820 1820 200

BQ29411DCTT SM8 DCT 8 250 1820 1820 200

BQ29411PWR TSSOP PW 8 2000 3460 3460 290

BQ29411PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29412DCTR SM8 DCT 8 3000 1820 1820 200





BQ29412DCTT SM8 DCT 8 250 1820 1820 200

BQ29412PWR TSSOP PW 8 2000 3460 3460 290

BQ29412PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29413DCTR SM8 DCT 8 3000 1820 1820 200

BQ29413DCTT SM8 DCT 8 250 1820 1820 200

BQ29413PWR TSSOP PW 8 2000 3460 3460 290

BQ29414DCTR SM8 DCT 8 3000 1820 1820 200

BQ29414DCTT SM8 DCT 8 250 1820 1820 200

BQ29414PWR TSSOP PW 8 2000 3460 3460 290

BQ29415DCTR SM8 DCT 8 3000 1820 1820 200

BQ29415DCTT SM8 DCT 8 250 1820 1820 200

BQ29415PWR TSSOP PW 8 2000 3460 3460 290

BQ29419PWR TSSOP PW 8 2000 3460 3460 290




MECHANICAL DATA




065 M010

010

025

050075

015 NOM

Gage Plane

28

980

960

24

790

770

2016

660

640

4040064F 0197

030

660620

8

019

430450

7

015

14

A

1

120 MAX

14

510

490

8

310

290

A MAX

A MIN

DIMPINS

005

490

510

Seating Plane

0degndash8deg


MECHANICAL DATA





060020

025

0deg ndash 8deg

015 NOM

Gage Plane

4188781C 0902

425

5

030015

290375270

8

4

315275

1

010000

130 MAX

Seating Plane

010

M013065

PIN 1INDEX AREA




2


1 APPEARANCE

1-1 DIMENSIONS


1-3 MARKING

No marking





4Thermal time


5Operating




3

3 RELIABILITY


PeriodicitySampling

Size


Performance

1High

TemperatureStorage



hrs

DryingOven

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

2Low

TemperatureStorage



hrs

DryingOven

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

3 Humidity




hrs



R25R25≦

plusmn3

BB≦ plusmn 2

4

ThermalShock




hrs

ThermalShockTester

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

30min

30min

+100

-30

ordinary

temp

4


ES TA4 103 F 3435 F - 30 030 S C

E WAY Sensor




B Value (degK)





A UL1430

B UL1571

C UL3302 HF

D UL2468

E UL2651

F UL1332 Teflon

G UL10362 Teflon

O Others


Temp Coef


-30 107666 111407 115267 -511 -336 346 -068 066

-29 102375 105878 109490 -508 -331 341 -067 065

-28 97371 100653 104034 -505 -326 336 -067 065

-27 92639 95713 98878 -502 -321 331 -066 064

-26 88163 91042 94006 -499 -316 326 -065 063

-25 83926 86624 89400 -496 -311 320 -065 063

-24 79916 82444 85044 -493 -307 315 -064 062

-23 76119 78488 80923 -490 -302 310 -063 062

-22 72522 74743 77024 -487 -297 305 -063 061

-21 69115 71197 73334 -485 -292 300 -062 060

-20 65886 67838 69840 -482 -288 295 -061 060

-19 62825 64655 66532 -479 -283 290 -061 059

-18 59922 61639 63397 -476 -278 285 -060 058

-17 57169 58779 60428 -474 -274 280 -059 058

-16 54558 56067 57613 -471 -269 276 -059 057

-15 52079 53495 54944 -468 -265 271 -058 057

-14 49727 51055 52413 -466 -260 266 -057 056

-13 47493 48738 50012 -463 -256 261 -056 055

-12 45371 46540 47733 -460 -251 257 -056 055

-11 43356 44452 45571 -458 -247 252 -055 054

-10 41440 42469 43518 -455 -242 247 -054 053

-9 39620 40584 41568 -453 -238 242 -054 053

-8 37889 38794 39717 -450 -233 238 -053 052

-7 36243 37092 37957 -447 -229 233 -052 051

-6 34677 35473 36285 -445 -225 229 -051 050

-5 33187 33934 34695 -442 -220 224 -051 050

-4 31769 32470 33183 -440 -216 220 -050 049

-3 30419 31076 31745 -437 -212 215 -049 048

-2 29133 29750 30377 -435 -207 211 -048 048

-1 27909 28488 29075 -432 -203 206 -048 047

0 26743 27285 27836 -430 -199 202 -047 046

1 25631 26140 26656 -428 -195 198 -046 046

2 24571 25049 25532 -425 -190 193 -045 045

3 23561 24009 24462 -423 -186 189 -045 044

4 22598 23017 23442 -420 -182 185 -044 043

5 21679 22072 22470 -418 -178 180 -043 043

6 20802 21171 21543 -416 -174 176 -042 042

7 19966 20311 20660 -414 -170 172 -042 041

8 19167 19490 19817 -411 -166 168 -041 040

9 18404 18707 19013 -409 -162 163 -040 040



Part No

Temperature()

ESTA4103F3435F-30030SC

5


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

10 17676 17960 18246 -407 -158 159 -039 039

11 16981 17246 17513 -404 -154 155 -038 038

12 16316 16564 16814 -402 -150 151 -038 037

13 15681 15913 16147 -400 -146 147 -037 036

14 15074 15291 15509 -398 -142 143 -036 036

15 14493 14696 14900 -396 -138 139 -035 035

16 13938 14127 14318 -393 -134 135 -034 034

17 13407 13584 13762 -391 -130 131 -033 033

18 12899 13064 13230 -389 -126 127 -033 032

19 12413 12567 12721 -387 -123 123 -032 032

20 11947 12091 12235 -385 -119 119 -031 031

21 11502 11636 11770 -383 -115 115 -030 030

22 11075 11200 11325 -381 -111 111 -029 029

23 10667 10782 10898 -379 -107 108 -028 028

24 10275 10383 10491 -377 -104 104 -028 028

25 9900 10000 10100 -375 -100 100 -027 027

26 9533 9633 9733 -373 -104 104 -028 028

27 9182 9282 9382 -371 -107 108 -029 029

28 8846 8945 9045 -369 -111 111 -030 030

29 8523 8622 8721 -367 -115 115 -031 031

30 8214 8313 8411 -365 -118 119 -033 032

31 7918 8016 8114 -363 -122 122 -034 034

32 7634 7731 7828 -361 -125 126 -035 035

33 7362 7458 7554 -359 -129 130 -036 036

34 7100 7196 7291 -357 -133 133 -037 037

35 6849 6944 7039 -355 -136 137 -039 038

36 6609 6702 6796 -353 -140 140 -040 040

37 6378 6470 6563 -351 -143 144 -041 041

38 6156 6247 6340 -349 -146 148 -042 042

39 5943 6033 6125 -348 -150 151 -043 043

40 5738 5828 5918 -346 -153 155 -045 044

41 5542 5630 5719 -344 -157 158 -046 046

42 5353 5440 5528 -342 -160 162 -047 047

43 5172 5258 5345 -340 -163 165 -049 048

44 4998 5082 5168 -339 -167 169 -050 049

45 4830 4913 4998 -337 -170 172 -051 050

46 4669 4751 4834 -335 -173 175 -052 052

47 4514 4595 4677 -333 -177 179 -054 053

48 4365 4445 4526 -332 -180 182 -055 054

49 4221 4300 4380 -330 -183 186 -056 056

6


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

50 4083 4161 4239 -328 -186 189 -058 057

51 3950 4027 4104 -327 -190 192 -059 058

52 3823 3898 3974 -325 -193 196 -060 059

53 3699 3773 3848 -323 -196 199 -062 061

54 3581 3654 3728 -322 -199 202 -063 062

55 3467 3538 3611 -320 -202 205 -064 063

56 3357 3427 3499 -318 -205 209 -066 065

57 3251 3320 3390 -317 -209 212 -067 066

58 3149 3217 3286 -315 -212 215 -068 067

59 3050 3117 3185 -314 -215 218 -070 068

60 2956 3021 3088 -312 -218 222 -071 070

61 2864 2929 2995 -310 -221 225 -072 071

62 2776 2840 2904 -309 -224 228 -074 072

63 2691 2753 2817 -307 -227 231 -075 074

64 2609 2670 2733 -306 -230 234 -077 075

65 2530 2590 2652 -304 -233 237 -078 077

66 2453 2513 2573 -303 -236 240 -079 078

67 2380 2438 2497 -301 -239 244 -081 079

68 2309 2366 2424 -300 -242 247 -082 081

69 2240 2296 2354 -298 -245 250 -084 082

70 2174 2229 2285 -297 -247 253 -085 083

71 2110 2164 2219 -295 -250 256 -087 085

72 2048 2101 2155 -294 -253 259 -088 086

73 1988 2040 2094 -292 -256 262 -090 088

74 1930 1982 2034 -291 -259 265 -091 089

75 1875 1925 1977 -289 -262 268 -093 090

76 1821 1870 1921 -288 -265 271 -094 092

77 1769 1817 1867 -287 -267 274 -095 093

78 1718 1766 1815 -285 -270 277 -097 095

79 1670 1717 1765 -284 -273 280 -098 096

80 1623 1669 1716 -282 -276 282 -100 098

81 1577 1622 1669 -281 -278 285 -102 099

82 1533 1577 1623 -280 -281 288 -103 101

83 1490 1534 1579 -278 -284 291 -105 102

84 1449 1492 1536 -277 -287 294 -106 103

85 1409 1451 1494 -276 -289 297 -108 105

86 1371 1412 1454 -274 -292 300 -109 106

87 1333 1374 1415 -273 -295 302 -111 108

88 1297 1337 1378 -272 -297 305 -112 109

89 1262 1301 1341 -270 -300 308 -114 111

7


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

90 1228 1267 1306 -269 -302 311 -115 112

91 1195 1233 1272 -268 -305 314 -117 114

92 1164 1200 1238 -267 -308 316 -119 115

93 1133 1169 1206 -265 -310 319 -120 117

94 1103 1138 1175 -264 -313 322 -122 118

95 1074 1109 1145 -263 -315 325 -123 120

96 1046 1080 1115 -262 -318 327 -125 122

97 1019 1052 1087 -260 -320 330 -127 123

98 992 1025 1059 -259 -323 333 -128 125

99 967 999 1033 -258 -325 335 -130 126

100 942 974 1007 -257 -328 338 -132 128

101 918 949 981 -256 -330 341 -133 129

102 894 925 957 -254 -333 343 -135 131

103 872 902 933 -253 -335 346 -137 132

104 850 880 910 -252 -338 349 -138 134

105 829 858 888 -251 -340 351 -140 136

8

SSM3K302T

2007-11-01 1







Pulse IDP 60 A













ID = 20 A VGS = 40 V (Note2) ⎯ 52 71


ID = 05 A VGS = 18 V (Note2) ⎯ 81 131

mΩ




VDS = 10 V VGS = 0 f = 1 MHz

⎯ 47 ⎯

pF





⎯ 15 ⎯

nC


Turn-off time toff


ns


Note2 Pulse test

Unit mm

JEDEC ―

JEITA ―

TOSHIBA 2-3S1A

Weight 10 mg (typ)

SSM3K302T

2007-11-01 2









(c) VOUT


VDD

OUT IN 25 V

0

10 μs R

G

tf

ton

90

10

25 V

0 V

10

90

toff

tr

VDD

VDS (ON)

KKA

1 2

3

1 2

3

SSM3K302T

2007-11-01 3

ID ndash VDS

0

4

0 02 04 06 1

3

VGS = 15 V

10 V

1

2

18 V

25 V

08

5

RDS (ON) ndash Ta

0 minus50

ID = 20 A VGS = 40 V

0 50 150

100

200

300

100

0 2 6 8 4 0

100

200

RDS (ON) ndash VGS

150

50

10 A 25 V

10

ID ndash VGS

10

0

01

1

0001

001

0000120

minus 25 degC

Ta = 100 degC

25 degC

10

Vth ndash Ta

10

0minus50 0 150

05

50 100

40 V

250

150

50

05 A 18 V

VGS = 40 V

RDS (ON) ndash ID

0 1 3 4 2 0

100

200

150

50

5

25 V

18 V

minus 25 degC

Ta = 100 degC

25 degC


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)



ID = 05 A

Common Source

Ta = 25degC


Dra

inndashs

ourc

e O

N-r

esis

tanc

e R

DS

(ON

) (

mΩ

)


Dra

inndashs

ourc

e O

N-r

esis

tanc

e R

DS

(ON

) (

mΩ

)

Common Source

Ta = 25degC


Gat

e th

resh

old

volta

ge

Vth

(V

)


Dra

inndashs

ourc

e on

-res

ista

nce

RD

S (O

N)

(mΩ

)

Common Source

Common source

VDS = 3 V

ID = 1 mA

SSM3K302T

2007-11-01 4

t ndash ID

1001

100

01

1000

1 10

toff

10

IDR ndash VDS

|Yfs| ndash ID

01 10

1

10

01 1

3

03

C ndash VDS

10 01 1 10 100

100

1000

300

500

30

50

Ciss

CossCrss

001

10

0

01

1

0001

001


minus25 degC

Ta =100 degC

25 degC

tf

ton

tr

Dra

in re

vers

e cu

rren

t I

DR

(A

)


Forw

ard

trans

fer a

dmitt

ance

⎪Y

fs⎪

(S

)

Common Source

VGS = 0 V

Ta = 25degC

G

D

S

IDR

Common Source

VDS = 3 V

Ta = 25degC

Sw

itchi

ng ti

me

t

(ns)


Cap

acita

nce

C

(pF)





0 0

VDD=15V

4 8

4

8

12

10

6

2


Ta = 25degC

VDD=24V

Gat

endashS

ourc

e vo

ltage

V

GS

(V

)

SSM3K302T

2007-11-01 5

Tran

sien

t the

rmal

impe

danc

e R

th (deg

CW

)

Pulse width tw (s)

rth ndash tw

1

100

1000

10

0001 001 01 10001 10 100




b

a


PD ndash Ta

Dra

in p

ower

dis

sipa

tion

PD

(m

W)

800

0

200

120 100 140

400

600

160

1000

80 60 40 20 0 -20 -40

a

b



SSM3K302T

2007-11-01 6












2009 7 2 14




Revision No 7




DIM MILLIMETERS

1 SOURCE

2 GATE

3 DRAIN

SOT-23

A

B

C

D

E

293 020

130+020-015

045+015-005

240+030-020

G 190

H

J

K

L

M

N

095

013+010-005

000 ~ 010

055

020 MIN

100+020-010

M

J

K

E

1

2 3

H

GA

NC

B

D 130 MAX

L L

P P

P 7

+_












mAPulsed IDP 800




D

G

S



Type Name

Marking

Lot No

WB

EQUIVALENT CIRCUIT

2009 7 2 24

2N7002A

Revision No 7





VGS=10V ID=500mA - 18 5



VGS=10V ID=500mA - 09 25V

VGS=5V ID=50mA - - 025







- 20 50




VGS=10V RGEN=25

- - 20nS





IS - - - 115 mA


ISM - - - 800 mA


OUTOUTPUT V 10 10

10

90 90

90

50 50

ftrt

ININPUT V

INVERTED

PULSE WIDTH

d(on)t d(off)t

ont offt


GSVGENR

V DD

R L

VOUT

DUT

D

G

S

INV


2009 7 2 34

2N7002A

Revision No 7


DR

AIN

CU

RR

EN

T I

(

A)

D

0

DS

0

I - VD DS

1

COMMON SOURCE

Ta=25 C

V =3VGS

2 3 4 5

05

10

15

20

4V

5V

6V

7V10V

9V 8V


DR

AIN

CU

RR

EN

T I

(A

)D

GS

I - VD GS

0

0

2

COMMON SOURCE

Ta=

-55

C

V =10VGS

4 6 8 10

08

04

12

16

20

Ta=

25 C

Ta=

125

C

0

05

02

COMMON SOURCE

V =10VGS

04 06 08 10

15

10

20

25

30

Ta=25 C

DR

AIN

SO

UR

CE

ON

- R

ES

IST

AN

CE

R (Ω

) (N

OR

MA

LIZ

ED

)


DS

(ON

)

R - IDS(ON) D

-50

0

-25

COMMON SOURCE

I =500mAD

V =10VGS

0 25 50 75 100 125 150

10

20

30

40

DR

AIN

SO

UR

CE

ON

- R

ES

IST

AN

CE

R (Ω

) (N

OR

MA

LIZ

ED

)


DS

(ON

)

R - TDS(ON) j

-50

08

-25

COMMON SOURCE

V =VDS GS

I =1mAD

0 25 50 75 100 125 150

09

085

095

10

11

105

GA

TE

-SO

UR

CE

TH

RE

SH

OL

D V

OL

TA

GE

V

(NO

RM

AL

IZE

D)


th

V - Tth j


RE

VE

RS

E D

RA

IN C

UR

RE

NT

I (

A)

S

SD

I - VS SD

001

02

003

01

03

1

3

10COMMON

SOURCE

V =0GS

30

Ta=

-55 C

04 06 08 10 12 14

Ta=

25 C

Ta=

125

C

2009 7 2 44

2N7002A

Revision No 7

COMMON SOURCE

Ta=25 C

f=1MHz

V =0


CA

PA

CIT

AN

CE

C (p

F)

1 1053 30

C - V

GS

DS

50

DS

C rss

ossC

Ciss

1

5

3

10

50

30

100

GATE CHARGE Q (nC)

GA

TE

-SO

UR

CE

VO

LT

AG

E V

(

V)

GS

g

V - QGS g

0

0

04

COMMON SOURCE

V =25VDS

I =115mAD

08 12 16 20

4

2

6

8

10

I - V


DR

AIN

CU

RR

EN

T I

(

A)

D DS

D

1 3 10 100305

SINGLE PULSE

Ta=25 C

GSV =10V

100micros

1mS

10mS

100mS1s

10s

DC

DS(ON)

R

L

IMIT

50

2

0005

001

003

005

01

03

05

1

P - TaD


0 20 40

50

D

0DR

AIN

PO

WE

R D

ISS

IPA

TIO

N P

(m

W)

60 80 100 120 140 160

100

150

200

250

300

350

TPC8026

2007-02-15 1











(Note 2a) PD 19 W


(Note 2b) PD 10 W


(Note 3) EAS 44 mJ









Unit mm

JEDEC ―

JEITA ―

TOSHIBA 2-6J1B

Weight 008 g (typ)


8 6

1 2 3

7 5

4

TPC8026

2007-02-15 2







Marking (Note 5)






(a)


(unit mm)

(b)


(unit mm)



T P C 8 0 2 6Lot No



TPC8026

2007-02-15 3









VGS = 10 V ID = 65 A ⎯ 51 66 mΩ






⎯ 570 ⎯

pF




Switching time

Turn-OFF time toff

Duty lt = 1 tw = 10 μs ⎯ 54 ⎯

ns





⎯ 14 ⎯

nC





RL

= 2

3 Ω

VDD sim minus 15 V

0 VVGS

10 V

47

Ω

ID = 65 AVOUT

TPC8026

2007-02-15 4

100100

5 6

VGS = 10 V

45

1

100

10

01 1 10

Ta = minus55degC

25 100

01 1 10 01

1

10

100

1000

65

ID = 13 A

3

0 2 4 6 8 100

004

008

012

016

020


25degC

1 2 3 4 0

10

20

30

40

50

0

6

38

VGS = 3 V

34

10

36 45

8

4

32

31

0 02 04 06 08 10

4

8

12

16

20

33

6

38

VGS = 3 V

34

10

36

4

8

45

3231

0 04 08 12 16 20

10

20

30

40

50

33

ID ndash VDS

ID ndash VDS

ID ndash VGS

VDS ndash VGS

|Yfs| ndash ID

RDS (ON) ndash ID







Forw

ard

trans

fer a

dmitt

ance

|Y

fs|

(S

)

D

rain

minussou

rce

volta

ge

VD

S

(V)


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)



Dra

inminuss

ourc

e O

N re

sist

ance

R

DS

(ON

) (

mΩ

)

TPC8026

2007-02-15 5

60 70

80 160120

VDS

VGS

24 12

0 20 40

4

12

16

20

0

10

20

30

50

40

8

10 30 50

VDD = 6V

0

(1)

(2)

0

04

08

12

16

0 40 80 160120

2


3

25

05

15

2

1

Ciss

Coss

Crss

1000

10000

100 01 1 10 100

1045

3

VGS = 0 V

1


1000

1

10

100

VGS = 45 V

ID = 36513 A

ID = 36513 A

0

4

8

12

16

minus80 minus40 0 40 80 120 160

VGS = 10 V

RDS (ON) ndash Ta

IDR ndash VDS

Vth ndash Ta

PD ndash Ta







Dra

in-s

ourc

e O

N re

sist

ance

R

DS

(ON

) (

mΩ

)


D

rain

reve

rse

curr

ent

ID

R

(A)



C

apac

itanc

e C

(p

F)


G

ate

thre

shol

d vo

ltage

V

th

(V)


D

rain

pow

er d

issi

patio

n P

D

(W)

Gat

eminusso

urce

vol

tage

V

GS

(V

)



D

rain

minussou

rce

volta

ge

VD

S

(V)


TPC8026

2007-02-15 6

t = 10 ms

1 ms

VDSS max

01 1 10 10001

1

10

100

01 0001 001 01 1 10 100 1000

1

10

100

1000

(2)

(1)


rth minus tw

Single pulse

Pulse width tw (s)


Tran

sien

t the

rmal

impe

danc

e r

th

(degC

W)

D

rain

cur

rent

I D

(A

)

Safe operating area

ID max (Pulse)



TPC8026

2007-02-15 7








1 Scope






Inner conductor

Dia(approx) mm 038


Insulation


BlueOrangePurple


insulation

conductor






SG-OF-04040M1



Product Produit













certificat




11561 Taipei TAIWAN




8299-PRLUCMD50004

IEC 60950-1 2005

TOy SOD PSB Pte Ltd

081-100634-100

--------___----~


Date 2010-07-15

CBS 10 07 55634 144 ( Bill Lin )


Page 1 of 1


EMC TEST REPORT




Trade Name NA





Jun 30 2010


Test Performed by







CONTENTS



















EUT Battery pack

Trade name NA


Test specifications



Regulations applied


Immunity EN 550241998A12001A22003












8299-PRLUCMD50004 ----










31 Emissions



32 Immunity




















41 Emissions













Results ( dBuVm )

Emission Frequency

( MHz) HOR VER

CORRdFactor( dB )

HOR VER

Limit (dBuVm)

Margins ( dB )

4729 144 148 104 248 252 300 -48

6958 164 160 87 251 247 300 -49

14324 114 118 135 249 253 300 -47

49136 80 81 228 308 309 370 -61

57233 64 68 250 314 318 370 -52

64965 46 52 263 309 315 370 -55


















Results ( dBuVm )

Emission Frequency

( MHz) HOR VER

CORRdFactor( dB )

HOR VER

Limit (dBuVm)

Margins ( dB )

5392 166 161 87 253 248 300 -47

7325 160 162 89 249 251 300 -49

15866 121 123 130 251 253 300 -47

51145 70 74 234 304 308 370 -62

60724 55 55 254 309 309 370 -61

70856 43 42 272 315 314 370 -55










Mode Discharge Mode


42 42 Immunity
















VCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

HCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

P1~P10 --- --- --- --- --- --- --- --- A A A A A A --- ---


















VCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

HCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

P1~P10 --- --- --- --- --- --- --- --- A A A A A A --- ---




TEST POINTS



Mode Charge Mode

Mode Discharge Mode
















EUT

Interfere source

HorizontalVertical





80-1000 Horizontal


80-1000 Vertical

right A















EUT

Interfere source

HorizontalVertical





80-1000 Horizontal


80-1000 Vertical

right A




Mode Discharge Mode

















Y

Z

Z - Axis

X

Y - Axis

X

Y

Z

X - Axis

X

Y

Z















Y

Z

Z - Axis

X

Y - Axis

X

Y

Z

X - Axis

X

Y

Z



Mode Discharge Mode



1 Top View of EUT




3 Side View of EUT

4 Side View of EUT







7 Label View of EUT

END

8401-500020001104pdf


NOA 6462B4 UL1642-10NK04239-Mar-12-2010pdf







8431-BQ20Z4513101pdf

BQ20Z45-R1pdf

BQ20Z45-R1 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION







FEATURE SET




Gas Gauging


Authentication

Power Modes

CONFIGURATION

Oscillator Function




Voltage

Current

Auto Calibration

Temperature

COMMUNICATIONS


SBS Commands


bq20z45-R1-MSDSpdf



8431-BQ2941028101pdf

BQ29410pdf

BQ29410 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

bq29410-1pdf



8431-BQ20Z4513101pdf

BQ20Z45-R1pdf

BQ20Z45-R1 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION







FEATURE SET




Gas Gauging


Authentication

Power Modes

CONFIGURATION

Oscillator Function




Voltage

Current

Auto Calibration

Temperature

COMMUNICATIONS


SBS Commands


bq20z45-R1-MSDSpdf



8431-BQ2941028101pdf

BQ29410pdf

BQ29410 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

bq29410-1pdf



8410-5X0501360101D6X-050-Apdf


D6X-050-A SPECpdf

Image1

Image2

Image3

Image4

Image5

Image6

Image7

Image8

Image9

MSDS D6X-050-Apdf

GLW MLD(MSDS)pdf

MCD_D6X-050-Apdf



8448-11032F300A02 ESTA4103F3435F-30030SCpdf


ulcom


HF Wire-MSDSpdf

Page1

Page2

Copper Wire-MSDSpdf

Page1

Page2

8436-3K302T221101 SSM3K302Tpdf







Notice on Usage

Handling Precaution

8436-PC8026224101 TPC8026pdf




Marking (Note 5)








-UL 3302 28 OD 08_ULpdf

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线

譽碩

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线




bq294xxpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS




72 EEPROM data

NameVoltage


2nd Level Safety

- -mVmVmV

s


OT2 Dsg Time 0 s


OT1 Dsg Time 2

hex


-

s

Unit

-600

2

550

Value

0

s

Unit-

mVmV

4240

mA

hex

mV

mV

shexhex

mVmV

-mA

mVmV

s

4350

4240

-

424041002800

23000

OT2 Dsg Recovery

4100

3500

HT COV Threshold

CUV Threshold

CUV Recovery

OT2 Chg Recovery

HT COV Recovery

CUV Time

AFE OC Dsg Time


OT2 Chg Time

96

500

550

4100





4350


4350


OT2 Chg Threshold


90

-Value

1003AFE OC Dsg

1st Level Safety

OC (1st Tier) Dsg

LT COV Recovery

05

0

500

5000

Page 6


30003000256

020


Pre-Charge Cfg

JT4

JT2a

-

Name

s

s

Current

7500

750


SOT2 Chg Time650



mVs


500

s

300050020

s

-mVmVmA

s

Unit-

-s

s-s-

smV

s

mAs

mAs-

-

mAmV

ss

mVmV

mV

1800

5

SOT2 Chg Threshold0

-

100000

500600

Temp Hys 10

JT3

Charge Control

230

JT1JT2

Value-

00150

1

2

20

20



Pre-Chg Current



-

-

SOT2 Dsg Time



0

SOC Chg Time


10000

3000

SOC Dsg


Rest CIM Time

SOT1 Chg Time

02000

SOC Chg

SUV Threshold

3600

Page 7


-

4500100

C43700

0031

315039004000

mAmAmVmAmAmAmV

3150840031503150


4808400240024002400840031503150

ST2 Chg Voltage

-8400

LT Chg Current3

ST1 Chg Current3

LT Chg Voltage480

500037000

AS0826F43A --

mAh

mAhmWh

hexnum

Dont Care0

mVhexdate

Value-

5003700

1060807400

mAhmWhMinhex

-

smAh

-

mVmAmA

mV

mAmVmAmA

mV

-

mA

mAmVmA

Charging Faults

SBS Configuration



LT Chg Current2

FC Clear

DataRem Cap Alarm

Design Capacity


Cell Blancing Cfg

Taper Voltage

10-

9595-

TCA Clear 200

Taper Current


Min Cell Deviation

Charge Fault Cfg 02

480




Charge Cfg

LT Chg Current1

Rem Energy Alarm

Name


Dont Care

-

-

250

1702

mV

-mAh

Rem Time Alarm


Unit

Page 8


--

AFEAFEState_CTL

-00



-

-1500-1000-1500


-0


mVmV


----


5030

-

Value-

012924F800152070

0000

--

Unit-

-

mVmV

--

mVs

mV

Unit

-

-

0123456789ABCDEF012

-

1500-3000

39003800

300

0123456789ABCDEF012

78007600

0123456789ABCDEF0120123456789ABCDEF012

1500

250

Value

Non-Removable Cfg

Cell Life Limit

Device Chemistry


-7

TDA Clear FD Set

91


196000


16200



System Data

Lifetime Data

0123456789ABCDEF0123456789ABCDE


Operation Cfg B


O000

-

20

Operation Cfg A

Configuration

Registers


Operation Cfg C

Name

200

-

Page 9


0000--

10mWmVmA

10mW

-7317

-1000

---

mA

-822

8800




--

-mAhmAhmAh

-mAmAmA

mAhmWh

500

-mVmAmW

Unit--

Value-1

mV

mVmA

-

2800

03

800010

Unit-

mVmV

-6000

06000

Name

Name Value

Gas Gauging



Wake Current Reg

5000

Power

Term Voltage


IT Cfg


5025


User Rate-mA

Reserve Cap-mAh

00

Power

User Rate-mW

5518

mAhmAh

--

Unit-

500050005518

Quit CurrentState

10-


5646

02128


Value-

PF Status


00000000


0000



Qmax cell 2


10

---

5754-

239

-5754

0

----

----

----

---

Value-

1010

12250067291-0245

----

----

----

Unit-

Calibration



00Int Temp Offset

-CC Current 2000

8400Voltage Signal

Config

32250


2980250

1984

4012

-28285

32

-7537

-300

500

Filter

Int Max Temp

4012Int Coef 1

Current


Ext Coef 1

DeadbandCC Deadband

--

Ext Max Temp

Int Min AD

-


Ext Coef 4


Ext Coef 3

Ext Min AD

Ext Coef 2

0

20848

Ext1 Temp Offset

Int Coef 20

Ref Voltage


-

-

Page 11




3 PACK+ -

4 PACK+ -

5 PACK+ -

6 NC -

7 PRES -


14 PACK- -

15 PACK- -


-



--

-


-

-



Comment



Power ground -

-


-

----

Page 12

11

22

33

44

55

66

DD

CC

BB

AA

GA

LLO

PWIR

E EN

TERP

RISE

LTD

Title

Size

Dat

e

Des

igne

d

Chec

ked

App

rove

dR

evD

ocum

ent N

umbe

rIS

O N

umbe

rPr

ojec

t Num

ber

File

Nam

e

Shee

tO

f1

120

107

30

Pega

tron

LUCI

D-M

3F

No

551

Se

c 7

Jho

ngsia

o E

Rd

Nan

gang

Dist

rict

Taip

ei 1

15 T

aiw

anTE

L 8

86-2

-278

5609

8 FA

X 8

86-2

-278

5-57

73

S220

2SC

-PRL

UCI

W-C

C

SC-P

RLU

CIW

-CS

CHD

OC

D27

2-W

50W

B

R18

R13

R10

C16

C15

C17

C3

C4

C7

C10

C11

R3R2R1

D2

R6 TP14

VG

VH

D1

R5

C1R4

TP15

D3

JP1

12

3

F1

VP

7 6 58

4

1 2 3Q

2

C2

C12

TP19

A K

D4

R8

R9

C5

C6

C9

R7

R11

A K

D5

Q4

R20

R21

R12

R14

R15

R23 R22

R19

R24

TH1

C18

R27

R31

C22C21

TP1

TP3

TP6

TP

VP

VH

VG

Q1

P+1

P+2

P+3

P+4

P+5

NC

6

PRES

7

SMD

8

SMC

9

BI

10

P-11

P-12

P-13

P-14

P-15

J1

R30

R26

R25

D6

D7

TP2

TP20

R17

R16

C8

TP17

C14C13

TP11

TP7

TP8

C23

TP

VG

VP

VH

C24

C19

C20

R28

R29

TP22

R33

TP16

SAFE16

CHG38

VSS7

REG338

VCELL+10

VCC3

NC19

PRES12

ALERT11ZVCHG4

DSG1

PGOD5

VSS 21VSS 25VSS 28

VC5 32

VC3 34

VC4 33

VC2 35VC1 36

BAT 37


PACK2

PMS6

SMBC18SMBD17

TOUT9

TS113

TS214

VSS 20

GSRN 23

GSRP 22

RESET 29

MRST 24

ASRP 31

ASRN 30

U1

VH

1TP

31

TP32

TP33

TP34

TP35

TP36

TP37

TP38

TP39

TP40

TP41

TP42

TP43

TP44

TP45

C25

7 6 58

4

1 2 3

Q3

VC1

8

VC2

7

VC3

6

GN

D5

VD

44

CD3

VD

D2

OU

T1

U2

76

10









1 00250 HSF外箱 395395175mm REVA 呈泰













































商品編號

8299-PRLUCMD50004

7481-ROHS50000102

8392-LUCM14D50A01

8415-G128C3G1DA04

8415-G156F0G1DB04

8415-W04540F11A04

8421-AC9754000A04

8480-014040180A04

8480-061913R0XA08

8480-143838154004

8480-153838010A04

8480-283503030A04

8481-LUDM12CT1A11

8481-LUDMF26T1A11

8483-500600404A04

8376-LUCM14D50A01

8401-500020001104

8411-007521C00A02

8415-D12221115A03

8373-LUCM1D000A01

8410-5X0501360101

8448-11032F300A02

8464-4F0WCSX1NA26

8423-LUCM10100B02

8431-BQ20Z4513101

8431-BQ2941028101

8436-3K302T221101

8436-N7002A251103

8436-PC8026224101

8439-148WS1100104

8439-23C5V1200104

8439-C5V6S2100104

8442-0R4222000101

8442-104221000101

8442-104422000102

8442-105222000101

8442-225112000101

8442-225223000101

8449-1000J1110103

8449-1000J1220103

8449-1001J1110103

8449-1001J1220103

8449-1003J1110103

8449-1004J1110103

8449-1004J1220103

8449-2203J1110103

8449-3004J1220103

8483-120500303103

8449-5101J1110103

8449-6192F1220103

8449-8451F1220103

8449-R010F2660102

GLWUSER
GLWUSER
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)
John
日期印章 (紅)

Form No QF-T-PS-02B



Content

1 Scope 5

2 Model 6462B4 5

3 Specification 5









52 Others 7



1 Charge 8

2 Discharge 9



5 Storage 11



8 Others 15

ATL


REV A

SHEET 4 of 15

1 Scope



















Form No QF-T-PS-02B

ATL


REV A

SHEET 5 of 15



Charge


NA



ge4800mAh


300cycles ge 80



5 Initial Impedance









45 Environment Test




Form No QF-T-PS-02B

ATL


REV A

SHEET 6 of 15










W Width 620 mm max








Form No QF-T-PS-02B

ATL















Form No QF-T-PS-02B

ATL










usage conditions









Form No QF-T-PS-02B

ATL












Form No QF-T-PS-02B

ATL






















Form No QF-T-PS-02B

ATL







Form No QF-T-PS-02B

ATL














Form No QF-T-PS-02B

ATL








coffee or others




Form No QF-T-PS-02B

ATL

bq20z45-R1















PACKAGE (1)





1




Coloumb

Counter

HW OverCurrent amp


Cell Voltage

Multiplexer

N-Channel FETDrive


Power Mode

Control

SMBD

GS

RP

GS

RN

AS

RP

AS

RN

GP

OD

ZV

CH

G

CH

G

DS

G

VC5

VC4

VC3

VC2

VC1

SMBC

Cell Balancing

Temperature

Measurement

Data Flash

Memory

SMB 11


Gas Gauging

SHA-1

Authentication


Protection

Voltage

Measurement

Over Current

Protection

Oscillator

Charging

Algorithm


Logic

OverTemperature

Protection

SA

FE

PF

IN

TS

2

TS

1

TO

UT

PM

S

Watchdog

Regulators

RESET

ALERT

REG33

REG25

VCELL+

BA

T

PA

CK

VC

C

VS

S

MSRT

RBI


Pack -

RSNS

5 m - 20 m typW W

Pack +

SMBC

SMBD

bq20z45ndashR1

GNDVC4

VC3

VC2

VC1 VDD

OUT

CD

bq294xx

1DSG

2PACK

3

11

VCC

ALERT

4

12

ZVCHG

PRES

5

13

6

14

PMS

TS2

7

15

VSS

PFIN

8

16

REG33

SAFE

9

17

TOUT

SMBD

10

18

19

VCELL+

SMBC

NC

CHG38

BAT37

VC1

VSS

36

28

VC2

RBI

35

27

VC3

REG25

34

26

VC4

VSS

33

25

VC5

MRST

32

24

ASRP

GSRN

31

23

ASRN

GSRP

30

22

RESET

VSS

VSS

29

21

20

GPOD

TS1

bq20z45-R1





(TOP VIEW)



bq20z45-R1


PIN FUNCTIONSPIN








CHG pin



























applications







bq20z45-R1



PIN UNIT
























VC(n)-VC(n+1) n = 1234 0 5 V




PACK PMS 0 25 V










bq20z45-R1




SUPPLY CURRENT
















POWER-ON RESET




WATCHDOG TIMER


















bq20z45-R1








THERMISTOR DRIVE











output 0147 0150 0153(VC5=135V VC1=135V)45




CELL BALANCING




VOL = 205 mV (max) 185 205 225


V(SCC) = 475 mV (max) 428 475 523














bq20z45-R1










RESET 1 3 6

ALERT 02












ADC (2)











COULOMB COUNTER














bq20z45-R1







VOLTAGE REFERENCE

















bq20z45-R1











RAM BACKUP














Transmit mode 300













TLOWTR TF

THDSTA

TSUDATTHDDAT

THDSTA

TBUF

SCLK

SDATA

TSUSTO

PSSP

SCLK

SDATA

Start StopTLOWSEXT



dagger

TSUSTATHIGH

bq20z45-R1






bq20z45-R1


FEATURE SET














Gas Gauging





bq20z45-R1




Authentication


Power Modes





CONFIGURATION

Oscillator Function










bq20z45-R1


Voltage


Current


Auto Calibration


Temperature




bq20z45-R1


COMMUNICATIONS




SBS Commands












































bq20z45-R1












































bq20z45-R1







PackageDrawing

Pins PackageQty












wwwticom 4-Jan-2010

Addendum-Page 1




FUNCTION

APPLICATIONS

GND

OUT

VDD

CD

VC4

VC1

VC3

1

2 VC2

3

4 5

6

7

8

DCT PACKAGE

(TOP VIEW)

1

2

3

4

8

7

6

5

VC1

VC2

VC3

GND

OUT

VDD

CD

VC4

PW PACKAGE

(TOP VIEW)

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419









1





bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419






























bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419
















1

2

6

5

81

2

6

5

81

2

6

5

8

3

4

887

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419







VC1

VC2

VC4

VC3

GND

VDD

OUT

CD

12 V (TYP)

RVD

CVD

ICD = 02 A (TYP)

CIN

RIN

RIN

RIN

RIN

CIN

CIN

CIN

C(DELAY)



td

12 V C(DELAY)

ICD

C(DELAY) td ICD

12 V

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419










V(PROTECT)


VC4 - GND)

CD

OUT

12 V

tDELAY

V(PROTECT) - Vhys



BATTERY CONNECTIONS

224

223

222

111

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

887

1

2

6

5

81

2

6

5

81

2

6

5

8

3

4

887

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

GNDVC4

OUT VC1

VC2

VC3

VDD

CD

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419







1

2

63

4

7

GNDVC4

OUT VC1

VC2

VC3

VDD

CD 6

5

8

7

CELL CONNECTIONS

bq29410 bq29411 bq29412 bq29413bq29414 bq29415 bq29419











PackageDrawing

Pins PackageQty



















































wwwticom 7-Mar-2009

Addendum-Page 1


PackageDrawing

Pins PackageQty






















































wwwticom 7-Mar-2009

Addendum-Page 2


PackageDrawing

Pins PackageQty
















wwwticom 7-Mar-2009

Addendum-Page 3



Device PackageType

PackageDrawing


(mm)

ReelWidth

W1 (mm)


W(mm)

Pin1Quadrant

BQ29410DCT3R SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29410DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29410DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29410PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29410PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29411DCT3R SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29411DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29411DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29411PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29411PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29412DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29412DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29412PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29412PWRG4 TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29413DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29413DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29413PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29414DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3




Device PackageType

PackageDrawing


(mm)

ReelWidth

W1 (mm)


W(mm)

Pin1Quadrant

BQ29414DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29414PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29415DCTR SM8 DCT 8 3000 1800 130 335 45 155 40 120 Q3

BQ29415DCTT SM8 DCT 8 250 1800 130 335 45 155 40 120 Q3

BQ29415PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1

BQ29419PWR TSSOP PW 8 2000 3300 124 70 36 16 80 120 Q1



BQ29410DCT3R SM8 DCT 8 3000 1820 1820 200

BQ29410DCTR SM8 DCT 8 3000 1820 1820 200

BQ29410DCTT SM8 DCT 8 250 1820 1820 200

BQ29410PWR TSSOP PW 8 2000 3460 3460 290

BQ29410PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29411DCT3R SM8 DCT 8 3000 1820 1820 200

BQ29411DCTR SM8 DCT 8 3000 1820 1820 200

BQ29411DCTT SM8 DCT 8 250 1820 1820 200

BQ29411PWR TSSOP PW 8 2000 3460 3460 290

BQ29411PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29412DCTR SM8 DCT 8 3000 1820 1820 200





BQ29412DCTT SM8 DCT 8 250 1820 1820 200

BQ29412PWR TSSOP PW 8 2000 3460 3460 290

BQ29412PWRG4 TSSOP PW 8 2000 3460 3460 290

BQ29413DCTR SM8 DCT 8 3000 1820 1820 200

BQ29413DCTT SM8 DCT 8 250 1820 1820 200

BQ29413PWR TSSOP PW 8 2000 3460 3460 290

BQ29414DCTR SM8 DCT 8 3000 1820 1820 200

BQ29414DCTT SM8 DCT 8 250 1820 1820 200

BQ29414PWR TSSOP PW 8 2000 3460 3460 290

BQ29415DCTR SM8 DCT 8 3000 1820 1820 200

BQ29415DCTT SM8 DCT 8 250 1820 1820 200

BQ29415PWR TSSOP PW 8 2000 3460 3460 290

BQ29419PWR TSSOP PW 8 2000 3460 3460 290




MECHANICAL DATA




065 M010

010

025

050075

015 NOM

Gage Plane

28

980

960

24

790

770

2016

660

640

4040064F 0197

030

660620

8

019

430450

7

015

14

A

1

120 MAX

14

510

490

8

310

290

A MAX

A MIN

DIMPINS

005

490

510

Seating Plane

0degndash8deg


MECHANICAL DATA





060020

025

0deg ndash 8deg

015 NOM

Gage Plane

4188781C 0902

425

5

030015

290375270

8

4

315275

1

010000

130 MAX

Seating Plane

010

M013065

PIN 1INDEX AREA




2


1 APPEARANCE

1-1 DIMENSIONS


1-3 MARKING

No marking





4Thermal time


5Operating




3

3 RELIABILITY


PeriodicitySampling

Size


Performance

1High

TemperatureStorage



hrs

DryingOven

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

2Low

TemperatureStorage



hrs

DryingOven

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

3 Humidity




hrs



R25R25≦

plusmn3

BB≦ plusmn 2

4

ThermalShock




hrs

ThermalShockTester

12 months 10 1

R25R25≦

plusmn3

BB≦ plusmn 2

30min

30min

+100

-30

ordinary

temp

4


ES TA4 103 F 3435 F - 30 030 S C

E WAY Sensor




B Value (degK)





A UL1430

B UL1571

C UL3302 HF

D UL2468

E UL2651

F UL1332 Teflon

G UL10362 Teflon

O Others


Temp Coef


-30 107666 111407 115267 -511 -336 346 -068 066

-29 102375 105878 109490 -508 -331 341 -067 065

-28 97371 100653 104034 -505 -326 336 -067 065

-27 92639 95713 98878 -502 -321 331 -066 064

-26 88163 91042 94006 -499 -316 326 -065 063

-25 83926 86624 89400 -496 -311 320 -065 063

-24 79916 82444 85044 -493 -307 315 -064 062

-23 76119 78488 80923 -490 -302 310 -063 062

-22 72522 74743 77024 -487 -297 305 -063 061

-21 69115 71197 73334 -485 -292 300 -062 060

-20 65886 67838 69840 -482 -288 295 -061 060

-19 62825 64655 66532 -479 -283 290 -061 059

-18 59922 61639 63397 -476 -278 285 -060 058

-17 57169 58779 60428 -474 -274 280 -059 058

-16 54558 56067 57613 -471 -269 276 -059 057

-15 52079 53495 54944 -468 -265 271 -058 057

-14 49727 51055 52413 -466 -260 266 -057 056

-13 47493 48738 50012 -463 -256 261 -056 055

-12 45371 46540 47733 -460 -251 257 -056 055

-11 43356 44452 45571 -458 -247 252 -055 054

-10 41440 42469 43518 -455 -242 247 -054 053

-9 39620 40584 41568 -453 -238 242 -054 053

-8 37889 38794 39717 -450 -233 238 -053 052

-7 36243 37092 37957 -447 -229 233 -052 051

-6 34677 35473 36285 -445 -225 229 -051 050

-5 33187 33934 34695 -442 -220 224 -051 050

-4 31769 32470 33183 -440 -216 220 -050 049

-3 30419 31076 31745 -437 -212 215 -049 048

-2 29133 29750 30377 -435 -207 211 -048 048

-1 27909 28488 29075 -432 -203 206 -048 047

0 26743 27285 27836 -430 -199 202 -047 046

1 25631 26140 26656 -428 -195 198 -046 046

2 24571 25049 25532 -425 -190 193 -045 045

3 23561 24009 24462 -423 -186 189 -045 044

4 22598 23017 23442 -420 -182 185 -044 043

5 21679 22072 22470 -418 -178 180 -043 043

6 20802 21171 21543 -416 -174 176 -042 042

7 19966 20311 20660 -414 -170 172 -042 041

8 19167 19490 19817 -411 -166 168 -041 040

9 18404 18707 19013 -409 -162 163 -040 040



Part No

Temperature()

ESTA4103F3435F-30030SC

5


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

10 17676 17960 18246 -407 -158 159 -039 039

11 16981 17246 17513 -404 -154 155 -038 038

12 16316 16564 16814 -402 -150 151 -038 037

13 15681 15913 16147 -400 -146 147 -037 036

14 15074 15291 15509 -398 -142 143 -036 036

15 14493 14696 14900 -396 -138 139 -035 035

16 13938 14127 14318 -393 -134 135 -034 034

17 13407 13584 13762 -391 -130 131 -033 033

18 12899 13064 13230 -389 -126 127 -033 032

19 12413 12567 12721 -387 -123 123 -032 032

20 11947 12091 12235 -385 -119 119 -031 031

21 11502 11636 11770 -383 -115 115 -030 030

22 11075 11200 11325 -381 -111 111 -029 029

23 10667 10782 10898 -379 -107 108 -028 028

24 10275 10383 10491 -377 -104 104 -028 028

25 9900 10000 10100 -375 -100 100 -027 027

26 9533 9633 9733 -373 -104 104 -028 028

27 9182 9282 9382 -371 -107 108 -029 029

28 8846 8945 9045 -369 -111 111 -030 030

29 8523 8622 8721 -367 -115 115 -031 031

30 8214 8313 8411 -365 -118 119 -033 032

31 7918 8016 8114 -363 -122 122 -034 034

32 7634 7731 7828 -361 -125 126 -035 035

33 7362 7458 7554 -359 -129 130 -036 036

34 7100 7196 7291 -357 -133 133 -037 037

35 6849 6944 7039 -355 -136 137 -039 038

36 6609 6702 6796 -353 -140 140 -040 040

37 6378 6470 6563 -351 -143 144 -041 041

38 6156 6247 6340 -349 -146 148 -042 042

39 5943 6033 6125 -348 -150 151 -043 043

40 5738 5828 5918 -346 -153 155 -045 044

41 5542 5630 5719 -344 -157 158 -046 046

42 5353 5440 5528 -342 -160 162 -047 047

43 5172 5258 5345 -340 -163 165 -049 048

44 4998 5082 5168 -339 -167 169 -050 049

45 4830 4913 4998 -337 -170 172 -051 050

46 4669 4751 4834 -335 -173 175 -052 052

47 4514 4595 4677 -333 -177 179 -054 053

48 4365 4445 4526 -332 -180 182 -055 054

49 4221 4300 4380 -330 -183 186 -056 056

6


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

50 4083 4161 4239 -328 -186 189 -058 057

51 3950 4027 4104 -327 -190 192 -059 058

52 3823 3898 3974 -325 -193 196 -060 059

53 3699 3773 3848 -323 -196 199 -062 061

54 3581 3654 3728 -322 -199 202 -063 062

55 3467 3538 3611 -320 -202 205 -064 063

56 3357 3427 3499 -318 -205 209 -066 065

57 3251 3320 3390 -317 -209 212 -067 066

58 3149 3217 3286 -315 -212 215 -068 067

59 3050 3117 3185 -314 -215 218 -070 068

60 2956 3021 3088 -312 -218 222 -071 070

61 2864 2929 2995 -310 -221 225 -072 071

62 2776 2840 2904 -309 -224 228 -074 072

63 2691 2753 2817 -307 -227 231 -075 074

64 2609 2670 2733 -306 -230 234 -077 075

65 2530 2590 2652 -304 -233 237 -078 077

66 2453 2513 2573 -303 -236 240 -079 078

67 2380 2438 2497 -301 -239 244 -081 079

68 2309 2366 2424 -300 -242 247 -082 081

69 2240 2296 2354 -298 -245 250 -084 082

70 2174 2229 2285 -297 -247 253 -085 083

71 2110 2164 2219 -295 -250 256 -087 085

72 2048 2101 2155 -294 -253 259 -088 086

73 1988 2040 2094 -292 -256 262 -090 088

74 1930 1982 2034 -291 -259 265 -091 089

75 1875 1925 1977 -289 -262 268 -093 090

76 1821 1870 1921 -288 -265 271 -094 092

77 1769 1817 1867 -287 -267 274 -095 093

78 1718 1766 1815 -285 -270 277 -097 095

79 1670 1717 1765 -284 -273 280 -098 096

80 1623 1669 1716 -282 -276 282 -100 098

81 1577 1622 1669 -281 -278 285 -102 099

82 1533 1577 1623 -280 -281 288 -103 101

83 1490 1534 1579 -278 -284 291 -105 102

84 1449 1492 1536 -277 -287 294 -106 103

85 1409 1451 1494 -276 -289 297 -108 105

86 1371 1412 1454 -274 -292 300 -109 106

87 1333 1374 1415 -273 -295 302 -111 108

88 1297 1337 1378 -272 -297 305 -112 109

89 1262 1301 1341 -270 -300 308 -114 111

7


Temp Coef




Part No

Temperature()

ESTA4103F3435F-30030SC

90 1228 1267 1306 -269 -302 311 -115 112

91 1195 1233 1272 -268 -305 314 -117 114

92 1164 1200 1238 -267 -308 316 -119 115

93 1133 1169 1206 -265 -310 319 -120 117

94 1103 1138 1175 -264 -313 322 -122 118

95 1074 1109 1145 -263 -315 325 -123 120

96 1046 1080 1115 -262 -318 327 -125 122

97 1019 1052 1087 -260 -320 330 -127 123

98 992 1025 1059 -259 -323 333 -128 125

99 967 999 1033 -258 -325 335 -130 126

100 942 974 1007 -257 -328 338 -132 128

101 918 949 981 -256 -330 341 -133 129

102 894 925 957 -254 -333 343 -135 131

103 872 902 933 -253 -335 346 -137 132

104 850 880 910 -252 -338 349 -138 134

105 829 858 888 -251 -340 351 -140 136

8

SSM3K302T

2007-11-01 1







Pulse IDP 60 A













ID = 20 A VGS = 40 V (Note2) ⎯ 52 71


ID = 05 A VGS = 18 V (Note2) ⎯ 81 131

mΩ




VDS = 10 V VGS = 0 f = 1 MHz

⎯ 47 ⎯

pF





⎯ 15 ⎯

nC


Turn-off time toff


ns


Note2 Pulse test

Unit mm

JEDEC ―

JEITA ―

TOSHIBA 2-3S1A

Weight 10 mg (typ)

SSM3K302T

2007-11-01 2









(c) VOUT


VDD

OUT IN 25 V

0

10 μs R

G

tf

ton

90

10

25 V

0 V

10

90

toff

tr

VDD

VDS (ON)

KKA

1 2

3

1 2

3

SSM3K302T

2007-11-01 3

ID ndash VDS

0

4

0 02 04 06 1

3

VGS = 15 V

10 V

1

2

18 V

25 V

08

5

RDS (ON) ndash Ta

0 minus50

ID = 20 A VGS = 40 V

0 50 150

100

200

300

100

0 2 6 8 4 0

100

200

RDS (ON) ndash VGS

150

50

10 A 25 V

10

ID ndash VGS

10

0

01

1

0001

001

0000120

minus 25 degC

Ta = 100 degC

25 degC

10

Vth ndash Ta

10

0minus50 0 150

05

50 100

40 V

250

150

50

05 A 18 V

VGS = 40 V

RDS (ON) ndash ID

0 1 3 4 2 0

100

200

150

50

5

25 V

18 V

minus 25 degC

Ta = 100 degC

25 degC


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)



ID = 05 A

Common Source

Ta = 25degC


Dra

inndashs

ourc

e O

N-r

esis

tanc

e R

DS

(ON

) (

mΩ

)


Dra

inndashs

ourc

e O

N-r

esis

tanc

e R

DS

(ON

) (

mΩ

)

Common Source

Ta = 25degC


Gat

e th

resh

old

volta

ge

Vth

(V

)


Dra

inndashs

ourc

e on

-res

ista

nce

RD

S (O

N)

(mΩ

)

Common Source

Common source

VDS = 3 V

ID = 1 mA

SSM3K302T

2007-11-01 4

t ndash ID

1001

100

01

1000

1 10

toff

10

IDR ndash VDS

|Yfs| ndash ID

01 10

1

10

01 1

3

03

C ndash VDS

10 01 1 10 100

100

1000

300

500

30

50

Ciss

CossCrss

001

10

0

01

1

0001

001


minus25 degC

Ta =100 degC

25 degC

tf

ton

tr

Dra

in re

vers

e cu

rren

t I

DR

(A

)


Forw

ard

trans

fer a

dmitt

ance

⎪Y

fs⎪

(S

)

Common Source

VGS = 0 V

Ta = 25degC

G

D

S

IDR

Common Source

VDS = 3 V

Ta = 25degC

Sw

itchi

ng ti

me

t

(ns)


Cap

acita

nce

C

(pF)





0 0

VDD=15V

4 8

4

8

12

10

6

2


Ta = 25degC

VDD=24V

Gat

endashS

ourc

e vo

ltage

V

GS

(V

)

SSM3K302T

2007-11-01 5

Tran

sien

t the

rmal

impe

danc

e R

th (deg

CW

)

Pulse width tw (s)

rth ndash tw

1

100

1000

10

0001 001 01 10001 10 100




b

a


PD ndash Ta

Dra

in p

ower

dis

sipa

tion

PD

(m

W)

800

0

200

120 100 140

400

600

160

1000

80 60 40 20 0 -20 -40

a

b



SSM3K302T

2007-11-01 6












2009 7 2 14




Revision No 7




DIM MILLIMETERS

1 SOURCE

2 GATE

3 DRAIN

SOT-23

A

B

C

D

E

293 020

130+020-015

045+015-005

240+030-020

G 190

H

J

K

L

M

N

095

013+010-005

000 ~ 010

055

020 MIN

100+020-010

M

J

K

E

1

2 3

H

GA

NC

B

D 130 MAX

L L

P P

P 7

+_












mAPulsed IDP 800




D

G

S



Type Name

Marking

Lot No

WB

EQUIVALENT CIRCUIT

2009 7 2 24

2N7002A

Revision No 7





VGS=10V ID=500mA - 18 5



VGS=10V ID=500mA - 09 25V

VGS=5V ID=50mA - - 025







- 20 50




VGS=10V RGEN=25

- - 20nS





IS - - - 115 mA


ISM - - - 800 mA


OUTOUTPUT V 10 10

10

90 90

90

50 50

ftrt

ININPUT V

INVERTED

PULSE WIDTH

d(on)t d(off)t

ont offt


GSVGENR

V DD

R L

VOUT

DUT

D

G

S

INV


2009 7 2 34

2N7002A

Revision No 7


DR

AIN

CU

RR

EN

T I

(

A)

D

0

DS

0

I - VD DS

1

COMMON SOURCE

Ta=25 C

V =3VGS

2 3 4 5

05

10

15

20

4V

5V

6V

7V10V

9V 8V


DR

AIN

CU

RR

EN

T I

(A

)D

GS

I - VD GS

0

0

2

COMMON SOURCE

Ta=

-55

C

V =10VGS

4 6 8 10

08

04

12

16

20

Ta=

25 C

Ta=

125

C

0

05

02

COMMON SOURCE

V =10VGS

04 06 08 10

15

10

20

25

30

Ta=25 C

DR

AIN

SO

UR

CE

ON

- R

ES

IST

AN

CE

R (Ω

) (N

OR

MA

LIZ

ED

)


DS

(ON

)

R - IDS(ON) D

-50

0

-25

COMMON SOURCE

I =500mAD

V =10VGS

0 25 50 75 100 125 150

10

20

30

40

DR

AIN

SO

UR

CE

ON

- R

ES

IST

AN

CE

R (Ω

) (N

OR

MA

LIZ

ED

)


DS

(ON

)

R - TDS(ON) j

-50

08

-25

COMMON SOURCE

V =VDS GS

I =1mAD

0 25 50 75 100 125 150

09

085

095

10

11

105

GA

TE

-SO

UR

CE

TH

RE

SH

OL

D V

OL

TA

GE

V

(NO

RM

AL

IZE

D)


th

V - Tth j


RE

VE

RS

E D

RA

IN C

UR

RE

NT

I (

A)

S

SD

I - VS SD

001

02

003

01

03

1

3

10COMMON

SOURCE

V =0GS

30

Ta=

-55 C

04 06 08 10 12 14

Ta=

25 C

Ta=

125

C

2009 7 2 44

2N7002A

Revision No 7

COMMON SOURCE

Ta=25 C

f=1MHz

V =0


CA

PA

CIT

AN

CE

C (p

F)

1 1053 30

C - V

GS

DS

50

DS

C rss

ossC

Ciss

1

5

3

10

50

30

100

GATE CHARGE Q (nC)

GA

TE

-SO

UR

CE

VO

LT

AG

E V

(

V)

GS

g

V - QGS g

0

0

04

COMMON SOURCE

V =25VDS

I =115mAD

08 12 16 20

4

2

6

8

10

I - V


DR

AIN

CU

RR

EN

T I

(

A)

D DS

D

1 3 10 100305

SINGLE PULSE

Ta=25 C

GSV =10V

100micros

1mS

10mS

100mS1s

10s

DC

DS(ON)

R

L

IMIT

50

2

0005

001

003

005

01

03

05

1

P - TaD


0 20 40

50

D

0DR

AIN

PO

WE

R D

ISS

IPA

TIO

N P

(m

W)

60 80 100 120 140 160

100

150

200

250

300

350

TPC8026

2007-02-15 1











(Note 2a) PD 19 W


(Note 2b) PD 10 W


(Note 3) EAS 44 mJ









Unit mm

JEDEC ―

JEITA ―

TOSHIBA 2-6J1B

Weight 008 g (typ)


8 6

1 2 3

7 5

4

TPC8026

2007-02-15 2







Marking (Note 5)






(a)


(unit mm)

(b)


(unit mm)



T P C 8 0 2 6Lot No



TPC8026

2007-02-15 3









VGS = 10 V ID = 65 A ⎯ 51 66 mΩ






⎯ 570 ⎯

pF




Switching time

Turn-OFF time toff

Duty lt = 1 tw = 10 μs ⎯ 54 ⎯

ns





⎯ 14 ⎯

nC





RL

= 2

3 Ω

VDD sim minus 15 V

0 VVGS

10 V

47

Ω

ID = 65 AVOUT

TPC8026

2007-02-15 4

100100

5 6

VGS = 10 V

45

1

100

10

01 1 10

Ta = minus55degC

25 100

01 1 10 01

1

10

100

1000

65

ID = 13 A

3

0 2 4 6 8 100

004

008

012

016

020


25degC

1 2 3 4 0

10

20

30

40

50

0

6

38

VGS = 3 V

34

10

36 45

8

4

32

31

0 02 04 06 08 10

4

8

12

16

20

33

6

38

VGS = 3 V

34

10

36

4

8

45

3231

0 04 08 12 16 20

10

20

30

40

50

33

ID ndash VDS

ID ndash VDS

ID ndash VGS

VDS ndash VGS

|Yfs| ndash ID

RDS (ON) ndash ID







Forw

ard

trans

fer a

dmitt

ance

|Y

fs|

(S

)

D

rain

minussou

rce

volta

ge

VD

S

(V)


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)


D

rain

cur

rent

I D

(A

)



Dra

inminuss

ourc

e O

N re

sist

ance

R

DS

(ON

) (

mΩ

)

TPC8026

2007-02-15 5

60 70

80 160120

VDS

VGS

24 12

0 20 40

4

12

16

20

0

10

20

30

50

40

8

10 30 50

VDD = 6V

0

(1)

(2)

0

04

08

12

16

0 40 80 160120

2


3

25

05

15

2

1

Ciss

Coss

Crss

1000

10000

100 01 1 10 100

1045

3

VGS = 0 V

1


1000

1

10

100

VGS = 45 V

ID = 36513 A

ID = 36513 A

0

4

8

12

16

minus80 minus40 0 40 80 120 160

VGS = 10 V

RDS (ON) ndash Ta

IDR ndash VDS

Vth ndash Ta

PD ndash Ta







Dra

in-s

ourc

e O

N re

sist

ance

R

DS

(ON

) (

mΩ

)


D

rain

reve

rse

curr

ent

ID

R

(A)



C

apac

itanc

e C

(p

F)


G

ate

thre

shol

d vo

ltage

V

th

(V)


D

rain

pow

er d

issi

patio

n P

D

(W)

Gat

eminusso

urce

vol

tage

V

GS

(V

)



D

rain

minussou

rce

volta

ge

VD

S

(V)


TPC8026

2007-02-15 6

t = 10 ms

1 ms

VDSS max

01 1 10 10001

1

10

100

01 0001 001 01 1 10 100 1000

1

10

100

1000

(2)

(1)


rth minus tw

Single pulse

Pulse width tw (s)


Tran

sien

t the

rmal

impe

danc

e r

th

(degC

W)

D

rain

cur

rent

I D

(A

)

Safe operating area

ID max (Pulse)



TPC8026

2007-02-15 7








1 Scope






Inner conductor

Dia(approx) mm 038


Insulation


BlueOrangePurple


insulation

conductor






SG-OF-04040M1



Product Produit













certificat




11561 Taipei TAIWAN




8299-PRLUCMD50004

IEC 60950-1 2005

TOy SOD PSB Pte Ltd

081-100634-100

--------___----~


Date 2010-07-15

CBS 10 07 55634 144 ( Bill Lin )


Page 1 of 1


EMC TEST REPORT




Trade Name NA





Jun 30 2010


Test Performed by







CONTENTS



















EUT Battery pack

Trade name NA


Test specifications



Regulations applied


Immunity EN 550241998A12001A22003












8299-PRLUCMD50004 ----










31 Emissions



32 Immunity




















41 Emissions













Results ( dBuVm )

Emission Frequency

( MHz) HOR VER

CORRdFactor( dB )

HOR VER

Limit (dBuVm)

Margins ( dB )

4729 144 148 104 248 252 300 -48

6958 164 160 87 251 247 300 -49

14324 114 118 135 249 253 300 -47

49136 80 81 228 308 309 370 -61

57233 64 68 250 314 318 370 -52

64965 46 52 263 309 315 370 -55


















Results ( dBuVm )

Emission Frequency

( MHz) HOR VER

CORRdFactor( dB )

HOR VER

Limit (dBuVm)

Margins ( dB )

5392 166 161 87 253 248 300 -47

7325 160 162 89 249 251 300 -49

15866 121 123 130 251 253 300 -47

51145 70 74 234 304 308 370 -62

60724 55 55 254 309 309 370 -61

70856 43 42 272 315 314 370 -55










Mode Discharge Mode


42 42 Immunity
















VCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

HCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

P1~P10 --- --- --- --- --- --- --- --- A A A A A A --- ---


















VCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

HCP A A A A --- --- --- --- --- --- --- --- --- --- --- ---

P1~P10 --- --- --- --- --- --- --- --- A A A A A A --- ---




TEST POINTS



Mode Charge Mode

Mode Discharge Mode
















EUT

Interfere source

HorizontalVertical





80-1000 Horizontal


80-1000 Vertical

right A















EUT

Interfere source

HorizontalVertical





80-1000 Horizontal


80-1000 Vertical

right A




Mode Discharge Mode

















Y

Z

Z - Axis

X

Y - Axis

X

Y

Z

X - Axis

X

Y

Z















Y

Z

Z - Axis

X

Y - Axis

X

Y

Z

X - Axis

X

Y

Z



Mode Discharge Mode



1 Top View of EUT




3 Side View of EUT

4 Side View of EUT







7 Label View of EUT

END

8401-500020001104pdf


NOA 6462B4 UL1642-10NK04239-Mar-12-2010pdf







8431-BQ20Z4513101pdf

BQ20Z45-R1pdf

BQ20Z45-R1 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION







FEATURE SET




Gas Gauging


Authentication

Power Modes

CONFIGURATION

Oscillator Function




Voltage

Current

Auto Calibration

Temperature

COMMUNICATIONS


SBS Commands


bq20z45-R1-MSDSpdf



8431-BQ2941028101pdf

BQ29410pdf

BQ29410 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

bq29410-1pdf



8431-BQ20Z4513101pdf

BQ20Z45-R1pdf

BQ20Z45-R1 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION







FEATURE SET




Gas Gauging


Authentication

Power Modes

CONFIGURATION

Oscillator Function




Voltage

Current

Auto Calibration

Temperature

COMMUNICATIONS


SBS Commands


bq20z45-R1-MSDSpdf



8431-BQ2941028101pdf

BQ29410pdf

BQ29410 DSpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

bq29410-1pdf



8410-5X0501360101D6X-050-Apdf


D6X-050-A SPECpdf

Image1

Image2

Image3

Image4

Image5

Image6

Image7

Image8

Image9

MSDS D6X-050-Apdf

GLW MLD(MSDS)pdf

MCD_D6X-050-Apdf



8448-11032F300A02 ESTA4103F3435F-30030SCpdf


ulcom


HF Wire-MSDSpdf

Page1

Page2

Copper Wire-MSDSpdf

Page1

Page2

8436-3K302T221101 SSM3K302Tpdf







Notice on Usage

Handling Precaution

8436-PC8026224101 TPC8026pdf




Marking (Note 5)








-UL 3302 28 OD 08_ULpdf

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线

譽碩

承认书


Item

Inner conductor

28

Tinned copper

S P=2~4

038

XLPE

021

019

080plusmn003


Item


Unaged elongation


Tension fracture

Flame resistance

Spark test

Flexibility test



成分表

中


RG-178同轴线




bq294xxpdf

FEATURES

APPLICATIONS

DESCRIPTION

FUNCTION








BATTERY CONNECTIONS

CELL CONNECTIONS

和碩聯合科技 股 公司 - shopmanda pad/(08)avl/(11)battery/0b15-000j0… · 連同spec....

Documents

和碩聯合科技股公司 - shopmanda pad/(08)avl/(11)battery/0b15-000j0… · 連同spec....