rdug le51hr0128

User Guide

Part Number: Le51HR0128

Revision Number: 3.0

Issue Date: March 2016

Document Number: 127669

Le51HR0128NGCC Configuration C

8-Channel POTS Line Module

CONFIDENTIAL

Le51HR0128 Design Manual

2

Microsemi Corporation Confidential and Proprietary

1.0 Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31.1 Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31.2 Design Objectives . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31.3 Disclaimer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41.4 Reference documents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4

2.0 Quick Start Guide. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52.1 Important Power Consideration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 52.2 Set-Up Procedure . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5

3.0 System Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 73.1 Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 73.2 System Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

3.2.1 NGSLIC Features. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 83.2.2 NGSLAC Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 83.2.3 NGVCP Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

3.3 ID EEPROM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9

4.0 Circuit Design. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 104.1 Transmission and Loop Feed . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 104.2 Ringing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 104.3 Test Capability. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 104.4 Protection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 104.5 Metering. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 104.6 Board Power . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 104.7 HBI Control . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 114.8 Signal Integrity when Using Multiple Line Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11

5.0 Evaluation Tools . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12

6.0 Schematics and Bill of Materials . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13

CONFIDENTIAL

Le51HR0128 User Guide

1.0 Introduction

1.1 Overview

The Le51HR0128 line module provides a compact, eight-channel balanced internal ringing solution for POTSapplications. The line module is comprised of an octal Le792388 Next Generation SLAC device and eight Le79271Next Generation SLIC devices with loop protection. Meter pulse is supported.

The line module is controlled by the Microsemi Telephony Applications Platform (ZTAP) and is directly plugged intothe Microsemi Backplane (ZBP) 9 or ZBP2 motherboard which provides power to the line module and ZBP via anexternal power cable.

The ZBP motherboard brings versatility to the line module. The motherboard has slots for POTS splitter cardswhich can be used with the line module for IVD applications. The motherboard also provides the additionalfunctionality of the Le79124 Next Generation Voice Control Processor (NGVCP) device. The NGVCP deviceprovides control for up to nine Le51HR0128 line modules (72 channels). It also provides Advanced Test capabilityto all of the channels.

The Le51HR0128 line module is RoHS Directive 2002/95/EC compliant.

Figure 1 - Le51HR0128 Line Module - Top View

1.2 Design Objectives

The Le51HR0128 line module design objectives:

• Provide 8-channel of POTS

• Support Microsemi Configuration C no calibration architecture. See Figure 2.

• Support PPM transmission

• Provide secondary protection (as a reference)CONFIDENTIAL

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Figure 2 - Microsemi Configuration C Architecture

1.3 Disclaimer

This circuit design is provided as reference only, without warranty expressed or implied. The user is encouraged toperform all due diligence with respect to design and analysis.

1.4 Reference documents

The following documents may be helpful in understanding operation of this line module:

1. VoicePathTM Profile Wizard User’s Guide, Document ID #LE71SDKPRO.

2. Universal VoicePath Demo Platform - Getting Started Guide, Document ID #081310.

3. Mini-PBX User’s Guide, Document ID #081355.

4. Le51HR0134 Microsemi Back Plane 9 User Guide, Document ID #125881.

5. Le51HR0136 Microsemi Back Plane 2 User Guide, Document ID #126961.

6. Le79124-SW Next Generation VoiceEdgeTM Control Processor Software Package Data Sheet, Document ID #127671.

7. Le79124 Next Generation VoiceEdgeTM Control Processor Data Sheet, Document ID #081567.

8. Le79238 Next Generation Octal SLAC Device Data Sheet, Document ID #081193

9. Le79271 Next Generation SLIC Device Data Sheet, Document ID #081555

10.NGCC Hardware Design Guide, Document ID #126583.

B (RING)

A (TIP)AD

BD

NGSLAC SVA

Le79271NGSLIC

Over-VoltageProtection

AD

BD

VBP

VBH

TLD

PTC orResistor

PTC orResistor

RLOAD

(optional)

NGSLAC SVB

CONFIDENTIAL

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2.0 Quick Start Guide

2.1 Important Power Consideration

All power must be turned off before inserting the line module. Turn off power supplies before removing theline module.

2.2 Set-Up Procedure

The Le51HR0128 line module mates to the ZBP motherboard which is plugged into the ZTAP horizontal DINconnector. This quick start guide assumes power comes from user supplied power supplies connected to the ZBPExternal Power Connector.

Quick start steps for 1 line module:

1. Plug the ZBP motherboard into the ZTAP DIN connector. Remove any power supply jumpers on the ZBP moth-erboard. The jumpers are located next to the DIN connector and are labeled +3.3V1, +5V1, +12V1, VBATP1, VBATL1, and VBATH1.

2. Set DIP Switch on ZBP motherboard for 00100010 for NGVCP use or 00100001 for no NGVCP use. A “0” state is when the switch is in the ON (down) position. Refer to the appropriate ZPB User Guide for more information.

3. Plug the Le51HR0128 line module into connector slot 1.

4. If a POTS splitter is to be used, plug IVD splitter modules into the 36-pin IVD slots.

5. The Le51HR0128 line module requires +3.3 V, +1.8 V, VBL, VBH and VBP power supplies.

The +3.3 V supply will power the entire ZBP motherboard as well as the individual line modules, select a supplycapable of driving at least 2 amps (5 amps if using ZBP9 and multiple line modules). The ZBP motherboardprovides a +3.3 V to +1.8 V converter for line module use.

The dc feed coefficients programmed into the line module IDROM assumes a VBL of -35 V and a VBH of -59 V.The current requirement for these high voltage supplies is dependent upon the intended number of off-hookloads. Select a supply capable of providing at least 50 mA times the number of off-hook channels. The ringingcoefficients programmed into the line module IDROM assumes a VBP value of +59 V. Set all the supplies to thedesired voltages and then power them down.

Connect a Microsemi external power cable (OPN Le51HW0109) to the External Power Connector. Connect allthe ground leads together and wire to the +3.3 V supply negative terminal and ground. Jumper this ground nodeto the appropriate terminals on all the battery supplies. Wire the lead labeled +3.3 V to the low voltage supply.Wire the VBL and VBH leads to the negative high voltage supplies. (If using only one negative battery, tie bothVBL and VBH leads to the negative output). Wire VBP to the positive high voltage supply.

6. Plug the Power Brick into the ZTAP power connector (J6101) and turn on the adjacent switch. Also turn on the +3.3 V and all the VPx external power supplies.

7. Using Toolkit, Open Vp-Script using the following settings:

• Platform: Select ZTAP as appropriate

• Port: Select appropriate Com port

• Select Add/Exit

VP-Script will open.

8. Next from Toolkit, open Mini-PBX. The Mini-PBX window will appear. After a delay, the Call Control Restart Detection dialog box appears. Click Yes. Mini-PBX will read the Le51HR0128 IDROM and set-up 8 extensions CONFID

ENTIAL

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of FXS. That is, an FXS_Generic Line Termination Type (Microsemi configuration C) connection. A set of DC, AC, and ring profiles will be loaded into the chip set.

Note: In Mini-PBX select Configuration Mode, then right click on DIN CS0 in the Device window Delete Selected Device. Right click again in the Device window Add New Device. Set up the device using these entries DIN, CS0, SPI8, 792_SERIES, FXS, 8, 100. Finally implement changes by selecting Load Override File (to Host) followed by Run Config File.

9. Telephone calls can now be set up between extensions by dialing the appropriate 4 digit extension number (x7100 - x7107). The NGSLAC will recognize DTMF or dial pulse digits.

Line testing can also be performed if NGVCP use was selected via the DIP Switch setting. Double click on the extension number of the channel to be tested and then select the Line Testing tab followed by the appropriate Line Test Package and Test.

To use external test equipment, TX and RX signals from a PCM Channel Measuring Set must be wired to the E1/T1 port on the T1/E1 ports on the ZTAP. From Mini-PBX Options menu, E1 or T1 PCM Framing must be selected (even if selection is already checked). Double click on the extension number of the channel to be tested and then select the Half Channel test tab. Select Talk state to disable the call progress tones. Analog connections to tip/ring can now be made and the line can be tested.

CONFIDENTIAL

6



3.0 System Description

3.1 Features

The Le51HR0128 line module features one octal Le792388 NGSLAC device and eight Le79271 NGSLIC devices.The ZBP motherboard features an FPGA, an Le79124 NGVCP device, and optional IVD splitters (not shown).

Figure 3 - System Block Diagram

INTn GPIO

GPIO

MPIMPI

ZTA

P Platform

Le792388

NGSLAC

A3 (Tip)

B3 (Ring) PTC

PTC

A4 (Tip)

B4 (Ring) PTC

PTC

Prot

Prot

A5 (Tip)

B5 (Ring) PTC

PTC

A6 (Tip)

B6 (Ring) PTC

PTC

Prot

Prot

A7 (Tip)

B7 (Ring) PTC

PTC

A8 (Tip)

B8 (Ring) PTC

PTC

Prot

Prot

A1 (Tip)

B1 (Ring) PTC

PTC

A2 (Tip)

B2 (Ring) PTC

PTC

Prot

Prot CSn

PCMPCM

FPGA

Le79124NGVCP

Control

MPI

PCM

ZBP M

otherbo

ard

RCVP RCVP1

IMT VAC1

AD

BD

TLD

Le79271NGSLIC

RCVN1RCVN

RCVP RCVP2

IMT VAC2

AD

BD

TLDRCVN2RCVN

RCVP RCVP3

IMT VAC3

AD

BD

TLDRCVN3RCVN

RCVP RCVP4

IMT VAC4

AD

BD

TLDRCVN4RCVN

RCVP RCVP5

IMT VAC5

AD

BD

TLD

Le79271NGSLIC

RCVN5RCVN

RCVP RCVP6

IMT VAC6

AD

BD

TLD

Le79271NGSLIC

RCVN6RCVN

RCVP RCVP7

IMT VAC7

AD

BD

TLD

Le79271NGSLIC

RCVN7RCVN

RCVP RCVP8

IMT VAC8

AD

BD

TLD

Le79271NGSLIC

RCVN8RCVN

P-bus

P-bus

P-bus

P-bus

P-bus

P-bus

P-bus

P-bus

Le79271NGSLIC

Le79271NGSLIC

Le79271NGSLIC

Le51

HR0128

Line M

odule

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3.2 System Features

The Le51HR0128 line module features the following:

• NGCC highly integrated and programmable chip set

• PTC and battery referenced NGSLIC surge protection is provided on the line module in order to offer a complete reference design. Note, the ZBP platform is not designed to be subjected to lightning or power cross surges.

The ZBP motherboard features the following:

• Le79124 NGVCP with Advanced Test Plus capability and control of nine line modules

• FPGA for configuration options and signal buffering

• Slots for IVD splitters

• RJ11 plugs for connection to tip/ring

3.2.1 NGSLIC Features

• Voice transmission

• Internal ringing up to 85 Vrms

• Power saving auto-battery operation

• Per-channel test load (TLD)

3.2.2 NGSLAC Features

• Gain blocks, companding, 2-wire AC impedance, transhybrid balance, equalization

• NGSLIC control through P-bus interface

• DC loop feeding

• Supervision

• Internal ringing generation

• PPM support

• DTMF detection

• Tone generation

- Quad tone and Howler tone generation

• Test diagnostics

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3.2.3 NGVCP Features

• Provides NGSLAC and NGSLIC control through an API interface.

• Call aggregation.

• 16-bit parallel Host Bus Interface.

• Advanced Test capability utilizing the NGSLAC.

- Arbitrary single tone detection, 15-kHz energy detection

- Dial Pulse measurement, SNR tests

- Psophometric filter

3.3 ID EEPROM

The line module features a 4K bit 1-wire EEPROM. This memory is not critical to module operation but is integral toproper demo system operation. The memory is factory loaded with a line module design identification, the linemodule serial number, and the control profiles. Profile sets are provided for AC transmission, DC feed, and ringing.The Le51HR0128 line module is programmed for 600 ohms for 2-wire and 4-wire terminations and receive andtransmit relative levels of 0 dBr. The user is not limited to these coefficient sets and Microsemi provides a tool chainto enable the user to program their own desired coefficients.

CONFIDENTIAL

9



4.0 Circuit Design

4.1 Transmission and Loop Feed

The Le792388 NGSLAC provides A/D and D/A conversion and filtering functions for the voice and DC-feed. Theuser-programmable filters set the receive and transmit gain, perform the transhybrid balancing function, permitadjustment of the two-wire termination impedance and provide frequency attenuation adjustment (equalization) ofthe receive and transmit paths. The NGSLAC processes information regarding the line voltages, loop currents, andbattery voltage levels, and provides all the sensing, feedback, and clocking necessary to completely controlLe79271 NGSLIC device functions with programmable parameters. System-level parameters under programmablecontrol include active loop current limits, feed resistance, and feed mode voltages. The NGSLIC implements avoltage feeding method.

4.2 Ringing

The line module supports balanced internal ringing. Ringing frequency, bias, and amplitude is set by SignalGenerator A in the NGSLAC. The NGSLIC provides the amplification with ringing amplitude bounded by the VBPand VBH supplies. The NGSLAC monitors the metallic current during ringing and provides ring trip supervision.

4.3 Test Capability

Test capability is provided by the Next Generation VoiceEdge Control Processor (NGVCP) device. This deviceresides on the ZBP motherboard and needs to be selected (via ZBP switch control) prior to power-up so that theFPGA is configured for NGVCP use.

Refer to the Le79124-SW NGVCP Software Package data sheet for a detailed list of available tests, test ranges,and accuracies.

The line module is configured for Test Configuration C. This includes a per-channel test load. The 2-k test load isselected when the SEL bit and P2 bit of the NGSLAC P-bus is selected for a given channel.

Note, a calibration circuit is not provided on the line module. Therefore, the Full (Factory) Calibration test (listedunder the Line Testing tab/ Calibrate) will not be operational. The Calibrate EMI Cap test selection however willoperate.

4.4 Protection

Note, the ZBP platform is not designed to be subjected to lightning or power cross surges. Protection isdemonstrated on the line module however. Secondary protection is provided for the NGSLIC device. PTCprotection and battery referenced over voltage protectors are provided inside the feedback loop for each channel.The SVA and SVB feedback resistors have an absolute maximum working voltage rating of 500 V.

4.5 Metering

Metering is provided from the NGSLAC receive node and amplified by the NGSLIC. Large loop currents will flowdue to the relatively low impedance of the metering counter instrument, therefore a circuit is provided in theNGSLAC to inject and cancel the metering signal returning on the transmit path.

4.6 Board Power

The line module is powered by the ZBP motherboard through the External Power Connector. The External PowerConnector provides wiring for +3.3 V, +5 V, +12 V, VBL, VBH, and VBP supplies.

+3.3 V powers the line module and all IC devices on the motherboard, including a +1.8 V converter. Themotherboard provides the +1.8 V power for the SLAC device on the line module. CONFID

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VBL, VBH, and VBP battery supplies are used by the line module. Refer to the Le79271 data sheet for batterysupply constraints.

+5 V and +12 V is not used by this line module.

Refer to Section 2.2, item 5 for power supply requirements. All power supplies must be off before inserting orremoving the line module.

4.7 HBI Control

The line module is controlled by the ZTAP platform through serial or parallel interfaces.

If the NGVCP is used, the FPGA on the ZBP motherboard is configured to control the line modules from theNGVCP. The NGVCP has adequate chip select lines to control nine Le51HR0128 line modules (72 channels).

If the NGVCP is not used, the FPGA on the ZBP motherboard is configured to control the line modules from theZTAP control platform. The control platform has four chip select lines that can control four Le51HR0128 linemodules (32 channels).

4.8 Signal Integrity when Using Multiple Line Modules

The ZBP motherboard provides buffering for the MPI and PCM signals going to and from the line module and alsoprovides line termination. To supplement this, the Le51HR0128 line module provides pads for components for linetermination. These termination networks can be used if signal degradation, due to the use of multiple line modules,becomes an issue. Termination is provided for all incoming signals, DCLK, DIN, FS, PCLK, DRA, and DRB. Thetermination component pads have been laid out in a flexible manner. The user can deploy a parallel termination, oran ac parallel termination, or a thevenin (split) termination. In addition to one of these choices, a diode terminationcan be utilized. Refer to schematic page 14 for component designations and suggested values. To use a parallel orthevenin termination, short out the capacitor (CTRM3, CTRM4, or CTRM6).

The line termination on the ZBP motherboard should be adequate for multiple line card use and no line modulespecific termination should be necessary.

CONFIDENTIAL

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12


5.0 Evaluation Tools

The Le51HR0128 line module and ZBP motherboard is controlled by the Le71HP0400 Microsemi TelephonyApplications Platform (ZTAP).

The primary program for control is VP-Script. VP-Script is a multipurpose program that has the following features:

• Provides graphical user interfaces (GUI) to control the hardware and software.

• Provides control mechanisms to set up and control Microsemi line modules.

• Provides a GUI interface into the call control environment which runs multichannel PBX-like environments for demonstrations on supported Microsemi line configurations.

• Provides the control mechanisms to start and stop the call control environment on any or all channels.

• Provides the utilities needed to receive outputs from Profile Wizard™ and download them to configure the proper device and channel.

• Provides the utilities needed to route the PCM highway paths within the control platform for testing purposes.

CONFIDENTIAL


13


6.0 Schematics and Bill of Materials

Schematics and bill of materials for the Le51HR0128 line module are included on the following pages.

CONFIDENTIAL


Le51HR0128 Line Module Schematics

5 5

4 4

3 3

2 2

1

DD

CC

BB

A

DIS

CLA

IMER

: TH

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Le51

HR

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POTS

Lin

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7923

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GC

C S

LAC

Le79

271M

QC

NG

CC

SLI

CTe

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onfig

urat

ion

C

CONFIDENTIAL

14



5 5

4 4

3 3

2 2

1

DD

CC

BB

A

3.3V

VB

ATH

VB

ATP

VB

ATL

RIN

G[1

..8]

TIP

[1..8

]

NIN

T

NR

ST

NC

S

1.8V

SE

L

DE

BU

G_C

LK

DE

BU

G_I

O

P[0

..2]

3.3V

VB

ATL

VB

ATH

VB

ATP

1.8V

PH

WY

[0..7

]

MP

I[0..2

]

PH

WY

[0..7

]

MP

I[0..2

]

VB

ATH

VB

ATL

VB

ATP

3.3V

AG

ND

1.8V

AG

ND

3.3V

TER

MIN

ATI

ON

1

Term

inat

ion

AG

ND

3.3V

MP

I[0..2

]

PH

WY

[0..7

]

CO

NN

EC

TOR

1

LM C

onne

ctor

PH

WY

[0..7

]

MP

I[0..2

]

AG

ND

3.3V

VB

HV

BP

5VV

BL

RIN

G[1

..8]

TIP

[1..8

]

INT_

N1

CS

_N2

INT_

N2

RS

T_N

CS

_N1

VR

ING

IN

RIN

GR

TN 12V

1.8V

RTE

ST

TTE

ST

SE

L

DE

BU

G_C

LK

DE

BU

G_I

O

P[0

..2]

8_C

HA

NN

EL_

PO

TS1

PO

TS

VB

ATH

VB

ATL

1.8V

AG

ND

CS

_N

INT_

N

RS

T_N

3.3V

VB

ATP

P[0

..2]

SE

L

DE

BU

G_C

LK

DE

BU

G_I

O

TIP

[1..8

]

RIN

G[1

..8]

MP

I[0..2

]

PH

WY

[0..7

]

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15



5 5

4 4

3 3

2 2

1

DD

CC

BB

A

SB

P

SB

H

SB

L

VA

8

VB

8

DC

B8

RC

VP

8R

CV

N8

VR

EF8

DC

A8

IMT8

IA8

IB8

LD8

DIN

MP

I2

DC

LKM

PI0

DO

UT

MP

I1

SE

L

SE

L

SE

L

SE

L

SV

A1

SV

B1

DC

B1

RC

VP

1R

CV

N1

VR

EF1

DC

A1

IMT1

IA1

IB1

LD1

SE

L

SE

L

SE

L

TIP

1 TIP

3

TIP

5

RIN

G5

TIP

7

TIP

2

RIN

G2

TIP

4

RIN

G4

TIP

6

RIN

G6

TIP

8

RIN

G8

VA

4

DC

B4

RC

VP

4

VR

EF4

DC

A4

IMT4

IA4

IB4

LD4RC

VN

4

VB

4

VA

7

VB

7

DC

B7

RC

VP

7R

CV

N7

VR

EF7

DC

A7

IMT7

IA7

IB7

LD7

VA

6

VB

6

DC

B6

RC

VP

6R

CV

N6

VR

EF6

DC

A6

IMT6

IA6

IB6

LD6

VB

3

DC

B3

RC

VP

3R

CV

N3

VR

EF3

DC

A3

IMT3

IA3

IB3

LD3 VA

5

VB

5

DC

B5

RC

VP

5R

CV

N5

VR

EF5

DC

A5

IMT5

IA5

IB5

LD5

VA

2

VB

2

DC

B2

RC

VP

2R

CV

N2

VR

EF2

DC

A2

IMT2

IA2

IB2

LD2

P[0

..2]

P[0

..2]

SE

L

SE

L

P[0

..2]

P[0

..2]

P[0

..2]

P[0

..2]

P[0

..2]

P[0

..2]

P[0

..2]

VA

3

RIN

G1

RIN

G[1

..8]

TIP

[1..8

]

MP

I[0..2

]

PH

WY

0FS

PH

WY

1P

CLK

PH

WY

2D

RA

PH

WY

3D

XA

PH

WY

4TS

CA

_NP

HW

Y5

DR

BP

HW

Y6

DX

BP

HW

Y7

TSC

B_N

RIN

G7

RIN

G3

VB

ATH

VB

ATL

1.8V

AG

ND

CS

_NIN

T_N

RS

T_N

3.3V

VB

ATP

P[0

..2]

SE

L

DE

BU

G_C

LKD

EB

UG

_IO

TIP

[1..8

]

RIN

G[1

..8]

MP

I[0..2

]

PH

WY

[0..7

]

AG

ND

VB

ATH

VB

ATL

1.8V

AG

NDV

BA

THV

BA

TLV

BA

TP

VB

ATH

VB

ATL

VB

ATP

VB

ATH

VB

ATL

VB

ATP

VB

ATH

VB

ATL

VB

ATP

VB

ATH

VB

ATL

VB

ATP

VB

ATH

VB

ATL

VB

ATP

VB

ATH

VB

ATL

VB

ATP

VB

ATH

VB

ATL

VB

ATP

VB

ATH

VB

ATL

VB

ATP

3.3V

VB

ATP

3.3V

AG

ND

1.8V

3.3V

3.3V

3.3V

3.3V

3.3V

3.3V

3.3V

3.3V

AG

ND

AG

ND

AG

ND

AG

ND

AG

ND

AG

ND

AG

ND

PHW

Y BU

SPH

WY0

- Fr

ameS

ync

PHW

Y1 -

PCLK

PHW

Y2 -

DR

APH

WY3

- D

XAPH

WY4

-TSC

A_N

PHW

Y5 -

DR

BPH

WY6

- D

XBPH

WY7

- TS

CB_

N

MPI

BU

SM

PI0

- DC

LKM

PI1

- DO

UT

MPI

2 - D

INR

SB

P1

1.62

Meg

RS

BP

11.

62M

eg

SLI

C8

SLI

C

DC

B

RC

VP

VREF

DC

A

VBAT

H

VBAT

L

AVC

C

AGN

D

VBAT

P

P[0.

.2]

IA IB SEL

LDRC

VN

IMT

TIP

RIN

G

SVA

SVB

RS

BH

11.

62M

egR

SB

H1

1.62

Meg

SLI

C4

SLI

C

DC

B

RC

VP

VREF

DC

A

VBAT

H

VBAT

L

AVC

C

AGN

D

VBAT

P

P[0.

.2]

IA IB SEL

LDRC

VN

IMT

TIP

RIN

G

SVA

SVB

SLI

C1

SLI

C

DC

B

RC

VP

VREF

DC

A

VBAT

H

VBAT

L

AVC

C

AGN

D

VBAT

P

P[0.

.2]IA IB

SEL

LD

RC

VN IMT

TIP

RIN

G

SVA

SVB

RS

BL1

1.62

Meg

RS

BL1

1.62

Meg

SLI

C3

SLI

C

DC

B

RC

VP

VREF

DC

A

VBAT

H

VBAT

L

AVC

C

AGN

D

VBAT

P

P[0.

.2]

IA IB SEL

LDRC

VN

IMT

TIP

RIN

G

SVA

SVB

SLI

C7

SLI

C

DC

B

RC

VP

VREF

DC

A

VBAT

H

VBAT

L

AVC

C

AGN

D

VBAT

P

P[0.

.2]IA IB

SEL

LD

RC

VN IMT

TIP

RIN

G

SVA

SVB

NG

CC

_SLA

C1

SLA

C1.8V

AGN

D

3.3V

SEL

P[0.

.2]

SBP

SBH

SBL

PCLK

DXA

DR

AFS

RST

_NIN

T_N

DC

LK DIN

CS_

N

DO

UT

DEB

UG

_CLK

DXB

DR

B

SVA2 IB

2SV

B2

RC

VP2

RC

VN2

RC

VP3

RC

VN3

IMT3

IA3

IB3

IO20

IO21

IO31

IO30

IMT2 IA

2

SVB1

SVA1

RC

VP1

RC

VN1

IMT1

IA1

IB1

IO11

IO10

IB4

RC

VP4

RC

VN4

IO40

IO41

IMT4 IA

4

IB6

RC

VP6

RC

VN6

RC

VP7

RC

VN7

IMT7

IA7

IB7

IO60

IO61

IO71

IO70

IMT6 IA

6

RC

VP5

RC

VN5

IMT5

IA5

IB5

IO51

IO50

RC

VP8

RC

VN8

IMT8 IA

8

IB8

IO81

IO80

TSC

B_N

TSC

A_N

LD8

LD3

LD1

LD2

LD4

LD7

LD5

LD6

DEB

UG

_IO

DC

A1VR

EF1

DC

B1

DC

A2VR

EF2

DC

B2

DC

A3VR

EF3

DC

B3

SVA3

SVB3

DC

A4VR

EF4

DC

B4

SVA4

SVB4

DC

A5VR

EF5

DC

B5

SVA5

SVB5

DC

A6VR

EF6

DC

B6

SVA6

SVB6

DC

A7VR

EF7

DC

B7

SVA7

SVB7

DC

A8VR

EF8

DC

B8

SVA8

SVB8

SLI

C5

SLI

C

DC

B

RC

VP

VREF

DC

A

VBAT

H

VBAT

L

AVC

C

AGN

D

VBAT

P

P[0.

.2]IA IB

SEL

LD

RC

VN IMT

TIP

RIN

G

SVA

SVB

SLI

C2

SLI

C

DC

B

RC

VP

VREF

DC

A

VBAT

H

VBAT

L

AVC

C

AGN

D

VBAT

P

P[0.

.2]IA IB

SEL

LD

RC

VN IMT

TIP

RIN

G

SVA

SVB

SLI

C6

SLI

C

DC

B

RC

VP

VREF

DC

A

VBAT

H

VBAT

L

AVC

C

AGN

D

VBAT

P

P[0.

.2]

IA IB SEL

LDRC

VN

IMT

TIP

RIN

G

SVA

SVB

CONFIDENTIAL

16



5 5

4 4

3 3

2 2

1

DD

CC

BB

A

AV

DD

CA

NC

EL2

IMT2

IRE

F

P0

P1

P2

CA

NC

EL1

IMT1

VA

C1

VA

C2

CA

NC

EL3

IMT3

VA

C3

CA

NC

EL4

IMT4

VA

C4

CA

NC

EL5

IMT5

VIM

T5V

AC

5

CA

NC

EL6

IMT6

VIM

T6V

AC

6

CA

NC

EL7

IMT7

VIM

T7V

AC

7

CA

NC

EL8

IMT8

VIM

T8V

AC

8V

IMT4

VIM

T2

VIM

T1

VIM

T3

AV

DD

IB4

RC

VP

4R

CV

N4

IO40

IO41

IMT4

IA4

LD8

SB

PS

BH

SB

L

DX

BD

RB

LD3

LD1

LD2

LD4

LD7

LD5

LD6

IB6

RC

VP

6R

CV

N6

RC

VP

7R

CV

N7

IMT7

IA7

IB7

IO60

IO61

IO71

IO70

IMT6

IA6

RC

VP

5R

CV

N5

IMT5

IA5

IB5

IO51

IO50

RC

VP

8R

CV

N8

IMT8

IA8

IB8

IO81

IO80

DC

A3

VR

EF3

DC

B3

SV

A3

SV

B3

DC

A8

VR

EF8

DC

B8

SV

A8

SV

B8

DE

BU

G_C

LKD

EB

UG

_IO

DC

A1

DC

A4

VR

EF4

DC

B4

SV

A4

SV

B4

VR

EF1

DC

B1

TSC

B_N

TSC

A_N

DC

A6

VR

EF6

DC

B6

SV

A6

SV

B6

PC

LK

DX

AD

RA

FSRS

T_N

INT_

N

DC

LK

DIN

CS

_N

DO

UT

SE

L

P[0

..2]

DC

A7

VR

EF7

DC

B7

SV

A7

SV

B7

DC

A5

VR

EF5

DC

B5

SV

A5

SV

B5

1.8V

AG

ND

DC

A2

VR

EF2

DC

B2

3.3V

SV

A2

IB2

SV

B2

RC

VP

2R

CV

N2

RC

VP

3R

CV

N3

IMT3

IA3

IB3

IO20

IO21

IO31

IO30

IMT2

IA2

SV

B1

SV

A1

RC

VP

1R

CV

N1

IMT1

IA1IB1

IO11

IO10

3.3V

1.8V

AG

ND

AG

ND

1.8V

AG

ND

1.8V

AG

ND

AG

ND

AG

ND

AG

ND

1.8V

1.8V

1.8V

AG

ND

AG

ND

AG

ND

AG

ND

3.3V

3.3V

3.3V

AG

ND

AG

ND

AG

ND

AG

ND

3.3V

RIM

T54.

02K

RIM

T54.

02K

RIM

T24.

02K

RIM

T24.

02K

CC

AN

32.

2nF

CC

AN

32.

2nF

CA

VD

D1

100n

FC

AV

DD

110

0nF

CV

AC

310

0nF

CV

AC

310

0nF

RIM

T64.

02K

RIM

T64.

02K

RIM

T44.

02K

RIM

T44.

02K

RIM

T14.

02K

RIM

T14.

02K

CC

AN

82.

2nF

CC

AN

82.

2nF

CV

18_1

100n

FC

V18

_110

0nF

U10

Le79

2388

TVC

U10

Le79

2388

TVC

DX

A15

7D

RA

156

FS15

4P

CLK

155

DG

ND

_5

146

DX

B16

0

TSC

A_N

161

TSC

B_N

162

DR

B16

3

SV

A1

166

SV

B1

167

IB1

168

VIM

T116

9V

AC

117

0C

AN

CE

L117

1IM

T117

2IA

117

3D

CA

117

4V

RE

F117

5D

CB

117

6R

CV

N1

1R

CV

P1

2IO

1_1

3IO

1_0

4

SV

A2

6S

VB

27

IB2

8V

IMT2

9V

AC

210

CA

NC

EL2

12IM

T213

IA2

14D

CA

215

VR

EF2

16D

CB

217

RC

VN

218

RC

VP

219

IO2_

120

IO2_

021

SV

A3

24S

VB

325

IB3

26V

IMT3

27V

AC

328

CA

NC

EL3

29IM

T330

IA3

31D

CA

332

VR

EF3

33D

CB

334

RC

VN

336

RC

VP

337

IO3_

138

IO3_

039

SV

A4

41S

VB

442

IB4

43V

IMT4

44V

AC

445

CA

NC

EL4

46IM

T447

IA4

48D

CA

449

VR

EF4

50D

CB

451

RC

VN

452

RC

VP

453

IO4_

154

IO4_

055

LD1

59LD

260

LD3

61LD

462

SE

L68

P0

65P

166

P2

67

LD5

69LD

670

LD7

71LD

872

DE

BU

G_C

LK16

5D

EB

UG

_IO

164

IRE

F23

SV

A5

75S

VB

576

IB5

77V

IMT5

78V

AC

579

CA

NC

EL5

80IM

T581

IA5

82D

CA

583

VR

EF5

84D

CB

585

RC

VN

586

RC

VP

587

IO5_

188

IO5_

089

SV

A6

91S

VB

692

IB6

93V

IMT6

94V

AC

695

CA

NC

EL6

97IM

T698

IA6

99D

CA

610

0V

RE

F610

1D

CB

610

2R

CV

N6

103

RC

VP

610

4IO

6_1

105

IO6_

010

6

SV

A7

111

IB7

113

VIM

T711

4V

AC

711

5C

AN

CE

L711

6IM

T711

7IA

711

8D

CA

711

9V

RE

F712

0D

CB

712

1R

CV

N7

123

RC

VP

712

4IO

7_1

125

IO7_

012

6

SV

A8

128

SV

B8

129

AG

ND

8

143

IB8

130

VIM

T813

1V

AC

813

2C

AN

CE

L813

3IM

T813

4IA

813

5D

CA

813

6V

RE

F813

7D

CB

813

8R

CV

N8

139

RC

VP

814

0IO

8_1

141

IO8_

014

2

RS

T_N

144

INT_

N14

5

DO

UT

148

DIN

149

DC

LK15

0C

S_N

151

VD

D18

_4

159

VD

D18

_1

57

AV

DD

78

122

AV

DD

56

96

VD

D33

_1

63

SLB11

0

SH

B109

SP

B108

VD

D33

_2

153

AV

DD

34

35

AV

DD

12

11

VD

D18

_2

73

DG

ND

_1

158

DG

ND

_2

58

SV

B7

112

AG

ND

7

127

AG

ND

6

107

AG

ND

5

90

DG

ND

_3

64

DG

ND

_4

74

AG

ND

4

56

AG

ND

3

40

AG

ND

2

22

AG

ND

1

5

VD

D18

_3

147

DG

ND

_6

152

CV

AC

810

0nF

CV

AC

810

0nF

RIM

T34.

02K

RIM

T34.

02K

CV

18_4

100n

FC

V18

_410

0nF

CC

AN

72.

2nF

CC

AN

72.

2nF

CV

18_2

100n

FC

V18

_210

0nF

CV

AC

110

0nF

CV

AC

110

0nF

RIM

T84.

02K

RIM

T84.

02K

CV

AC

710

0nF

CV

AC

710

0nF

RR

EF1

75K

0.25

%

RR

EF1

75K

0.25

%

CV

DD

210

0nF

CV

DD

210

0nF

CV

18_3

100n

FC

V18

_310

0nF

CC

AN

12.

2nF

CC

AN

12.

2nF

+

CF1

10uF

DN

P

+

CF1

10uF

DN

P

+

CF2

33uF

DN

P

+

CF2

33uF

DN

P

CA

VD

D4

100n

FC

AV

DD

410

0nF

CC

AN

52.

2nF

CC

AN

52.

2nF

CV

DD

110

0nF

CV

DD

110

0nF

RIM

T74.

02K

RIM

T74.

02K

CA

VD

D3

100n

FC

AV

DD

310

0nF

CV

AC

510

0nF

CV

AC

510

0nF

CV

AC

210

0nF

CV

AC

210

0nF

CC

AN

62.

2nF

CC

AN

62.

2nF

CC

AN

22.

2nF

CC

AN

22.

2nF

CC

AN

42.

2nF

CC

AN

42.

2nF

RF1

0 O

hmR

F10

Ohm

CV

AC

610

0nF

CV

AC

610

0nF

CA

VD

D2

100n

FC

AV

DD

210

0nF

CV

AC

410

0nF

CV

AC

410

0nF

CONFIDENTIAL

17



5 5

4 4

3 3

2 2

1

DD

CC

BB

A

RE

FP

[0..2

]

P1

P2

P0

DC

B

VR

EF

DC

A

VB

ATH

VB

ATL

AV

CC

AG

ND

VB

ATP

P[0

..2]

IA IB SE

L

LD

SV

B

SV

A

TIP

RIN

G

RC

VP

RC

VN

IMT

VB

ATH

VB

ATL

VB

ATH

VB

ATL

VB

ATP

VB

ATP

AV

CC

AV

CC

AG

ND

AG

ND

AG

ND

AG

ND

AG

ND

AG

ND

VB

ATH

VB

ATP

AG

ND

AG

ND

AG

ND

AG

ND

AG

ND

AG

ND

AG

ND

AG

ND

Pin

1P

in2

Pin

3

BA

S21

TFO

OTP

RIN

T - S

OT5

23

CD

CA

122

0nF

CD

CA

122

0nF

CD

CB

122

0nF

CD

CB

122

0nF

RC

VP

156

2R

CV

P1

562

RIV

A1

1.62

Meg

RIV

A1

1.62

Meg

CB

ATL

110

0nF

CB

ATL

110

0nF

RIR

EF1

49.9

KR

IRE

F149

.9K

UP

1

TIS

P91

10L

UP

1

TIS

P91

10L

LIN

E1

1

LIN

E2

4

GN

D6

GN

D7

G1-

2G

2+3

NC

15

NC

28

PTC

1

50 O

hms

PTC

1

50 O

hms

RIV

B2

1.62

Meg

RIV

B2

1.62

Meg

CD

CA

222

0nF

DN

P

CD

CA

222

0nF

DN

P

RC

VN

156

2R

CV

N1

562

CB

ATP

1

220n

F

CB

ATP

1

220n

F

CAD1

4.7n

FCA

D14.

7nF

CB

ATH

1

220n

F

CB

ATH

1

220n

F

CBD1

4.7n

FCB

D14.

7nF

RIV

A2

1.62

Meg

RIV

A2

1.62

Meg

CV

RE

F147

0nF

CV

RE

F147

0nF

U1

Le79

271M

QC

U1

Le79

271M

QC

VB

L18

RIR

EF

6

IA7

VC

C22

NC

110

VB

H16

VB

P20

NC

212

AD

11

NC

315

BD

13

NC

417

TLD

14

IB9

IMT

8

RC

VN

2

DC

A5

NC

519

DC

B3

RC

VP

1

SE

L23

P0

24P

125

P2

26

LD27

AG

ND

28

VR

EF

4

BG

ND

21

EP

AD

29

RTE

ST1

2.0K

RTE

ST1

2.0K

RIV

B1

1.62

Meg

RIV

B1

1.62

Meg

DV

BH

1D

VB

H1

13

2

CA

VC

C1

100n

FC

AV

CC

110

0nF

CV

BH

110

0nF

CV

BH

110

0nF

CD

CB

222

0nF

DN

P

CD

CB

222

0nF

DN

P

CM

14.

7nF

CM

14.

7nF

CONFIDENTIAL

18



5 5

4 4

3 3

2 2

1

DD

CC

BB

A

REF

P[0.

.2]

P1 P2P0

DC

B

VREF

DC

A

VBAT

H

VBAT

L

AVC

C

AGN

D

VBAT

P

P[0.

.2]

IA IB SEL

LD

SVB

SVA

TIP

RIN

G

RC

VP

RC

VN

IMT

VBAT

HVB

ATL

VBAT

HVB

ATL

VBAT

P

VBAT

P

AVC

C

AVC

C

AGN

D

AGN

D

AGN

DAG

ND

AGN

DAG

ND

VBAT

HVB

ATP

AGN

D

AGN

DAG

ND

AGN

D

AGN

D

AGN

D

AGN

D

AGN

D

Pin1

Pin2

Pin3

BAS2

1TFO

OTP

RIN

T - S

OT5

23

CD

CA5

220n

FC

DC

A522

0nF

CD

CB5

220n

FC

DC

B522

0nF

RC

VP3

562

RC

VP3

562

RIV

A51.

62M

egR

IVA5

1.62

Meg

CBA

TL3

100n

FC

BATL

310

0nF

RIR

EF3

49.9

KR

IREF

349

.9K

UP3

TISP

9110

L

UP3

TISP

9110

L

LIN

E11

LIN

E2

4

GN

D6

GN

D7

G1-

2G

2+3

NC

15

NC

28

PTC

3

50 O

hms

PTC

3

50 O

hms

RIV

B61.

62M

egR

IVB6

1.62

Meg

CD

CA6

220n

FD

NP

CD

CA6

220n

FD

NP

RC

VN3

562

RC

VN3

562

CBA

TP3

220n

F

CBA

TP3

220n

F

CAD3

4.7n

FCA

D34.

7nF

CBA

TH3

220n

F

CBA

TH3

220n

F

CBD3

4.7n

FCB

D34.

7nF

RIV

A61.

62M

egR

IVA6

1.62

Meg

CVR

EF3

470n

FC

VREF

347

0nF

U3

Le79

271M

QC

U3

Le79

271M

QC

VBL18

RIR

EF6

IA7

VCC22

NC

110

VBH16

VBP20

NC

212

AD11

NC

315

BD13

NC

417

TLD

14

IB9

IMT

8

RC

VN2

DC

A5

NC

519

DC

B3

RC

VP1

SEL

23

P024

P125

P226

LD27

AGN

D

28

VREF

4

BGN

D

21

EPAD 29

RTE

ST3

2.0K

RTE

ST3

2.0K

RIV

B51.

62M

egR

IVB5

1.62

Meg

DVB

H3

DVB

H3

13

2

CAV

CC

310

0nF

CAV

CC

310

0nF

CVB

H3

100n

FC

VBH

310

0nF

CD

CB6

220n

FD

NP

CD

CB6

220n

FD

NP

CM

34.

7nF

CM

34.

7nF

CONFIDENTIAL

19



5 5

4 4

3 3

2 2

1

DD

CC

BB

A

RE

FP

[0..2

]

P1

P2

P0

DC

B

VR

EF

DC

A

VB

ATH

VB

ATL

AV

CC

AG

ND

VB

ATP

P[0

..2]

IA IB SE

L

LD

SV

B

SV

A

TIP

RIN

G

RC

VP

RC

VN

IMT

VB

ATH

VB

ATL

VB

ATH

VB

ATL

VB

ATP

VB

ATP

AV

CC

AV

CC

AG

ND

AG

ND

AG

ND

AG

ND

AG

ND

AG

ND

VB

ATH

VB

ATP

AG

ND

AG

ND

AG

ND

AG

ND

AG

ND

AG

ND

AG

ND

AG

ND

Pin1

Pin2

Pin3

BAS2

1TFO

OTP

RIN

T - S

OT5

23

CD

CA

322

0nF

CD

CA

322

0nF

CD

CB

322

0nF

CD

CB

322

0nF

RC

VP

256

2R

CV

P2

562

RIV

A3

1.62

Meg

RIV

A3

1.62

Meg

CB

ATL

210

0nF

CB

ATL

210

0nF

RIR

EF2

49.9

KR

IRE

F249

.9K

UP

2

TIS

P91

10L

UP

2

TIS

P91

10L

LIN

E1

1

LIN

E2

4

GN

D6

GN

D7

G1-

2G

2+3

NC

15

NC

28

PTC

2

50 O

hms

PTC

2

50 O

hms

RIV

B4

1.62

Meg

RIV

B4

1.62

Meg

CD

CA

422

0nF

DN

P

CD

CA

422

0nF

DN

P

RC

VN

256

2R

CV

N2

562

CB

ATP

2

220n

F

CB

ATP

2

220n

F

CAD2

4.7n

FCA

D24.

7nF

CB

ATH

2

220n

F

CB

ATH

2

220n

F

CBD2

4.7n

FCB

D24.

7nF

RIV

A4

1.62

Meg

RIV

A4

1.62

Meg

CV

RE

F247

0nF

CV

RE

F247

0nF

U2

Le79

271M

QC

U2

Le79

271M

QC

VB

L18

RIR

EF

6

IA7

VC

C22

NC

110

VB

H16

VB

P20

NC

212

AD

11

NC

315

BD

13

NC

417

TLD

14

IB9

IMT

8

RC

VN

2

DC

A5

NC

519

DC

B3

RC

VP

1

SE

L23

P0

24P

125

P2

26

LD27

AG

ND

28

VR

EF

4

BG

ND

21

EP

AD

29

RTE

ST2

2.0K

RTE

ST2

2.0K

RIV

B3

1.62

Meg

RIV

B3

1.62

Meg

DV

BH

2D

VB

H2

13

2

CA

VC

C2

100n

FC

AV

CC

210

0nF

CV

BH

210

0nF

CV

BH

210

0nF

CD

CB

422

0nF

DN

P

CD

CB

422

0nF

DN

P

CM

24.

7nF

CM

24.

7nF

CONFIDENTIAL

20



5 5

4 4

3 3

2 2

1

DD

CC

BB

A

REF

P[0.

.2]

P1 P2P0

DC

B

VREF

DC

A

VBAT

H

VBAT

L

AVC

C

AGN

D

VBAT

P

P[0.

.2]

IA IB SEL

LD

SVB

SVA

TIP

RIN

G

RC

VP

RC

VN

IMT

VBAT

HVB

ATL

VBAT

HVB

ATL

VBAT

P

VBAT

P

AVC

C

AVC

C

AGN

D

AGN

D

AGN

DAG

ND

AGN

DAG

ND

VBAT

HVB

ATP

AGN

D

AGN

DAG

ND

AGN

D

AGN

D

AGN

D

AGN

D

AGN

D

Pin1

Pin2

Pin3

BAS2

1TFO

OTP

RIN

T - S

OT5

23

CD

CA7

220n

FC

DC

A722

0nF

CD

CB7

220n

FC

DC

B722

0nF

RC

VP4

562

RC

VP4

562

RIV

A71.

62M

egR

IVA7

1.62

Meg

CBA

TL4

100n

FC

BATL

410

0nF

RIR

EF4

49.9

KR

IREF

449

.9K

UP4

TISP

9110

L

UP4

TISP

9110

L

LIN

E11

LIN

E2

4

GN

D6

GN

D7

G1-

2G

2+3

NC

15

NC

28

PTC

4

50 O

hms

PTC

4

50 O

hms

RIV

B81.

62M

egR

IVB8

1.62

Meg

CD

CA8

220n

FD

NP

CD

CA8

220n

FD

NP

RC

VN4

562

RC

VN4

562

CBA

TP4

220n

F

CBA

TP4

220n

F

CAD4

4.7n

FCA

D44.

7nF

CBA

TH4

220n

F

CBA

TH4

220n

F

CBD4

4.7n

FCB

D44.

7nF

RIV

A81.

62M

egR

IVA8

1.62

Meg

CVR

EF4

470n

FC

VREF

447

0nF

U4

Le79

271M

QC

U4

Le79

271M

QC

VBL18

RIR

EF6

IA7

VCC22

NC

110

VBH16

VBP20

NC

212

AD11

NC

315

BD13

NC

417

TLD

14

IB9

IMT

8

RC

VN2

DC

A5

NC

519

DC

B3

RC

VP1

SEL

23

P024

P125

P226

LD27

AGN

D

28

VREF

4

BGN

D

21

EPAD 29

RTE

ST4

2.0K

RTE

ST4

2.0K

RIV

B71.

62M

egR

IVB7

1.62

Meg

DVB

H4

DVB

H4

13

2

CAV

CC

410

0nF

CAV

CC

410

0nF

CVB

H4

100n

FC

VBH

410

0nF

CD

CB8

220n

FD

NP

CD

CB8

220n

FD

NP

CM

44.

7nF

CM

44.

7nF

CONFIDENTIAL

21



5 5

4 4

3 3

2 2

1

DD

CC

BB

A

REF

P[0.

.2]

P1 P2P0

DC

B

VREF

DC

A

VBAT

H

VBAT

L

AVC

C

AGN

D

VBAT

P

P[0.

.2]

IA IB SEL

LD

SVB

SVA

TIP

RIN

G

RC

VP

RC

VN

IMT

VBAT

HVB

ATL

VBAT

HVB

ATL

VBAT

P

VBAT

P

AVC

C

AVC

C

AGN

D

AGN

D

AGN

DAG

ND

AGN

DAG

ND

VBAT

HVB

ATP

AGN

D

AGN

DAG

ND

AGN

D

AGN

D

AGN

D

AGN

D

AGN

D

Pin1

Pin2

Pin3

BAS2

1TFO

OTP

RIN

T - S

OT5

23

CD

CA9

220n

FC

DC

A922

0nF

CD

CB9

220n

FC

DC

B922

0nF

RC

VP5

562

RC

VP5

562

RIV

A91.

62M

egR

IVA9

1.62

Meg

CBA

TL5

100n

FC

BATL

510

0nF

RIR

EF5

49.9

KR

IREF

549

.9K

UP5

TISP

9110

L

UP5

TISP

9110

L

LIN

E11

LIN

E2

4

GN

D6

GN

D7

G1-

2G

2+3

NC

15

NC

28

PTC

5

50 O

hms

PTC

5

50 O

hms

RIV

B10

1.62

Meg

RIV

B10

1.62

Meg

CD

CA1

022

0nF

DN

P

CD

CA1

022

0nF

DN

P

RC

VN5

562

RC

VN5

562

CBA

TP5

220n

F

CBA

TP5

220n

F

CAD5

4.7n

FCA

D54.

7nF

CBA

TH5

220n

F

CBA

TH5

220n

F

CBD5

4.7n

FCB

D54.

7nF

RIV

A10

1.62

Meg

RIV

A10

1.62

Meg

CVR

EF5

470n

FC

VREF

547

0nF

U5

Le79

271M

QC

U5

Le79

271M

QC

VBL18

RIR

EF6

IA7

VCC22

NC

110

VBH16

VBP20

NC

212

AD11

NC

315

BD13

NC

417

TLD

14

IB9

IMT

8

RC

VN2

DC

A5

NC

519

DC

B3

RC

VP1

SEL

23

P024

P125

P226

LD27

AGN

D

28

VREF

4

BGN

D

21

EPAD 29

RTE

ST5

2.0K

RTE

ST5

2.0K

RIV

B91.

62M

egR

IVB9

1.62

Meg

DVB

H5

DVB

H5

13

2

CAV

CC

510

0nF

CAV

CC

510

0nF

CVB

H5

100n

FC

VBH

510

0nF

CD

CB1

022

0nF

DN

P

CD

CB1

022

0nF

DN

P

CM

54.

7nF

CM

54.

7nF

CONFIDENTIAL

22



5 5

4 4

3 3

2 2

1

DD

CC

BB

A

REF

P[0.

.2]

P1 P2P0

DC

B

VREF

DC

A

VBAT

H

VBAT

L

AVC

C

AGN

D

VBAT

P

P[0.

.2]

IA IB SEL

LD

SVB

SVA

TIP

RIN

G

RC

VP

RC

VN

IMT

VBAT

HVB

ATL

VBAT

HVB

ATL

VBAT

P

VBAT

P

AVC

C

AVC

C

AGN

D

AGN

D

AGN

DAG

ND

AGN

DAG

ND

VBAT

HVB

ATP

AGN

D

AGN

DAG

ND

AGN

D

AGN

D

AGN

D

AGN

D

AGN

D

Pin1

Pin2

Pin3

BAS2

1TFO

OTP

RIN

T - S

OT5

23

CD

CA1

122

0nF

CD

CA1

122

0nF

CD

CB1

122

0nF

CD

CB1

122

0nF

RC

VP6

562

RC

VP6

562

RIV

A11

1.62

Meg

RIV

A11

1.62

Meg

CBA

TL6

100n

FC

BATL

610

0nF

RIR

EF6

49.9

KR

IREF

649

.9K

UP6

TISP

9110

L

UP6

TISP

9110

L

LIN

E11

LIN

E2

4

GN

D6

GN

D7

G1-

2G

2+3

NC

15

NC

28

PTC

6

50 O

hms

PTC

6

50 O

hms

RIV

B12

1.62

Meg

RIV

B12

1.62

Meg

CD

CA1

222

0nF

DN

P

CD

CA1

222

0nF

DN

P

RC

VN6

562

RC

VN6

562

CBA

TP6

220n

F

CBA

TP6

220n

F

CAD6

4.7n

FCA

D64.

7nF

CBA

TH6

220n

F

CBA

TH6

220n

F

CBD6

4.7n

FCB

D64.

7nF

RIV

A12

1.62

Meg

RIV

A12

1.62

Meg

CVR

EF6

470n

FC

VREF

647

0nF

U6

Le79

271M

QC

U6

Le79

271M

QC

VBL18

RIR

EF6

IA7

VCC22

NC

110

VBH16

VBP20

NC

212

AD11

NC

315

BD13

NC

417

TLD

14

IB9

IMT

8

RC

VN2

DC

A5

NC

519

DC

B3

RC

VP1

SEL

23

P024

P125

P226

LD27

AGN

D

28

VREF

4

BGN

D

21

EPAD 29

RTE

ST6

2.0K

RTE

ST6

2.0K

RIV

B11

1.62

Meg

RIV

B11

1.62

Meg

DVB

H6

DVB

H6

13

2

CAV

CC

610

0nF

CAV

CC

610

0nF

CVB

H6

100n

FC

VBH

610

0nF

CD

CB1

222

0nF

DN

P

CD

CB1

222

0nF

DN

P

CM

64.

7nF

CM

64.

7nF

CONFIDENTIAL

23



5 5

4 4

3 3

2 2

1

DD

CC

BB

A

REF

P[0.

.2]

P1 P2P0

DC

B

VREF

DC

A

VBAT

H

VBAT

L

AVC

C

AGN

D

VBAT

P

P[0.

.2]

IA IB SEL

LD

SVB

SVA

TIP

RIN

G

RC

VP

RC

VN

IMT

VBAT

HVB

ATL

VBAT

HVB

ATL

VBAT

P

VBAT

P

AVC

C

AVC

C

AGN

D

AGN

D

AGN

DAG

ND

AGN

DAG

ND

VBAT

HVB

ATP

AGN

D

AGN

DAG

ND

AGN

D

AGN

D

AGN

D

AGN

D

AGN

D

Pin1

Pin2

Pin3

BAS2

1TFO

OTP

RIN

T - S

OT5

23

CD

CA1

322

0nF

CD

CA1

322

0nF

CD

CB1

322

0nF

CD

CB1

322

0nF

RC

VP7

562

RC

VP7

562

RIV

A13

1.62

Meg

RIV

A13

1.62

Meg

CBA

TL7

100n

FC

BATL

710

0nF

RIR

EF7

49.9

KR

IREF

749

.9K

UP7

TISP

9110

L

UP7

TISP

9110

L

LIN

E11

LIN

E2

4

GN

D6

GN

D7

G1-

2G

2+3

NC

15

NC

28

PTC

7

50 O

hms

PTC

7

50 O

hms

RIV

B14

1.62

Meg

RIV

B14

1.62

Meg

CD

CA1

422

0nF

DN

P

CD

CA1

422

0nF

DN

P

RC

VN7

562

RC

VN7

562

CBA

TP7

220n

F

CBA

TP7

220n

F

CAD7

4.7n

FCA

D74.

7nF

CBA

TH7

220n

F

CBA

TH7

220n

F

CBD7

4.7n

FCB

D74.

7nF

RIV

A14

1.62

Meg

RIV

A14

1.62

Meg

CVR

EF7

470n

FC

VREF

747

0nF

U7

Le79

271M

QC

U7

Le79

271M

QC

VBL18

RIR

EF6

IA7

VCC22

NC

110

VBH16

VBP20

NC

212

AD11

NC

315

BD13

NC

417

TLD

14

IB9

IMT

8

RC

VN2

DC

A5

NC

519

DC

B3

RC

VP1

SEL

23

P024

P125

P226

LD27

AGN

D

28

VREF

4

BGN

D

21

EPAD 29

RTE

ST7

2.0K

RTE

ST7

2.0K

RIV

B13

1.62

Meg

RIV

B13

1.62

Meg

DVB

H7

DVB

H7

13

2

CAV

CC

710

0nF

CAV

CC

710

0nF

CVB

H7

100n

FC

VBH

710

0nF

CD

CB1

422

0nF

DN

P

CD

CB1

422

0nF

DN

P

CM

74.

7nF

CM

74.

7nF

CONFIDENTIAL

24



5 5

4 4

3 3

2 2

1

DD

CC

BB

A

REF

P[0.

.2]

P1 P2P0

DC

B

VREF

DC

A

VBAT

H

VBAT

L

AVC

C

AGN

D

VBAT

P

P[0.

.2]

IA IB SEL

LD

SVB

SVA

TIP

RIN

G

RC

VP

RC

VN

IMT

VBAT

HVB

ATL

VBAT

HVB

ATL

VBAT

P

VBAT

P

AVC

C

AVC

C

AGN

D

AGN

D

AGN

DAG

ND

AGN

DAG

ND

VBAT

HVB

ATP

AGN

D

AGN

DAG

ND

AGN

D

AGN

D

AGN

D

AGN

D

AGN

D

Pin1

Pin2

Pin3

BAS2

1TFO

OTP

RIN

T - S

OT5

23

CD

CA1

522

0nF

CD

CA1

522

0nF

CD

CB1

522

0nF

CD

CB1

522

0nF

RC

VP8

562

RC

VP8

562

RIV

A15

1.62

Meg

RIV

A15

1.62

Meg

CBA

TL8

100n

FC

BATL

810

0nF

RIR

EF8

49.9

KR

IREF

849

.9K

UP8

TISP

9110

L

UP8

TISP

9110

L

LIN

E11 LIN

E2

4

GN

D6

GN

D7

G1-

2G

2+3

NC

15

NC

28

PTC

8

50 O

hms

PTC

8

50 O

hms

RIV

B16

1.62

Meg

RIV

B16

1.62

Meg

CD

CA1

622

0nF

DN

P

CD

CA1

622

0nF

DN

P

RC

VN8

562

RC

VN8

562

CBA

TP8

220n

F

CBA

TP8

220n

F

CAD8

4.7n

FCA

D84.

7nF

CBA

TH8

220n

F

CBA

TH8

220n

F

CBD8

4.7n

FCB

D84.

7nF

RIV

A16

1.62

Meg

RIV

A16

1.62

Meg

CVR

EF8

470n

FC

VREF

847

0nF

U8

Le79

271M

QC

U8

Le79

271M

QC

VBL18

RIR

EF6

IA7

VCC22

NC

110

VBH16

VBP20

NC

212

AD11

NC

315

BD13

NC

417

TLD

14

IB9

IMT

8

RC

VN2

DC

A5

NC

519

DC

B3

RC

VP1

SEL

23

P024

P125

P226

LD27

AGN

D

28

VREF

4

BGN

D

21

EPAD 29

RTE

ST8

2.0K

RTE

ST8

2.0K

RIV

B15

1.62

Meg

RIV

B15

1.62

Meg

DVB

H8

DVB

H8

13

2

CAV

CC

810

0nF

CAV

CC

810

0nF

CVB

H8

100n

FC

VBH

810

0nF

CD

CB1

622

0nF

DN

P

CD

CB1

622

0nF

DN

P

CM

84.

7nF

CM

84.

7nF

CONFIDENTIAL

25



5 5

4 4

3 3

2 2

1

DD

CC

BB

A

RST

_ND

OU

TM

PI1

DC

LKM

PI0

CS_

N1

FSPH

WY0

TSC

B_N

PHW

Y7

PHW

Y[0.

.7]

DR

APH

WY2

DXB

PHW

Y6

MPI

[0..2

]

P0 P2

PHW

Y[0.

.7]

INT_

N1

INT_

N2

DIN

MPI

2C

S_N

2PC

LKPH

WY1

DXA

PHW

Y3TS

CA_

NPH

WY4

DR

BPH

WY5

MPI

[0..2

]

IDC

S

P1SE

L

RIN

G5

RIN

G6

RIN

G7

RIN

G8

RIN

G[1

..8]

TIP[

1..8

]TI

P5TI

P6TI

P7TI

P8

TIP[

1..8

]TI

P1TI

P2TI

P3TI

P4

RIN

G1

RIN

G2

RIN

G3

RIN

G4

RIN

G[1

..8]

P[0.

.2]

P[0.

.2]

DEB

UG

_IO

DEB

UG

_CLK

PHW

Y[0.

.7]

MPI

[0..2

]

AGN

D

3.3V

VBH

VBP

5V VBL

RIN

G[1

..8]

TIP[

1..8

]

INT_

N1

CS_

N2

INT_

N2

RST

_N

CS_

N1

VRIN

GIN

RIN

GR

TN

12V

1.8V

RTE

STTT

EST

SEL

DEB

UG

_IO

DEB

UG

_CLK

P[0.

.2]

AGN

DAG

ND

AGN

D

1.8V

AGN

D

PHW

Y BU

SPH

WY0

- Fr

ameS

ync

PHW

Y1 -

PCLK

PHW

Y2 -

DR

APH

WY3

- D

XAPH

WY4

-TSC

A_N

PHW

Y5 -

DR

BPH

WY6

- D

XBPH

WY7

- TS

CB_

N

MPI

BU

SM

PI0

- DC

LKM

PI1

- DO

UT

MPI

2 - D

IN

U9 DS2

433S

+IC

U9 DS2

433S

+IC

NC

11

NC

22

NC

35

NC

46

NC

57

Dat

a3

GN

D4

NC

68

P1

ASP-

1324

89-0

1

P1

ASP-

1324

89-0

11 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 43 45 47 49 51 53 55 57 59

2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 44 46 48 50 52 54 56 58 60 RD

OW

N1

10.0

KR

DO

WN

110

.0K

RU

P110

.0K

RU

P110

.0K

CONFIDENTIAL

26



5 5

4 4

3 3

2 2

1

DD

CC

BB

A

PHW

Y0FS

PHW

Y5D

RB

PHW

Y2D

RA

PHW

Y1PC

LK

MPI

0D

CLK

MPI

2D

IN

PHW

Y[0.

.7]

MPI

[0..2

]M

PI[0

..2]

AGN

D

3.3V

PHW

Y[0.

.7]

AGN

DAG

ND

AGN

DAG

ND

AGN

D

3.3V

3.3V

3.3V

3.3V

AGN

DAG

ND

PHW

Y BU

SPH

WY0

- Fr

ameS

ync

PHW

Y1 -

PCLK

PHW

Y2 -

DR

APH

WY3

- D

XAPH

WY4

-TSC

A_N

PHW

Y5 -

DR

BPH

WY6

- D

XBPH

WY7

- TS

CB_

N

MPI

BU

SM

PI0

- DC

LKM

PI1

- DO

UT

MPI

2 - D

IN

RTR

M3

150

DN

P

RTR

M3

150

DN

P

RTR

M8

82.5

RTR

M8

82.5

CTR

M5

12pF

DN

P

CTR

M5

12pF

DN

P

CTR

M1

12pF

DN

P

CTR

M1

12pF

DN

P

RTR

M7

82.5

RTR

M7

82.5

CTR

M4

12pF

DN

P

CTR

M4

12pF

DN

P

RTR

M1

150

DN

P

RTR

M1

150

DN

P

RTR

M6

82.5

RTR

M6

82.5

CTR

M3

12pF

DN

P

CTR

M3

12pF

DN

P

RTR

M4

82.5

RTR

M4

82.5

RTR

M5

82.5

RTR

M5

82.5

CTR

M2

12pF

DN

P

CTR

M2

12pF

DN

P

RTR

M2

150

DN

P

RTR

M2

150

DN

P

RTR

M9

82.5

RTR

M9

82.5

CTR

M6

12pF

DN

P

CTR

M6

12pF

DN

P

CONFIDENTIAL

27



B R

NGCC

8 C

hann

el P

OTS

- Fr

eniu

m R

evise

d: F

riday

, Apr

il 18,

200

8Le

51HR

0128

R

evisi

on: 3

.0DI

SCLA

IMER

: THI

S CI

RCUI

T DE

SIG

N IS

PRO

VIDE

D AS

REF

EREN

CE O

NLY,

WIT

HOUT

WAR

RANT

Y EX

PRES

SED

OR

IMPL

IED.

ZARL

INK

- PP

C21

36 N

orth

13t

h St

Suite

DRe

adin

g, P

a 19

604

Bill O

f Mat

eria

ls

April

18,

2008

10:0

0:12

Item

Qua

ntity

Refe

renc

ePa

rtM

anuf

actu

rer

Part

Num

ber

Dist

ribut

orDi

st P

art N

umbe

rTo

lera

nce

Volta

geCu

rrent

Powe

rTy

peRo

HSNo

tes

116

CBD1

,CAD

1,CB

D2,C

AD2,

CBD3

,CAD

3,CB

D4,C

AD4,

CBD5

,CAD

5,CB

D6,C

AD6,

CBD7

,CAD

7,CB

D8,C

AD8

4.7n

FSy

fer

0603

Y200

0472

KXT

Mou

ser

843-

0603

Y200

0472

K10

%10

0VX7

RYe

s

218

CVDD

1,CA

VDD1

,CAV

CC1,

CVDD

2,CA

VDD2

,CAV

CC2,

CAVD

D3,C

AVCC

3,CA

VDD4

,CAV

CC4,

CAVC

C5,C

AVC

C6,C

AVCC

7,CA

VCC8

,CV1

8_1,

CV18

_2,C

V18_

3,CV

18_4

100n

FKe

met

C040

2C10

4M9R

ACTU

Mou

ser

80-C

0402

C104

M9R

20%

6.3V

X7R

Yes

316

CBAT

P1,C

BATH

1,CB

ATP2

,CBA

TH2,

CBAT

P3,C

BATH

3,CB

ATP4

,CBA

TH4,

CBAT

P5,C

BATH

5,CB

ATP6

,CB

ATH6

,CBA

TP7,

CBAT

H7,C

BATP

8,CB

ATH8

220n

FKe

met

C080

5C22

4M1R

ACTU

Mou

ser

80-C

0805

C224

M1R

20%

100V

X7R

Yes

48

CBAT

L1,C

BATL

2,CB

ATL3

,CBA

TL4,

CBAT

L5,C

BATL

6,CB

ATL7

,CBA

TL8

100n

FM

urat

aG

RM18

8R72

A104

KA35

DDi

gike

y49

0-32

85-1

-ND

10%

100V

X7R

Yes

58

CCAN

1,CC

AN2,

CCAN

3,CC

AN4,

CCAN

5,CC

AN6,

CCAN

7,CC

AN8

2.2n

FKe

met

C040

2C22

2K4R

ACTU

Mou

ser

80-C

0402

C222

K4R

10%

16V

X7R

Yes

616

CDCB

1,CD

CA1,

CDCB

3,CD

CA3,

CDCB

5,CD

CA5,

CDCB

7,CD

CA7,

CDCB

9,CD

CA9,

CDCB

11,C

DCA1

1,CD

C13

,CDC

A13,

CDCB

15,C

DCA1

522

0nF

Taiyo

Yud

enJM

K105

BJ22

4KV-

FNe

wark

86H5

617

10%

6.3V

X7R

Yes

716

CDCB

2,CD

CA2,

CDCB

4,CD

CA4,

CDCB

6,CD

CA6,

CDCB

8,CD

CA8,

CDCB

10,C

DCA1

0,CD

CB12

,CDC

A12,

C DCB

14,C

DCA1

4,CD

CB16

,CDC

A16

220n

FTa

iyo Y

uden

JMK1

05BJ

224K

V-F

Newa

rk86

H561

710

%6.

3VX7

RYe

sDN

P8

1CF

110

uFAV

XTA

JA10

6K00

6RDi

gike

y47

8-16

53-1

-ND

10%

6.3V

Tant

Yes

DNP

91

CF2

33uF

AVX

TAJA

336K

006R

Digi

key

478-

1666

-1-N

D10

%6.

3VTa

ntYe

sDN

P10

8CM

1,CM

2,CM

3,CM

4,CM

5,CM

6,CM

7,CM

84.

7nF

Kem

etC0

402C

472K

3RAC

TUDi

gike

y39

9-10

35-1

-ND

10%

25V

X7R

Yes

116

CTRM

1,CT

RM2,

CTRM

3,CT

RM4,

CTRM

5,CT

RM6

12pF

Kem

etC0

603C

120J

5GAC

TUDi

gike

y39

9-10

50-1

-ND

5%50

VNP

OYe

sDN

P12

8CV

AC1,

CVAC

2,CV

AC3,

CVAC

4,CV

AC5,

CVAC

6,CV

AC7,

CVAC

810

0nF

Mur

ata

GRM

155R

71C1

04KA

88D

Digi

key

490-

3261

-1-N

D10

%10

VX7

RYe

s13

8CV

BH1,

CVBH

2,CV

BH3,

CVBH

4,CV

BH5,

CVBH

6,CV

BH7,

CVBH

810

0nF

Kem

etC0

805C

104K

1RAC

TUDi

giKe

y39

9-34

86-1

-ND

10%

100V

X7R

Yes

148

CVRE

F1,C

VREF

2,CV

REF3

,CVR

EF4,

CVRE

F5,C

VREF

6,CV

REF7

,CVR

EF8

470n

FKe

met

C060

3C47

4K4R

ACTU

Mou

ser

80-C

0603

C474

K4R

10%

16V

X7R

Yes

158

DVBH

1,DV

BH2,

DVBH

3,DV

BH4,

DVBH

5,DV

BH6,

DVBH

7,DV

BH8

BAS2

1T_7

_F_R

oHS

Diod

es In

cBA

S21T

-7-F

Digi

key

BAS2

1T-F

DITR

-ND

Yes

168

PTC1

,PTC

2,PT

C3,P

TC4,

PTC5

,PTC

6,PT

C7,P

TC8

50 O

hms

Bour

nsCM

F-SD

50Ye

s17

1P1

ASP-

1324

89-0

1Sa

mte

cAS

P-13

2489

-01

Yes

1816

RCVP

1,RC

VN1,

RCVP

2,RC

VN2,

RCVP

3,RC

VN3,

RCVP

4,RC

VN4,

RCVP

5,RC

VN5,

RCVP

6,RC

VN6,

RCVP

7,CV

N7,R

CVP8

,RCV

N856

2Pa

naso

nic

ERJ-

2RKF

5620

XDi

gike

yP5

62LC

T-ND

1%50

V0.

063

Wat

tYe

s19

2RU

P1,R

DOW

N110

.0K

Pana

soni

cER

J-2R

KF10

02X

Digi

key

P10.

0KLC

T-ND

1%50

V0.

063

Wat

tYe

s20

1RF

10

Ohm

Pana

soni

cER

J-6G

EY0R

00V

Digi

key

P0.0

ACT-

ND1%

150V

0.1

Wat

tYe

s21

8RI

MT1

,RIM

T2,R

IMT3

,RIM

T4,R

IMT5

,RIM

T6,R

IMT7

,RIM

T84.

02K

Pana

soni

cER

J-2R

KF40

21X

Digi

key

P4.0

2KLC

T-ND

1%50

V0.

063

Wat

tYe

s22

8RI

REF1

,RIR

EF2,

RIRE

F3,R

IREF

4,RI

REF5

,RIR

EF6,

RIRE

F7,R

IREF

849

.9K

Pana

soni

cER

J-2R

KF49

92X

Digi

key

P49.

9KLC

T-ND

1%50

V0.

063

Wat

tYe

s

2332

RIVB

1,RI

VA1,

RIVB

2,RI

VA2,

RIVB

3,RI

VA3,

RIVB

4,RI

VA4,

RIVB

5,RI

VA5,

RIVB

6,RI

VA6,

RIVB

7,RI

VA7,

RIVB

8RI

VA8,

RIVB

9,RI

VA9,

RIVB

10,R

IVA1

0,RI

VB11

,RIV

A11,

RIVB

12,R

IVA1

2,RI

VB13

,RIV

A13,

RIVB

14,R

IVA1

4,RI

VB15

,RIV

A15,

RIVB

16,R

IVA1

61.

62M

egKO

A Sp

ear

HV73

2BTT

D162

4D0.

50%

400V

0.12

5 W

att

Yes

241

RREF

175

KYa

geo

RT04

02CR

E077

5KL

Digi

key

RT04

02CR

E077

5KL-

ND0.

25%

50V

0.06

3 W

att

Yes

253

RSBP

1,RS

BL1,

RSBH

11.

62M

egKO

A Sp

ear

RK73

H2AT

TD16

24F

Mou

ser

660-

RK73

H2AT

TD16

24F

1%15

0V0.

125

Wat

tYe

s26

8RT

EST1

,RTE

ST2,

RTES

T3,R

TEST

4,RT

EST5

,RTE

ST6,

RTES

T7,R

TEST

82.

0KVi

shay

CRCW

1218

2K00

FKEK

Mou

ser

71-C

RCW

1218

-2K-

E31%

1 W

att

Yes

273

RTRM

1,RT

RM2,

RTRM

3ER

J-2R

KF15

00X

Digi

key

P150

LCT-

ND1%

50V

0.06

3 W

att

Yes

DNP

286

RTRM

4,RT

RM5,

RTRM

6,RT

RM7,

RTRM

8,RT

RM9

ERJ-

2RKF

82R5

XDi

gike

yP8

2.5L

CT-N

D1%

50V

0.06

3 W

att

Yes

298

UP1,

UP2,

UP3,

UP4,

UP5,

UP6,

UP7,

UP8

TISP

9110

LTI

SP91

10LD

MR-

SYe

s30

8U1

,U2,

U3,U

4,U5

,U6,

U7,U

8Le

7927

1MQ

C

150

Pana

soni

c 82

.5 P

anas

onic

Bour

ns

Micr

osem

iLe

7927

1MQ

CYe

s31

1U9

DS24

33S+

ICDa

llas

Sem

icond

ucto

rDS

2433

S+Di

gike

yDS

2433

S+-N

DYe

s32

1U1

0Le

7923

88TV

CM

icros

emi

Le79

2388

TVC

Yes

CONFIDENTIAL

28


Information relating to products and services furnished herein by Microsemi Corporation or its subsidiaries (collectively “Microsemi”) isbelieved to be reliable. However, Microsemi assumes no liability for errors that may appear in this publication, or for liability otherwisearising from the application or use of any such information, product or service or for any infringement of patents or other intellectualproperty rights owned by third parties which may result from such application or use. Neither the supply of such information or purchaseof product or service conveys any license, either express or implied, under patents or other intellectual property rights owned byMicrosemi or licensed from third parties by Microsemi, whatsoever. Purchasers of products are also hereby notified that the use ofproduct in certain ways or in combination with Microsemi, or non-Microsemi furnished goods or services may infringe patents or otherintellectual property rights owned by Microsemi.

This publication is issued to provide information only and (unless agreed by Microsemi in writing) may not be used, applied orreproduced for any purpose nor form part of any order or contract nor to be regarded as a representation relating to the products orservices concerned. The products, their specifications, services and other information appearing in this publication are subject tochange by Microsemi without notice. No warranty or guarantee express or implied is made regarding the capability, performance orsuitability of any product or service. Information concerning possible methods of use is provided as a guide only and does notconstitute any guarantee that such methods of use will be satisfactory in a specific piece of equipment. It is the user’s responsibility tofully determine the performance and suitability of any equipment using such information and to ensure that any publication or data usedis up to date and has not been superseded. Manufacturing does not necessarily include testing of all functions or parameters. Theseproducts are not suitable for use in any medical and other products whose failure to perform may result in significant injury or death tothe user. All products and materials are sold and services provided subject to Microsemi’s conditions of sale which are available onrequest.

For more information about all Microsemi productsvisit our website at

www.microsemi.com

TECHNICAL DOCUMENTATION – NOT FOR RESALE

© 2016 Microsemi Corporation. All rights reserved. Microsemi and the Microsemi logo are trademarks ofMicrosemi Corporation. All other trademarks and service marks are the property of their respective owners.

Microsemi Corporation (NASDAQ: MSCC) offers a comprehensive portfolio of semiconductorsolutions for: aerospace, defense and security; enterprise and communications; and industrialand alternative energy markets. Products include mixed-signal ICs, SoCs, and ASICs;programmable logic solutions; power management products; timing and voice processingdevices; RF solutions; discrete components; and systems. Microsemi is headquartered in AlisoViejo, Calif. Learn more at www.microsemi.com.

Microsemi Corporate HeadquartersOne Enterprise, Aliso Viejo CA 92656 USAWithin the USA: +1 (949) 380-6100Sales: +1 (949) 380-6136Fax: +1 (949) 215-4996

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http://www.microsemi.com

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