manufacturer data sheets

7/26/2019 Manufacturer Data Sheets

1/34

ppendix

Manufacturers

Data heets

279


2/34

N

00

0

,,

l

l

l

.

:z:

.

i

(>

8

a

51

i

~ N a t i o n a l

~ S e m i c o n d u c t o r

DMMOO/DM7400

Quad

21nput

NANO

Gates

General Description

Thi

d9Ylce

conlal111 lour

Independent gates ea ch

of

which performs

lhe

logic NANO function.

Connection Diagram

Dual-lnLlna

Pacl111ga

..

..

&J

;,

1'f

MP

TUFIM1.).I

DMMOO

(JI DM7400

INI

Absolute Maximum Ratings (Not

11

Supply

Voltage

Input Voltage

Storage TemperatureRange

7Y

5.5Y

-esc101&0c

. . . .

1: TM

"Alleolute

Mulmurn Altinga .

. , . hoH

watuu

btronct

wNChtN utetr of edlwjce can not

be

euarlnlHd. Thlldifflc:. l'lould

no1 bl opeiratecf at thtM lmita. TM par.,,..., ic vt1ue1 deHnea '

thl

&tectrieal

Cltlf.ctllflltk:I

tibia

W

fOt tran1Hcf. at

tlMI

u.olute

mPtmvmratl 91. h l " ~ C ) p e r e t l f t Q ~ U o n 1 " t a t a t w l l l

dl fN u. condlllon1 fol eetullt

CltwtCa . -auon.

Function Table

YAI

Inputs

A

L L

L H

H L

H

H

H Hlgft LOGIC Lftill

L LOw

Loflt

Level

Outpul

y

H

H

H

L

Recommended Operating Conditions

Symbol

0115400

0117400

l l ln

Mom u

11111

Nom l lax

Units

Yee Supply Voltage

4.5

5

5.5 4.75

5

5.25

y

v,

High left

Input

2

2

y

Voltage

Y1L

Low

Leval

lnpul

0.8 o.a

y

Voltage

laH

High

LAYe1

Output

-0.4

-0.4

mA

Curren

laL

Low Lave Outpul

111

18 mA

Current

TA

Free Alt Operating

-55

125

0 70

c

Temperature

Electrical Characteristics over recommended operating tree air temperature (unleaa otherwise noted)

Symbol Pa. . . -W

Candlllona l l ln

TJP

l lax

Unh1

(Nole1)

v,

Input Clamp Voltage

Yeee

Min, 1

1

c -12

mA -1.5

y

YaH

High Level Output Yee.

Min, IOH. Max

2.4 3.4

y

VOitage

Y1LMax

YoL

Low Level Output

Yee. Min, la1.

=Max

0.2

0.4

y

Voltage

Y1HMln

1, Input

CurrantoMax YeeMax, Y15.5Y

1 mA

Input Yoltege

11

High Lave lrciut

YeeMax, Y12.4Y

40

.A

Cunent

l1L

Low

Lave

lnpul

Yee

Max, Y1 a 0.4Y -1.6

mA

Current

los

Short Circuit

Yee=Max

I

DM54 -20 -55

mA

Output Cutten (Nol 2)

I

DM74

-18 -55

leeH

Supply Current With

Yeea Max

4 8 mA

Output

High

lccL

Supply Current With Vee a Max

12

22

mA

Outputa Low

Switching Characteristics at Yee= 5Y

and TA=

25'C (See

Section 1 for

Tnt

Waveforms and

0..lput

Load)

CLtSpF

ParatM er

COlldldona flt.40011

Unll1

Min

TJP

t PLH Propagation Delay Time

12 22

ns

Low

to Hlah IAvel Output

t PHL Propagation Delay Time

7

15

na

High to Low Leval Output

Motl

t:

All t,OiC911

ate

at VccSY,

TA25 C

,

..... z: NOC mor111han OM output ftOUtdM

ahOflld at

1im.

'

"

"'-->"

'

_/

" ' " ' ~ ' ' , . . . . . . " " ' ' ' _ . . . _ ' " ' , . . . . . . , _ ; . . , . , , . , , , . , , . , . , , , . _ ,., ,._, . . . . _

_ ~ , . < ; ; t

. : . i ' " " - ~ - - ~ 1 W ' ~ ' ' 1 ' ' ' " " " " l l \ l l " " - " " < l " f ' ' : . ' - ' ~ 9 \ - ' ~ \ ' . ' . ..... "- . . . . . - . n

' : ' ' 1 '

> t O ) ~ ~ r r i ; = 1 : ~ . ~ ' " " W : ; f " " ' r . ' : / . r " " " ' 1 ' t " ~ 7 , _ . , , . _ , .


3/34

.

i

.

e-

i

e.

z

(

(l

l

i.

O

::s

N

=

DM5402/DM7402 Quad 21nput NOR Gates

General Description

Absolute Maximum Ratings (Note 1)

Thia device contains lour Independent gates each of Supply Voltage

which performs the logic NOR function. Input Voltage

TV

Connection Diagram

Dutll-l...UnePacbge

"

"

TLJF/14921

DM5402 (J) DM7402 (N)

5.5V

Storage Temperature

Range

-85'Cto 150'C

Not9

1:

Ttie ..Absolute Maximum Ratings" 11e thoM values

btyond

which lhe

Hlty

ol the de lce c1n not

a.

ouarantMd. The devjce ahoutd

not be oper1tec:I at l hH Hmltt. The parametric 1111ue1 de nec:I In the

E1ec1rtc11

cnaracterl1tic1 table me no1 guarantttd at thl

lbaolute

maximum ratings. The R.comrn'"dtdOperating Conditjona" able will

define the Concfillona for actual

Clewtce

operation.

Function Table

YA+li

lnpul l

A

a

L L

L H

H

L

H

H

H

High

Logic leV91

L

:

Low Logic Level

Output

y

H

L

L

L

-

\, .

- Absolute Maximum Ratings

Note>

II M i i i t a r y A ~ lpeclflecl dlvtc.

aN

requlrod,

Note: 7119 AbsoWts M.ximum Ratings l l f9 /hon vt1/un

.._

com.ct the

Ndonal 8amicmlcluctor ....

bByond

which

lhB flll/e Jt l hB device cannot IHI guersn

Offlce/Dlntllutora for avaRlblllty and speclflcatloM.

ltHKi T1 1 t1'lvit:e llhouldnot

btl openti ti

at hese imlls. n..

Supply VOitage

TV

pllf8mllfric

VllWs

dsfinJ n thB

''EltK:ltical

Charactllri$t/cs

Input Voltage

5.5V

lllbl8 . .

not /Ulftl'lttltKIat

thB llbsolute

mllXimum tatings.

Thtl

RBCCmmendfld

Optnting

Conditions table will

dBliM

Operating Free ~ e m p e r a t u r e Range

lhB

r:ond/tionS

for actull/ ltwlcfl operalian.

OM54ancl54

-ssc

o

+ 125"C

OM74

O'Cto

+70'C

Storage Temperature

Range

-65 Cto + 150"C


Symbol

,.,.......,

Dll5402

Dll7402

Uftlta

Min

Nom

l l lu Min Nom

Vee

Supply Voltage

4.5

5

5.5 4.75 5

5.25

v

V1H

High

leY81 Input Voltage

2

2 v

V1L

Low

Level Input Vollaga

0.8

0.8

v

IOH

High level OutputCunent

-0 .4

-0.4

mA

IOL

Low Level

Output

Current 18

16 mA

TA

Free AJr Opetallng Temperature

-55

125

0

70

-c

Electrical Characteristics

over racommended

operating flee

air

temperatu


4/34

N

OQ

N

l

i

[

'

R

I:

8

2.

z

.

i

l

I

~ N a t i o n a l

r . I Semiconductor

DM54041DM7404 Hex Inver ting Gates

General Description

Absolute Maximum Ratings (Not 11

Thia device contain elx Independent gatea each of Supply Voltage

TV

5.5V

-esc

D 150C

whleh perform the logic INVERT unction. Input Voltage

Connection Diagram

O...loln-Une Pecllqe

Al n AJ n HD

t u F N I

DllM04 (J) Dll7404

(N)

Storage Temperature Range

- I: Tiit -..i.

Mui....,, Ra - a19

-

'

wMclI tM Uf91rOf lhe

drMCe

CUI not tie

CfU8M'Md.

The

Clll6ae lftOuJd

ftOI

l ~

lhele

lltnlla. The

,.,.._klc:

.,.._,

dlftRllCI

In

the

.. Eltclrlcll CMr11etlfl1kt ' table

..

Ml

guarantMd M

the ablohd:

nm1mum101lngo. - ) p o q l l n g ~ 1 1 - w t 1 1

dltlnt thl

condttlona tar Ktual

. ._ peration.

Function Table

Yl

Input

A

L

H

H High Logic

Lent

L Low Lotte Level

Output

y

H

L

)

~

Absolu te Maximum Ratings

CNot>

tr

l l l l l l lwy/,. . , . , . ._. epecllled

devloM - . . . . . . . . .

Nole: .,.,,. ~ '- Rlltinp . . . . . .

._ conlllCt

Iha

llltlonll 8elnlaa11llU010r

. . . _

Nyond

wNcll

'

..

.,,.

of

'

dtwlctl

_

IUtftn-

Oflloe/Dlllrlllutora tor

Vdellllly Md epeolllaallorie.

IHd.

.,.,,.

dtwlctl mout nolt

opwated., _/Im/ la .,,,,,

Supply

Vellmge

TV

~ - - d o l / M d l n t h t l

E l e t : t r l l : a l ~

lnpul Voltlge

5.5V

* _ . n o t ~

al htl tnll1timum

f8/lngs.

Operallng Fnle

All

Temperabn

Ra'1l9

.,,,,,

.. ~ , . . . ,

Cortdlllonil * /11 //dtl/lne

OM54and5

-ssc

o +

t25 C

' condilJoM actual da lllt:tl opwallon.

OM74

O"Cto +70"C

Stcnge

~ k n

Ra'1l9 -we

o + 150"C


Symbol

........

DlllMOt

Dll7402

Unite

111111 Nom

llu l l ln

Hom

l l u

Vee

Supply Vollmge

4.5

5

5.5

4.75 5 5.25

v

V1H

High

LIMll

lnpul Vcllage

2

2

v

VIL

Low

LIMll

nput Valtage

0.8

0.8 v

IOM

High

LIMll

CUmlnt

-0.4 -0.4

......

loi.

Low

LIMllOutput

CurTenl

HI

18 mA

TA

AM

All

Operating

TemperatUre

-55

125 0

70

c

Electrlcal Characterlatlca

av

Neommended opera1lng h e

ii lemperat\n rmnge

(unteaa otherwlu

noted)

. .....

..........

Condltlone 11111

Tnt

l l u

Unite

(ltota

1)

V1

lnpul Cllmp Vobge

Vee

Mln,11 -12mA -1.5

v

VOH

High

L8V8I Oulplll

Vee - Min.lot-I Mu

2.4

3.4

v

Voltlge VIL

MIX

Va.

Law 1.9111Oulplll

Vee

Min,

1oi. Max

0.2

0.4

v

Voft8ge

V1H Min

11

lllf>Ula.r9nlMu

Vee MIX, Vt 5.5V

1

......

inruvon.ae

''

High LtMl ,.,..i

Cumin

Vee MIX. V1 2.4V 40 p.A

l1L

Low

LIMll npul

Cumlnt

Vee

MIX, V1

0.4V

-1.8

......

los

SllottCircuit

Vee - Mex I

DM54

-20

-55

mA

OutputCwNnl (Note2)

I

DM74 -18 -55

lccH

Supply

QllMnl

with

VeeMu

8

18

mA

Oulputa

High

lccL

Supply Cl.nentwith Vee- MIX

14

27 mA

Oulputalow

Switching Characteristics a t V ee - 5Vanc1 TA -

as-c

(Sea Section 1 or Teal Waveforms 111c1

Oulput

Loadl

Symbol

.......

CondltlDna

l l ln

I la

Unlla

'

Pl'opagallonDelay Time

Ci.

-

15pF

22

na

Low

to

High

LIMll Oulput

RL - 4000

'41.

l'laplgatian Dllay 1me

15

na

High IO L o w ~

Oulput

_ , :Mw io - .. avoc

IY. T WC.

l: ltol_

..______ _

,,.,-.,


5/34

J

2.

)

E

'

I

I

N

00

w

Package

Optlona

Include Both Piede and

Cantmlc

Chip C.nte1'8 In

Acldlllon

to

Plastic and

Ceramic

Oii's

DependableT lnstrumencs Quality

and Relleblllty

dcrlpt lon

,._ ewlces cont11in four indopendont 2-input ANO

1111-

The

SN5408, SN54LS08, and SN54S08

. , . clunc

terized

for

-lion ow.

ll1e

full mlitl lry

tempeiatwe

range

of

-SS C

to

125 C.

The

SN7408, SN74LS08

and SN74S08 ara - - r i nd

for - . t i on

from

O C to

70 C.

FUNCTION TA8L.t

INl'Ulli

A B

H

L

x

H

)(

logic dl119ram 1

. h getel

OUTPUT

y

H

L

L

:=o-y

poaltlv. logic

YAB or Yoi \ i

TYPES SN5408, SN5CLS08, SN54SO( }

SN7408, SN74LS08,

SN74SO&J

QUADRUPLE

2-INPUT POSITIVE-AND GATES

MWIEl>DECBllEll-

-.IOllWl'ACKAGE

IOlll'ACICAGE

a.JC.S..7- . . . O .IOllNPACIUIGE

rnll'VRWI

Yee

1802 13[)49

4A

4Y

2895

1 ~ 3 B

Y

6 g 3A

GND

a 3Y

-

-Atl'ACllAQE

lill74LSm.SN7- . ..

Fiil l'ACllMIE

tY

NC

fn)l'VRWI

: ~ ~ ~ ~

3 2 1 2 0 1 9

9 10111213

,n o

0

n

> D U >

I'>

NC-Noa...---. , .

NC

4Y

NC

38

TEXAS

-If

INSTRUMENlS

flOST OfflCE

IOJC

225012

a

Q,111,LLAS. TUCA.S 1\295

TYPES

SNl N 7 4 0 8

QUADRUPLE 2-INPUT P O S I T I V E ~ G T E S

- .unended opanrting conditions

-

..,_

UNIT

_

lAX

MIN -

M AJ(

ee

4.5

5 5.5 4.75

5 5-25

I/

V1H

i l ~ l w e l input voltagt

2

2

I/

VIL

l Dw-19'1191 voltage

0.8

0.8 I/

IOH

~ OUlPUt cvu...t

-0 .8

-0.8

'oL

Low-lwei

output current

16

16

TA

()psati119

t , . . . ir empwetUre

- 55 125

0

1

c

electrical chllrac:1eristics over remmmended opanrting

. . _ . . .

-. , . . . .rture

. . . , . .

(unless otherwi noUldl

TEST CONDITIONSt

-

SN 7-

PARAMETER

UNIT

N

TYPt l lAX

MIN TYi'$ l lAX

Vue

V c c M IN,

l1 -12mA - 1 .S

VoH

VccMIN. VtH21/ , IOH-0.SmA 2.4

:u

2.4

l lOL

VccMIN,

VtL0.8V,

loL

t l m A

0.2

0.4

vccMAX.

l l t 5 .6V

1

ltH

VccMAX.

l lt:Z.4V

40

l tL

VccMAX.

V10 .4V

-1 .6

ost

l /ccMAX

-20 -55

- 1 8

'cCH

Vee MAX,

Y t 4 5 Y

11

21

'cCL

VccMAX, 11101/

20

33

1 For condit ions 18'own .. MIN OI MAX, UM th

eppropriet8

..............

under

NCGm

. . . . . . . operating conditione.

t

All

typlufv.luee

era at V e e

5

V,

TA 2SoC.

f

Not more ttt .n ona

OU1'Nt

shoutd

M

. . .or'9d

at a

Uma.

swikhingchal'8ctllristics,

Vee ..

6 v. TA=

25c

c- -21

FROll

TO

PARAMETER I nsfCONDIT a.

tlNPVTI

IOUTPUTI

:=----1

A or B

y

RL 4000, CL

15pF

1PHL

NOTE

2:

Sea

Gener9I

antonnationSection tar oe circuit

R

\dl.IDI' wewfonnL

TEXAS -If

INSTRUMENTS

fOS1

OFFtCE M>X Dlil12 DALLAS.TEXAS Jlla5

l l lN

-1 .5

I/

3.4

I/

0.2

0.4

I/

1

'

40

- 1 .6

-55 mA

11

21

20 33 mA

TYP

l lAX

I

UNIT

17.5

27

12

19 I


6/34

Package Options Include Plastic Small

Outline Packages, Ceramic Chip Carriers

and Flat Packages, and Plastic

and

Ceramic

DIPs

Dependable Texas Instruments Quali ty and

Reliability

1scription

These devices contain four independent 2-input

OR

gates.

The SN5432, SN54LS32 and SN54S32 are

characterized for operation over the full military

range of -

55 C to

125C. The SN7432,

SN74LS32 and SN74S32 are characterized for

operation

from

0 C

to

70 C.

FUNCTION TABLE leach gatel

INPUTS

OUTPUT

A 8

y

H

x H

x

H

H

L

L

L

gic symbolf

lA

:;.1

8

12)

2A

161

2

y

28

15)

3A

SI

3Y

38

101

4A

ll l 4Y

48

1131

his

symbol

is

in

accordance

with

ANSldEEE

Std 91-1984 and

:c

Publication 617

12.

1 numbers shown

are for 0 . J . N.

or

W ckages .

SN5432 SN54LS32 SN54S32

Sl7432 SN74lS32 SN74S32

OUADRUPLE 2-INPUT

POSITIVE-OR

GATES

DECEM ER

1983-REVISED MARCH 1988

SN6432, SN54LS32. SN54S32 J OR W PACKAGE

SN7432 . . . N PACKAGE

SN74LS32. SN74S32 D OR N PACKAGE

ITOPVIEWI

Vee

8

48

1Y

4A

2A

4Y

28

38

2Y

GND

SN54LS32. SN64S32

FK

PACKAGE

ITOPVIEWI

u

a i ..

1Y

4

4A

NC

NC

2A

4Y

NC

NC

28

38

>

0 u

>

or

Z

Z

MM

C )

NC

-

No

intomll

conn:tiOn

logic

diagram

lA

[

1Y

18

2A

[

2Y

28

3A

D

3Y

38

4A

[

4Y

48

positive logic

Y = A

+

B

or

Y =

A B

n

D

u

D

Q

_

TEXAS f

INSTRUMENTS

2-137

POST OFFICf BOX

055012

DAlLAS

, TEXAS

75265

Courtesy of Texas lnsttuments Incorporated

284

)

~ )

0


7/34

N

c::o

VI

Q

J

g,

;;l

5'

I

ir

I

//'

\

TYPES SN5446A,

47A, 48, 49,

SN54L46, L47,

SN54LS47, LS48,

SN7446A,

47A,

'48,

SN74LS47, LS48, LS49

BCD-TO-SEVEN-SEGMENT

DECODERS/DRIVERS

'411A, OA, 'L41, LO, 'LS47

feature

'48,

LSGI

feature

MARCH

t tJ.

REVISED DECEMBER 1983

'49,

'LSG

feature

Open-CoDector Outputs

Drive lndicatora Directly

lntemal

Pull-Upe Eliminate

Need

for Extemal Rnldora

Open-Collector Outputs

Blenklng Input

l amp T

Provlalon

Leadlng/Tranlng Zero

Supp1'8181on

lamp-Teat Provlalon

LeadlnglTrem ng Zero

Supprealon

SN54L48. SN54l47 ..

J

PACKAGE

SN54441A. SN5447A. SN54LS47. SN54441.

SN54LS48

. J

OR W PACKAGE

SN7448A. SN7447A.

SN74441

.

JORN

PACKAG

SN74LS47. SN741.S48

. D.JORNPACKAG

CTOPVIEWI

SN54LS47. SN54LS48 . FK PACKAGE

SN74lS47. SN74LS48 . . FNPACKAGE

TOP111Wi

u

u u

um z >

....

3 2

c 2 u f

v

..

r

[Tg

i i tRBO 5

LT

1

1

g

Bt/RBO

4

13

a

RBI 9 12 b

D 6 11 c

A 10 d

GND 8 9 e

SNfi449

W PACKAGE

SN64LS49 J

OR

W PACKAGE

SN74LS49 D.JORNPACKAOE

ITOPY1WI

vr

2 1 f

ii l , 9

D a

A s

1

b

6 9 c

GND a d

PllDUCllDI DATA

lolo

i o l t _OI

.

~

. . . . PftitlCtl

ct11'-

,,

~ - '' ''--

TEXAS.

INSTRUMENTS

NC 6

iiBi

D

9 10, , 12 13

; O ~ ; ; ;

z z

.,

SN54LS49

FK

PACKAGE

SN74LS49

.

FN PACKAGE

ITOPVIEWI

iii

C 5

D 6

NC 7

A 8

u

u a i z >

3 2 1

ou ac . J

NC - No

in tna l connKtiOn

b

: : - - = . : r ; , - : ~ ~ . r . . c : : : . =

POST

OFFICE llOX 2nD11 DAI.LAS. T E l A . ~ ~ I S

TYPES SN5446A, 47A, '48, 49, SN54L46,

L47, SN54LS47,

LS48, LS49,

SN7448A, 47A, 48, SN74LS47,

'LS48,

LS49

BCD

TO-SEVEN-SEGMENT

DECODERS/DRIVERS

All Circuit Types Feature

Lamp

Intensity Modulation Capability

TYPE ACTIVE

LEVEL

SN6446A

low

SN5447A low

SN5448

high

SN5449

high

SN54L46 low

SN54L47

low

SN54LS47

low

SN54LS48

SN54LS49

hfGh

SN7446A

'

N7447A low

SN7448

high

SN74LS47

low

SN74LS48

high

SN74LS49

high

logic symbols

46,

47

m..W........W---

DRIVER OUTPUTS

OUTPUT

CONFIGURATION

O l ) l t f l ~ l e c 1 o r

open


8/34

N

00

C"I

I

.

i

I

i

description

TYPES

SN5446A, 47A, '48, 49, SN54L46, L47, SNS4LS47, LS48,

LS49,

SN7446A, 47A, 48, SN74LS47, LS48, LS49

BCD-TO-SEVEN-SEGMENTDECODERS/DRIVERS

The

'46A, '\.46, '47A,

' l47,

ind 'LS.47 feature activelow outputs designed for driving cornmonanode VLEOs or

ine1ndescent indicators directly, ind the '48, '49, 'LS48, 'LS49 featureIClive.f'tigh outputs for driving lamp buffers or

common-cathoda VLEOs. All of the circuits except '49 and 'LS49 have full ripple-blanking input/output controls and a

tamp test input. The '49 and 'LS49 circuits incorporate direct blanking input. Segment identification and resultant

displays -are

shown

below_ Display patterns for BCD input counts above 9

i re

unique symbols

to

authenticate input

conditions.

The '46A, '47A, '48, 'L46, 'b .. L$47, and '.k.48 circuits incorporate automatic lelding and/or trail] g" s

zeroblanking control (Rei

and

RBOI. Lamp test (LTI of these types may be parformld at any time when the 81/RBO

noda is

at

a high ltvel. All types (including the

'49

and 'LS491 contain an overriding blanking input

(iiil

which can be

used to control the lamp

intemity

by pulsing or to inhibit the outputs. Inputs and outputs are entirely compatible far

use with TTL logic outputs.

The SN54246/SN74246 through '249 and the SN54LS2471SN74LS247 through 'LS249 compase the 5 and

the 9

with tails

ind

have been designed to offer

the

designer a choice

be n IWo

indie1tor fonts. The

SNS4249/SN74249 and SN54LS249/SN74LS249 are 16-pin versions of the 14pin SNM49 and 'LS49. Included in the

'249 circuit and 'LS249 circuits are the full functional capability for lamp test and ripple blanking, which k

not

available in the 49

or

LS49 circuit.

.1_:_1.

1 I

.

EGMENT

IOINTIFICATION

I I

l _J

0

' ' ll

1

lul

1

-l

1

1-

1

l

1

-

1

ICJI

I

lul -1

=1

11i::i

1ci-1c::i =c

2

6 8 9

10 It

12

'3

1-4

NUMERICAL OESKJNATIONS

AND

RESULTANT

DISPLAYS_

441A,

411, 1.441. 'L47, L.Sol7 FUNCTION

TAl lU

DECIMAL

OA

INPUTS

iii1Aao

1

OUTPUTS

FUNCTION tT

i i i i

0

e

8 A

.

.

. I

I

0

H H

L L

L L

H

ON ON

ON ON ON

ON OFF

'

H x

L L

L

H

H

OFF

ON ON OFF

OFF OFF

OFF

2

H

x

L

L

H

L

H

ON ON OFF

o

ON OFF

ON

3 H x

L

L H

H

H

ON ON

ON

ON OFF

OFF

ON

H

x

L

H

L

L

H

OFF

ON ON

OFF OFF ON

ON

5 H

x

L

H

L H H

ON

OFF

ON

ON

OFF

ON

ON

s M

x

L H H

L

H

OFF

OFF

ON

ON ON

ON ON

M

x

L

H

H H H

ON ON

ON OFF

OFF OFF OFF

8

H

x

H

L L L H

ON ON ON

ON

ON ON

ON

9

H

x H

L

L

H H

ON

ON ON OFF

OFF

ON

ON

10

H

x

H L H

L

H

OH OFF OFF

ON

0 '

OFF

ON

"

H

x

H

L H H

H

OH OFF

ON

ON OFF OFF

ON

12 H

x H H

L L H OFF

'

OFF

OFF

OFF ON

ON

tJ H x

H H

L

H

H ON OFF

OFF ow

OFF

o '

ON

..

H

x H H

H

L

H

OFF OFF OFF

ON

ON

ON

ON

15

H

x H H

H

H

H

OFF Of f OFF

OFF OFF

Of f

OFF

Bl

x

x x x x x

l OFF

OH

OFF OFF OFF OFF OFF

RSI

H

L l L I l

l

OFF OFF

OFF OFF OFF

OFF OFF

"

x

H

ON ON ON ON

ON

ON

ON

T

L x x x x

H h i fh v . t. L low evel. )( i .. ,..,,

15

NOTE

1

2

J

4

NOlES

I. Thtt hl.mking

i put l i i l must . . . opan

or hekt ill

mp 09tC: lewf wham tn1tpu1

lunc:tion.

O throutft i1te

a. s

ited.

Fh.t

opphr lJl,mk1r'1'1mc>ul lA'li l m ull he

up.tit

or

h19htt

blnklngof deciml 1n11011o 011leu, .d.

When

low I09tc . . . . . ii N>Uliect dorKtly 10 h b

.. Uttf tl

input i i i i. II

..

ment OUIPUll . . . . on ,

...

dlH& of IM , . , , . , OI ....

Olher

1npu1.

l.

Wli.th

r i p p ~ b l e . k u ~ y input 1Rih

.ind

inpuK A,

a. C,

nd

0

i1 1 a1 l ow tewl wnh

1he

emp t eu input htgh, an seenien1 ou.1putt

00 al l

anrt

lhc

r1pplo

blaNonv

output

Cft' ial 9c1

10

klw

i.-t

rtd.punw omlit1onl.

w+wt11

the blankint

lncau1/11pPl1t bl,mk111t

ou1pu1 tiTiR'lal

opeo or

hold hinh

and low s apptttd

10 It

... ..o

ttt lftaNI. 411

IUfltftCll\I u u tp Yb to

on.

I

ii R iO I\ ' ' ' ANQ

l ~ t t e .

wrVln,i

M 11'.tnk

mti

inpul

ClJ'i) nft/Or rtpphl' h4enk1nn

OUlpul

l

TEXAS

-If

INSTRUMENTS

'OST O F F I C ~ IOX 225012 o DAU.AS. TlJCAS 1l21S

TYPES SNS448A, SN5447A, SN7446A,

SN7447A

BCD-TO-SEVEN-SEGMENT DECODERS/DRIVERS

absolute maximum ratings over operating free-air temperature range (unless otherwi$1 noted)

Supply voltage, Vee''" Note

11

Input voltage . . . . .

Current forced

into

any

output

in the off state

Operating freeair temperatur e range: SN54 46A, SN5447 A

SN7446A, SN7447 A

Storage temperature range

NOTE 1: Vo l tag ev e lYetarewi threspect 10 network 9round trm i

na

l .

recommended operating conditions

7V

5.

5V

1 mA

-ssc 10 12s c

. oc

1010

c

-65C to 150C

SN&M6A SN5447A SN7446A. SN7447A UNIT

MIN

N0M

MAK MIN

NOM

MAX MIN NOM

MAX MIN NOM MAX

Supply

vo1-.

vee

4.5

5

5.5 4.5

5

5.5

4.75

5

5.25

l

4.75

5.251 v

Off-stateoutput

vohtgt

, VotoftlI thru g

JO

15 30

151

"

On-s11te

output curr.nt,

otonl

l

a

lhrv

g 40 40

40 401

mA

Hgh-tevel

output

CUfftf'lt,

IOH I

f l/Mil) -200 -200

-200

;;;2001

""'

low-level

outpUt

current. IOL

111/RBO 8 8 8

Ill mA

Oporaling ffeefr ' " "" ' TA

I

-55 125

j -55

125

j

0 70

I

0

70J

"C

electrical characteristics over recommended operating fr l8-air temperature range (unless otherwisa noted)

PARAMETER TEST

O N D I T ~ S t

MIN TYPt MAX

YOH

High1e\llt input vottlgl 2

V1L

LOWlwel

inp,n

voltage

l K

Input clmp vottege

Vee

s:

MtN, l 1

- 1 2 m A

~ O H

High-ltVl I ou1pu1

Volllge iii/A O

llee MIN.

VtH ,.. 2V,

2.4

VIL 0.8 V,

loH

-200A

: VoL

LON-level output voltage iii/im5

Vee MIN, VtH 2V,

VIL"'

0.8 V.

'oL 8mA

ototl) Off-itte aueput current

a thru g

Vee= MAX , V1H: 2 v .

Vtl =0.8 v. Vot of l l

..

MAX

vo,onl

OnsttOU1PUIvoHagr

lhru 9

Vee ..

MIN,

V1H " 2V,

v

1

vo.sv. tocon "OmA

,,

Input cvrrent at moimum

input

woltage

Any

i

nput

Vee

.

MAX.

v, .

5.5

v

exceptBitRBO

l1H

Hightevel tnput

current

Any input

Vee. MAX. v, 2

.4

v

except il/liitl

Any input

I

ll

Low-level tlPUl current

e . c a p t l i / ~ Vee" MAX. V1 :0 0.4 v

Ii/Im>

los

Shortcircuit outPUI

curttnt

iii/Im)

Vee MAX

Vee. MAX I

SN54'

tee

Supply current

I

,,.,

Set

Nott

I

Fo

r

cond

i

tions

lhown

n

MIN DI'

MA1'

.

u

ma

approp

r

i.9'

valu

1Pec0f;.tund

r

ecommended overUnt

"

ond

1

ion.

l

An typical vatut

ere.,

e e ~ v . TA

2s"c.

NOTE 2 : tee t

mea...,ract

w i'h II ou tputs open and all inPut1 4.5 v .

switching characteristics,

Vee=

5 V,

TA=

25' e

0.8

-1.5

3.7

0.27

0.4

250

0.3 0.4

,

40

-1

.6

-4

-4

64

BS

64

103

UNIT

v

v

v

v

v

A

v

mA

A

mA

mA

mA

PARAMETER

TEST CONDITIONS

MIN

TVP

MAX IUNIT

tofl

Ion

ton

'

Turn.off time from A

input

Turnon time horn A-i"Pul

Tufnofl time fromRii nput

j\,rn-on

1inw

trom

Rii input

Ct

15pf ,

Rt

120U.

See

Note 3

100

100

OO

100

NOTE :1 : See Ge.-rI

tnlorma11on

Section

for

lod

Ctrcuns

nd

vo t t

o r m s t

0

tt cou

.

ond1 to IPLH

.nd

ton corn1Pond110

t p ~ L

TEXAS.

INSTRUMENTS

POST

OJFICl 801l 225012 it D4LLAS.TIEX"5 7'26S


9/34

.

1

I

l

i

1

1

J

i

l

l

J

"{

.1

l

l

.1

l

J

I

j

i

1

l

I

l

l

El

[

.

e-

'R

I

2.

[

i

f

N

00

J

DM5474/DM7474 Dual Positive-Edge-Triggered D

Flip-Flops with Preset, Clear

and Complementary Outputs

General Description

Absolute Maximum Ratings


10/34

l

l

I

1

l

l

l

N

c::o

c::o

I

.

:;i

E

I

t

TYPESSN5471,SN54H78, SN54LS71A.

SN7478,SN74H78,SN74LS78A

DUALJ-K

FLIP-FLOPS

WITH PRESET AND CLEAR

PllCbga

Opllana lndllde l lllldc . . . .

C... .SDIPa

Dependmbla

T

........

_ . a u . t t y

.....

dllcriptiarl

The '78 - H1I

- -

. . . . , ._ . . -1(.

tip

... - - .Ht.-...-. -

.....

.......... The '78 - 'H71 - ,..,.... .

edgo

.......

t lp-llDpL

J..IC ...... ii o9d ld - . . .

_

. . . . .

..

clad< l l N g t i - . . . - . . . I O........... lgb-to-

_ . . . . . . . _ fof _ ...,_

_

J _ K.. .

. . . . .

1htclad 7 G C .

---

ll547'.11115o9111._. JU

IOllWl'ACUm

1117471.1117-

JOllllPACIUIGE

11114U71A

D,

J

OllllPM:IUUIE

PRE

L

H

L

H

H

H

H

PRE

L

H

L

H

H

H

H

H

ITllP

t i t

tQ

to

GNO

V e e ~

1 2 ~ 2 K

2CUC I

11 20

2 Jiiii

..

20

2a:Ji

2J

'18. 1111

F U l l C l X * T ~

-

l.II

CLIge notation are

fOf

O.

J or

N

,.ckagu.

schematics of inputs

end outputs

78

"LS111A

t IQ

10

t:2D

2

EDUIVALENT 0, EACH INPUT

TYPICAL OF ALL OUTPUTS

Vee

INPUT

ltLMAX

-1.lrnA

-3.2mA

Roq

NOM

kt l

2n

TEXAS.,,

INSTRUMENTS

POST OFF

I

CE IOX

225012

a DAU.AS, lXAS 1'21l

--- . Vee

OUTPUT

\ , _

TYPES

SN5476,

SN7476

DUAL J-K FLIP-FLOPSWITH

PRESET AND

CLEAR

recommancled operating condi tions

N5478

Sfl7471

UNIT

MIN NOM

MAX MIN NOM MAX

Vee Supply

vo l t

4.5

5 5.S 4.75

5

5.25

v

V1H

High-laV11I input

vottatt

2 2

v

V1L

Low-twel inputvott

0.8 0.8

v

IQH

HiQh-tevel output currnt

-0.4

.4 mA

IQL

lo...ttveloupul

c;urrent

16 .16

mA

I CLKhiall

20 20

Pulse duration

I CLKlow 47

47 ns

I PRE or CLR low

25

25

.... Input setup

time

before CLK 1

0 0

ns

1h

Input

hold

timed1t11fter

CLK

0

0

ns

TA

Operating

free.air temptrMure

- 55 125 0 70

c

electrical chBnlCteriatics over recommended operating free-air tem perature range (unless otherwise note d)

PARAMETER TEST

CONDITIONSt

SN5476 SN7471

UNIT

MIN TYP MAX

MIN

TYP

V1K

Vee

MIN,

l 1 - 12mA -1.5

VQH

Vee

MIN.

V1H

2V

.

oH

-0 .4mA

V1L 0.8 V,

2.4 3.4

2.4

VOL

Vee MIN,

V1H2V,

oL

18mA

V1L 0.8 V,

0.2 0.4

ee

MAX, V16.5V

1

ltH

JO< K

N

othar

Vee

MAX ,

v,. 2.4 v

40

80

J 'K

- 1 .8

l tL

...........

Vee

MAX,

v,. 0.4

v

-3

.2

ost

Vee MAX

-20

- 57 -18

cc

VccMAX,

Stt

Note 2

10

20

t For

condltk>ns

thown

Ml

N

or

MAX

. , . .

h 11PPJOl)tl.i vlum

. -c lf iI

uncMr

rcornmndedop.,tfno condJUonL

Afltyptcl.,.,u

.

,tYcc

v.

T11t

nc.

Not than OM 0Ytl)v1

tltould

...

hort.d

. -

Clu r la

testad with

pf 9Mt

hilh and pre

t tntad

with

e. ._ hilh.

3.4

0.2

10

MAX

- 1.5

0.4

1

40

80

- 1.6

-3.2

-57

20

NOTE 2: With all oytputs opmn, ce hi ~ r 9 d with tha Q and 6 output1 hl9h

ln

tufft. At th time of rnaa1urament, 1h elock input

It tounded.

switching charactsistic:t,

Vee 5

V,

TA 25e

1

note

31

PARAMETER

FROM TO

llNPUTI

I

OUTPUT

TUT

CONDITIONS

MIN TYP MAX

-

IS 20

tPLH

Mi Ct:R

oo,O

16

25

tPHL

RL

4000,

eL15pF 25

40

1PLH

eLK

QorO

16 25

1PHL

25

40

NOTE

3:

SH

Genetti

lnlormltion

Section

lor

IQMI

eireuits

and

voltage

wa\ elorms.

TEXAS.

INSTRUMENTS

POST

OFFICE IOX 11llG12 DALLAS,TlXAS

7'21\

v

v

v

mA

P

mA

mA

mA

UNIT

MHz

ns

ns

ns


12/34

I

N

'

i

.:i

e.

QI

e

I

f

i

TYPES SN5483A, SN54LS83A, SN7483A, SN74LS83A

4-BIT BINARY FULLADDERS WITH FASTCARRY

FuH-

Jlo--

FUNCTICllllTABLE

l

L l

l

L

H

l l

l

H

l

l

l

L

H l

l

l

H

l

L

H H

l

L

H

H

l

l l l H

H L H

l

H

H

H

l

H

L

H

l

l

H

H

l

L

H

H

H

L

H

H

l H

L

H H

A3

:E3

NC

M

84

H

l

l

H

l

H

H

l

l

H

H

l

L

H

H hllh wal, L low lwal

L

l

H

l

H

l

H

l

H

L

l

H

L

H

l

H

H

L

l H

l

H

L

H

H H

H

H

H

H

NOTE: Input

~ o n d l U O f ' l l

' 81. A2,

82,

and co .,.. UHd

to

dettirmlnOU1PU1t

2:1

and

2:2 and

thavalueot

th

inwnal

urry C2. The waluet at C2.

A3,

13, AA, aftd B er

tl'tet1

Uled tO dHarmlne Outpun 2:3, aMI C.

PIODUt:llDI DATA

TMt

. . . . . . . nlHlln l t . r .dt

. ..

1

:.==-

:.--...::o:m.. =-1:

TEXAS

..

INSTRUMENTS

~ . . . : . : : : t ; : : i ; . : ~

~

.,J

POST

Ol'FICl IOX DALLAS.

TEXAS

11211

/ '

- )

\___/

- - -

TYPE SN5483A, SN54LS83A,

SN7483A, SN74LS83A

4-BIT BINARY FULL ADDERS WITH FAST CARRY

logic diagram

(16)

84 -

A4

111

82 (7)

A2 181

81

.

A l ~

co (131

Pm

nutnl141f

1h0wnon

ioQtenotation ... Df

D.

J or

N

p KUg n .

I

(14)

C4

(15)

2:4

2)

2:3

161

2:2

9)

2:1

absolu111 maximum ratingso- operating free-air temperature range (unless otherwise noted}

Supply voltage,

Vee

tsee Note

1

Input voltage: '83A

'LS83A

lnteremitter voltoge (see Note 21

Operat

ing freeair temperature range: SN5483A, SN54LS83A

SN7483A, SN74LS83A

Storage temperature range

NOTES:

1.

Vot1age

vM..-t, cel)1 in1.,em1uar vohae, t with rnpec1 to netV110tk

9round

tatminal.

7V

5,SV

7V

5.5V

-s 5c

to

125c

. 0c 1010c

-65C 10 1so

0

c

2. This is

the

vOltap

be1....-n

iwo

amiuau ot

a

mull

iplminar tranMstor . T h ~ rating

appliff to

r

th

'B3A only Detwen

tn

tollowin9pain: A 1 end 81. A2 and 82. A3 aftd

83.

A4

and

84.

TEXAS.,,

INSTRUMENTS

llOST OH1Ct IOX.

219012

DALLAS.

tUCAS

' . . _ /

..._...,..

_. .. . ..

O " " " ' l ~ ..

...... __ . \'11'_;:; . . ,

_ ''

'

'

' ' .. . . _ _ . _ , < ~ ' . . . . , _


13/34

l

El

[

g

z

I

i(l

I

g

g

N

l.O

...i .

-

. . _ . _ _ _ _ . . . . _ .

_ _

~ ~

- - -

- -

- - - -

. - - < W r y

_ ' _

-

J o ' . 0 _ 1 > - . _

. . . , _ . , ; _

, , , , ; ~ , , , , . , . . -,0_>

DM5485/DM7485 4-Blt Magnitude Comparators

General Description

Features

Typical power dissipation 275

rrN

Typical delay (4-bit words)23 ns

These 4-btt magnit ude comparators perform comparison

of straight binary

or

BCD codee. Three fully-decoded

dee

slone about two 4-blt word a (A, B) are made and are exter

nally available at three outputs. These devices

are

fully

expandable to any number of bits w ithout external gatea.

Word&

of

greater length may be compared by connecting

comparators In ca9Clde. The A> B, A< B, and A ; B out

puts

of

a stage handling leslgnlflcant blta are con

nected

to

the corresponding Inputs

of

the next stage

handling

moralonlflc1nt bits

. The 1tage handling the

leastslgnlflcant bits must have 1 hlghlevel voltage ap

plied to the A B Input. The caacadlng paths are Im

plemented with only a two-gatl8Y91 delay

to

reduce

overall comparison times for long word&.



14/34

116481, Sll4LSllA. 1114111,

Sl7481,Sl74LSllA.S174111

QUADRUPLE

2 llPUT

EXCLUSIVE OR

um

DEcaaR

11n-l lE'

'llED

MAACtt

Package Options Include Plutlc Small

Outline Packages, Ceramic Chip Carriers

and Flat Packages. and Standard Plastic and

Ceramic 300-mH DIPa

INMSI.

NN 111A.

INMll8

J

oR

W

PACUGI

IN7488 ...

N PACKAGE

8N741.188A. 8N748R D ORN PACIAGE

CTOPVIEWI

Dependable Texaa lnatrumenta Quality and

Reliability

1A

18

1Y

Vee

48

4A

TYPICAL AVERAGE

TYPE

PAOPAOATIOH

DELAY TIME

88

14 ns

'LS86A

10

na

S88

7 ns

TYPICAL

TOTAL POWER

DISSIPATION

160mW

30.SmW

260mW

2A 4Y

28 38

2Y

3A

GND

3Y

SNl4UUA.

8NS4888

Flt

PACKAGE

CTOPVllEWI

description

CJ

These devices contain four independent 2input

Exclusive-OR gates. They per form the Boolean

functions Y = A

a

B .. AB + AB in positive

logic.

A common application is as a true/complement

element.

If

one

of

the inputs is low. the other

input will be reproduced in true form at

the

output.

If

one of the inputs

is

high, the signal on

the other input will be reproduced inverted at the

output.

The SN5486. 54LS86A, and the SN54S86 are

characterized for operation over the full military

temperature range of - 55 C to 125C. The

SN7486, SN74LS86A. and the SN74S86 are

characterized

for

operation

from

0C

to

70C.

4A

N

4Y

N

38

exclualvO R logic

292

An exclusive-OR gate has many applications, some of which can be represented better

by

alternative logic

symbols.

EXCWSIV-OR

These are five equivalent Exclusive-OR symbols valid

for

an

'86

or 'LS86A

gate in positive logic; negation

may be shown at any two ports.

LOGIC IDENTITY ELEMENT IEVBH ARITY 000.PARITY B.EMENT

The outpUt is

active

( low)

If a l

lnputa ltand

et

the Nm

logic:

level I.e., ABI.

The CJUIPUl ie active llawl If

.

even

number

of inputs

II a

. O

or

21 are sc:tiva.

TEXAS.,,

INSTRUMENTS

POST

OFFICE

IOX

659012

DALLAS. TEXAS

752115

The OUIPUt la

ac:dve

lhlghl If en

oddnumberof npula li.e . only 1

of

the

21

are ac:tive.

2-271

Courtesy ofTexas Instruments Incorporated


15/34

j

l

j

1

1

I

N

CAS

111S

Oo

De

Q9 QA

Q

L

L L L

1

L L

L

H

2

L

l

H

L

J

L L

H H

4 l

H

L

L

s

L H

L

H

6

H

L

L L

7

H

L

L

H

8 H

L

H

L

9

H

L

H H

10

H

H

L L

11 H

H

L

H

'92A, 'LS92,

93A, L93, LS93

AESET/COUNT FUNCTION TABLE

---

RESET INPUTS

OUTPUT

Rom

Ro121

Oo

0c

0a QA

H H

L

L

L

l

L

K COUNT

x L

COUNT

NOTES:

A.

Output

QA I

COftnectsl

to

l riput CK8 for &CO

courit

.

a . Output

Co

fl connect.Oto riPvt CKA tor bl-quln11ry

couri t

.

C. Output QA

i

ccmnect9d to nput CtC.B .

D.

H., Net\

evel, L low

IWll,

>C

lrr1lw1n1

H

H

x

x

L

L

x

TEXAS.

INSTRUMENTS

H

H

x

L

x

x

l

POSTOHIC(

80'K

221CU2

DAU AS. TUAS

15215

_________

~ : : ~

- - ~ - - = - - . . - ~ ~

L x L l

l

x L L L L

H H H L

l

x

L

COUNT

L

x

COUNT

x L

COUNT

l

x

COUNT

'93A, L93, 'LS93

COUNT SEQUENCE

IS..NoteC)

COUNT

OUTPUT

QD 0c

Q9

OA

0 L

L L L

I

L L

L

H

2 L L

H

L

3

L L

H H

4

L

H

L L

L

H

L

H

6

L

H H

L

L

H

H

H

8

H

L

L

L

9

H

L

L

H

10

H

L

H L

11

H

L

H

H

12

H

H

L

L

13

- H

H

L

H

14

H H

H

L

IS

H

H H

H

L

l

H


16/34

,

J

1

l

l

l

J

1

l

1

N

l.O

.i:..

Q

J

e.

;

el

I

Programmable Output Pulse Width

With Rint . . .

35

ns Typ

With RextlCext .. 40 ns to 28 Seconds

Internal Compensation for Virtual

Temperature Independence

Jitter

Free Operation

up to

90%

Duty Cycle

Inhibit Capability

FUNCTION T ABLE

---- - ..

-

INPUTS U ~

A1

A2

0

0

l

x

H

L

H

x

L

H

L1

HI

x

x

L

'

Hf

H H

x

L1

Hf

H

I

H

..n. u

I

H

H

u

I I

H

nv

L

x

I

.n...

1 I

l

1

.n.

1 I

For

11P9n.Oon

ot

function tb l

'ymbot, '"Pl',.

TYPES

SN54121, SN54l121, SN74121

MONOSTABLE MULTIVIBRATORS

WITH SCHMITT-TRIGGER INPUTS

REVISED MAY 1983

81114121 J

011 W PACKAGE

SNMl.121

J PACKAGE

IN741ZI

J Oii N PACKAGE

ITOPlllEWI

uu

C

2 1 NC

Al

l I

NC

[

...,,o,.

s 1 c..,

06 tR i n t

GND7

a NC

NC ND

ntMMf

COlIMCloft

1 fhM e

l inn

of

the function

qble nsun\9 the t t h e

indicted

t1t8dYtt1t

conditiont

the

A anc:r 8

in

putt

heY

bun setup

long

noUSJh

10 como1t any pulM 11artad

bt f ore the

N tUD.

description

These muhivibrators feature dual negative-tramitiontriggered inputs and a single positive-transition-triggered

input

which can be used as an inhibit input . Complementary

output

pulses are provided.

Pulse triggering

occun

at a particular V()hage level

and is not

directly related

to

the

tn1nsition

time

of the

input pulse.

Schmitt

-trigger input circuitry

(TTL

hysterests)

for the

B

input

allows jitttrfree triggering from inputs

with

transition

rates as slow as 1 volt/second. providing

the

circuit 'Ni.th an

e"cenant

noise immunitV of tYPicallY 1.2 volts. A high

immunity

to

Vee noise of typically 1.5 volts is also provided

by

internal latching circuitry.

Once fired, the

outputs are

independent

of

further transitions of

the

inputs

and art a

function only of

the

timing

components.

Input pulses may

be

of

any

duration relative to

the output

pulse. OutPut pulse tength

mav be

varied from

40 nanoseconds

to 28

seconds by choosing appropriate timing components. With no external timing components

(i.e Rint connected

to

Vee. Cext and RexrlCext open}, an output pulse of rypical1y 30 or 35 nanoseconds is achieved

which may

be used

as a triggered reset signal. Output rise

and

fall times are

TTL

compatible and independent

of

pulse length.

Pulse

width stability

is

achieved through

internal

compensati

on

and

is

virtually

independent of

Vee

and

temperature.

In most

applications. pulse stability

will

only

be

limited by

the

accuracy of external timing comp0nents.

J i

tter

free operation

is

maintained over the full

temperature and

Vee ranges for more

than

six

decades:

of timing capac

itance

(10

pF

to 10

Fl

and

more 1han

one

decade of timing resistance

(2

kl

to 30 kl

fonhe

SN54121/SN54L121

and 2 kfi

to 40

kfi for

the SN74121}.

Throughout these ranges,

pulff

width

is

defined

by

1he rela1ionship tw(outl.

CextRtln2 0.7 CextRT. In circuits where puhe cutoff is not critical, timing capacitance up to 1000 .,F and timing

resistance

as low as

1.4

kO

m1y be

used. Alsc, the

range of jitter-free output pulse widths is

extended

if

Vee

is held to

S

volts and

free-air temperature is 25C. Duty cycles as

high

as 90% are achieved when using maximum recommended

Rr:.

Higher

duty

cycles

are

available

if

a certain amount

of

pulsewidth jitter

is

allowed.

lllDllUCTIOI DATA

TYPES

SN54121,

SN54l121, SN74121

MONOSTABLE

MULTIVIBRATORS

WITH SCHMITT-TRIGGER INPUTS

logic diagram (poshlve

logic)

f11l RextlCx1

161

0

111 -

0

.___ _

' '1 01'-c

..

121

..

Rini 2kU

NOM

l

21 Aint 4 kU NOM

Ptn n-.,mb9f5 stIOwnon logic ncxatton

. . .

CN

J

CN

NJlllCll.agtt

NOTES:

t. An te rM I u,.ci to t ,.._Y b9 contMCtod b9twen cat (poaitival

and

c

'

Cai

2. To ute

the in l9 Nl

1imin9 rnht0t ,

c:onnact

Rint

to Vee,

For improved pulM

wtc;t1h

eccurecy NI ,.,.. .

Uity,

con '* t n

... . , .. etktor b9t""""

" tlC t and Vee

wi th Rint

DP11n-clrc:uit9d

ICMmlltics

of

inputs

end

outpuU

EQUIVALENT

OF

EACH INPUT

TYPICAL

OF

BOTH OUTPUTS

VCC

. . . .

--vcc

INPUT

OUTPUT

INPUT

.....

NOM

121

"L121

'

kn

BkU

A2

4kU

BkU

I I

121: Reo 130 U NOM

8

2

kU 4kU

'l121 :

Req

..

26011

NOM

j

I_

_

- - - - ~ - - - - ~ ~ ~ - ~ < ~

I

Ths ftHt CHllimi it1fM111tiH

' 'I&

tf

19 'Jic.tiH

thlta.

,H.Htl

CHt.rM

Qi

.,.aticliital,., . . . . . . . , 1 . . . aa tJ . - .U

.. .

PNhc:titfl

prDlliltt . . . .

;' \f iwcldl --. . t DPlf

.

(

\-..._/

TEXAS

-If

INSTRUMENTS

POST OFUCf BOX 125012 0.\LLAS. TEXA$1526S

- \

\

TEXAS

..ff

INSTRUMENTS

' ST

OfFICl

IOX

225012

DALLAS.

TEXAS 1521 .

"--"


17/34

sa

-

2

I

I

N

\.0

U I

TYPES SN54LS139A, SN54S139, SN7 4LS139A SN7 45139

DUAL 2-LINE

TO

4-LINE DECODERSIDEMULTIPLEXERS

Dealgned Speclfl cally for High-Spead:

Memory

Dacodera

Datll Tranamlaalon Syatema

Two

FuHy lnd9pand

..

2-to-4-Une

D.codara/Demultlpleera

Schottky Clamped

for

High Performance

deacrlpllon

T h

Schottky-clamped

TTL

MSI

circuits are designed

to

be used

In high-performance memory

decoding

or

data-routing applications requiring

wry

6hon

pro-

tion delay limos.

In

high-performance memory systems

these decod1H$ can be uMd to minirrize the effects of

system decoding. When employed with . high-speed

memories utiliiing a lest enlble circuit tho delay times of

decodlf9 and the enable time of the memory are

u1Ually

kiss than lhe typical access time of the memory.

This

hat lhe elflClive svstem defoy introduced

by t o Schottky-clamped system

decoder is

negligible.

The circuit comprises

two

ndividual two-fine to four-Une

decoders In a single pactSge.

The

active--low enab le in-

put can be used es a data lino

in

demultiplexing applica-

1ions.

All of decOdors/domultiploxors lea1ure lully but

lerecl inputs, oach of which represents only ona nor

malized loed 10 driving circuit. All inputs are clamped

with high-performance Schottky diodes to suppress

line-ringing

and

to simplify system design.

Tho

SN54LS139A and SN54S139 are characterized for

a t ion range

ol-55C

to 125"C. Tho SN74LS139A

and SN74S139 are characteriied for operation JOm O C

101oc .

REVISED APRIL 1985

SN54LS139A,SN54Sl39 . JORWPACKAGE

SN74LS139A. SN74S139 ..

D.JORNPACKAGE

tTOPVIEWI

V_cc

2G

2A

28

2YO

1Y2R6

, ,R2v1

1Y3 7

10

2Y2

GND a 9 2Y3

SN&4LS139A, SN54S t 39 . . FK PACKAGE

SN74LS139A,SN74S139 . . FNPACKAGE

ITOPVIEW)

u

ll ~ l a

3212019

Ei EE2

NC

No lnlWNI

CDMICtlon

logic diagram

1812A

17

28

I& NC

15

2YO

1 2Y1

FUN

CT

ION TABLE

E N B L E I G ~

INPUTS

ENABLE

SELECT

OUTPUTS

ii

B

A

VO V1 V2 V3

H x

x H H H H

L

L

L L H

H H

l

L

H H

l

H

H

L

H l H H

L

H

L H H H H

H

L

H " high

leve

l, L low

lh M

, X

irre 9ven1

PRODUCTIOI DATA

nil

1K*ln1111 Cllliiftl

jftfeUH1iH

CIUftftl

II

of t' lilic.tiH

1111

Proi11ct1 cnlonn to

111Cifi:catie1t1

p1r lht 1n111

of

T1U1

nstra11111t1

Pin numbers shOwn on ogi c no1a1ion ate fOf

D.

J r N packages.

TEXAS

f

INSTRUMENlS

~ ~ : : : ~ ' c : l i v : t ~ ~ l : ' o r . ~ : ; : ~ C : : :

POST

OFFICE toK 12 011 DAL.\.AS. E)(AS J o ~

DATA

OUTl'UTS

schematics of inputs and outputs

TYPES SN54LS139A SN54S139,

S N 7 4 L S 3 9 A

~ 3 9

DUAL

2-LINE

TO

4-LINE DECODERS/DEMULTIPLEXERS

EQUIVALENT OF EACH I I EQUIVALENT OF EACH

INPUT Of ' LS131A INPUT OF

4

5131

vcc

- -

I I Vee

20knNOM

INPUT ' :f4 '

INPUT

TYPICAL OF OUTPUTS

OF 'LSt39A

---------_....,_Vee

OUTPUT

TYPICAL OF OUTPUTS

OF S13t

------ ..- Vee

' ' OUTPUT

absolute maximum ratings over operating free-air temperature range (unless otherwise noted)

Supply voltage,

Vee

(see Note 1}

..

.. ..

.. .

......

..

.. .

..

.. .

. . . . . .. ................... . .. . . ..

.. .

.. 7 v

Input voltage: 'LS139A. 'LS139 .... ..

......

.. .. . . . . .

.....

..

.

..

.... .. . . . . . . .. .... . . . . . .

.......

7 V

'S139 .................

..

.................................. .. . ..

.. .. .

. .

.. . . . .

5.5V

Operat;ng freeai rtemper ature range: SN54LS139A, SN54S139 . . .

..

. .

..

. , .

..

. . . , . . . . . . . - 55e

to 125e

SN74LS139A. SN54S139

.. .

.. .

.. .. .

.

.. .. . .. . ..

. .

. . . . . . . .

0C 10 70C

Storage temperature range . . .

. . .

,

. . . .

. . .

......

.. ........... . . . . .

..

, . . . . . . . ..

.....

- 65C to 150C

NOTE

1:

Votiegt v . I ~

ere

with

respect

to ntwork ground trminal.

TEXAS f

INSTRUMENlS

flOS

T OFFICE lO>C 77S012

DALLAS

. TEXAS 75765


18/34

N

l.O

O I

I

.

C

el

I

I

- - . ~ ~ ~ - , , . ,

. <

- ' '

TYPES SN54LS139A SN74LS139A

DUAL 2-LINE TO 4-UNE DECODERSIDEMUL TIPLEXERS

recommended operating conditions

-

SNS4LS131A

SN7LS139A

MIN

NOM

MAX

MIN NOM

MAX

UNIT

Vee

SuPPlv

voltqe

4.5

5 5.6

4.7S

5 5.25 v

VtH

High-level

input

volt191

2

2

v

YtL

L.ow-tever input

voltge

0.7

0.8 v

IOH

HighllYlf

output current 0 .4

0.4

mA

IOL

Low-ltvel

output current

8

mA

TA

Operating f r t i r temptraturt -55 125

0 70

c

electrical characteriJtics

o

recommended operating free-air temperature range (unless otherwise noted)

PARAMETER TEST CONDITIONS

t

SNlLS131A SN74LS131A

UNIT

MIN TYPI MAX MIN TYPI MAX

VIK

Vee

MIN,

11

- 1 8

mA

-1 .S

-1.5

v

VoH

Vee .

MIN,

V1H2V

, V1L

MAX.

2.5

3.4

2.7 3.4

v

loH-0.4mA

VOL

Vee MIN, V1H

2V,

I IOL 4 mA

0.25

0.4 0.25

0.4

I

loL

8

mA

0.35

v

Vn,

MAX

0.5

1

Vee

MAX,

V1 7V

0.1

0.1 mA

l1H

VccMAX.

V12.7 V

20 20

A

ltL

VccMAX.

v

1

o.

v

-0 -

-0 .4

mA

IOs

Vee

MAX

20 -100 -20

-100 mA

cc

Vee MAX,

Outputs

eruibled .nd

open

6.8

11 6.8

11

mA

switching characteristics, Vee 6 V.

TA= 25e

(see note 21

-

FROM TO

LEVELS

SNS4LS139A

PARAMETEA1

UNPUT) IOUTPUTI

OFOELAY

TEST CONDITIONS

SN7LS139A

UNIT

MIN

TYP MAX

tp1H

2

13

20

'

tPHL

Binary

22

33

ns

Any

fPLH

Select

J

RL2k0 , CL15pF

18 29

'

'P"'

25

38

PLH

2

16

2

Erwble

Any

IPHL

21 32

'

Pl..H prOJ)9 .

ion

delay time, low to hOh levaf 0"'1put;

PHL.

prope . ion delay time, hl9"1IO lOwlV11I O\ltput.

NOTE 2: S. . Gtnerl lntorm.tton Sclion tor load

Circuit

n vollliil wavelOfms

TEXAS ...

INSTRUMENTS

POST

OFFICE

eox

125012

DA.LLAS

.

TEXAS 152U

TYPES SN54S139 SN74S139

DUAL

2-LINE

TO 4-UNE DECODERS/DEMULTIPLEXERS

nw:om '*'ded operating condltiom

SNMS139

SN74S138

MIN NOM MAX MIN NOM MAX

UNIT

Vee

Supply vollege 4.5 5

5.5

4.75

5

5.25 v

VtH

Hithf.wl input volt

... 2

2 v

VtL

L c w r ~ input VOltlll

0.8

o.s

v

IOH

High-level output

current

-1

-1

mA

IOL

l.o, . . ltvelouiput current

20

20 mA

TA

Operating

ft

. . . r ltrnf* turm

-ss

125 0

70

c

electrical cheracterlatics over recommended operating free-air temperature range (unless otherwise notedl

PARAMETER

TEST CONDITIONS

V1K

Vee - M IN ,

11a18mA

Vee . MIN VtH 2V. VtL O.BV.

I

SNS4S

VoH

l oH - 1mA

I SN74S

VoL

Vee . MIN, VtH 2V,

v

1

L.

o.8v

.

l o t

20mA

Vee . MAX, V1 5.

SV

IJH

Vee .

MAX,

V1 2.?V

Vee. MAX.

v . o .sv

iost

Vee . MAX

I SN54S

tee

Vee .

MAX.

Outputs enebted and open

I

SN74S

tFor

condition Shown., MIN

01

MAX.

u1

1M PPDDlifle

v1 1H1

s p e c ~ under recommended 0Peta11nu conditions.

IAlltypi


19/34

I

1

l

I

ft

'

lcdance, Swtlcn lfO

Capacdance. Common on

C.pac1t1&ne9, F

lfllroUQ"

M f t l

OH)

C110

Co 11

CtlO

klh ib il V o e

Inhibit VOO (MC1405t8)

(MCt4052B

I

(MCt40538)

Pina

Hal Adjacent

Pint Adl*Cenl

* lfO lr - ssc

1 1

M

Dewie:.

- -o fo

r

CVCP O.wie.

' '"D . + 12sc fOf

AL

Devtc:. IOf CUCP

Deice.

10

..

32

17

0.15

0 .4 1

-

Da

a lebeeod

lyp it not O

De

UMd or

deaign

purpo ..

t>u' t9 Mtentt.dH a

n tridk:elion

ot.,.,.

C'a potenU

al per f0tmen

ce

pF

pF

pF

H f

Of

YOHage dropt 1c

r ou M Wieefll (6Vwttehl >IOOmV

C>300 mv a9

l'VO"

iamperetute) , H c a

i

ve voo current

may

be drew

n;

.e. rhl l c:urren1

oul or

th

hWtlch

nay cont.WI

bOth Yoo and awilch

tnput c

omponenta

.

The rehabifdy ot raa dev i

ce

,;t1 be une

tt

ecled uneH he Maximum

Ael

. - r - - . i n o a1e eKCeected. (See if'SI page of hia dela

. , . ._

_ -

),

j

--.___,f


29/34

1

J

l

l

l

l

I

'

l

l

l

j

1

j

.

l

I

1

1

_j

l

i

l

l

J

l

4

I

l

l

1

l

i

a,

f

F

/i

w

0

' - I

0

MO T O R O L

8BIT PRIORITY

ENCODER

The MCl4532'8 is constructed with complementary MOS

(CMOS) enhancement mode devices.

The

primerv

function of

a pri

ority encoder is to provide e

binv

address for the active input with

the

highest priority. Eight

data

inputs

100

tlvu D71 and an enable

input

(I;

nl are provided. F we

outputs

are available. three are .ctdress

outputs (QO thru

Q2).

one group select tGS) and one enable outpu1

IEou1L

Diode

P'rotection on

All

Inputs

Supply

Voltage Range 3.0 Vdc

10

18 Vdc

Capol>lo of Driving Two

Low-power

TTL

Loads

or One LowPower

5cho11ky TTL Load

over

the

Raled

Temperature Range

MAXIMUM RATINGS (Vorn1g11s Retitrel\Ced ro Vss>

Symbol

I Peremr

Ylue

Voo

J

oc Supp1r vouaoe

-0510 180

Vin . Youd

Input

or

Output Voltage

(OC o' T1a,,s1cn1

- osrovoo

CS

lin. lou1

J

npul or Output Cuuenl tOC or T1ans1enl), pe1 Ptn

10

Po

/Power

D1H1palion. pet

Pa.ckaget

500

ls1a

Storage Tempera1urt

6 5 to I M I

fl J

Lead

lemp_era1ure (8-SeeonCil SOfctennol

260

'M1rnum Ratings are those values beyona wt11cn damage to the oev1ce may OCCUI

tfemp8falure Oera11ng Pie.she p

.

P a c ~ e '2mWl*C

lrom

6 5 ~ to esC

Ce,am1c

t,.""

Package - 12mw1c

from l W C

to

125'C

TAUTHTA9LE

1Nl'UT

OUTPUT

Ein

01.

Oii O&

D4

03 01 01

00 GS 01 01

QO

"

"

)(

"

"

) ( ) (

)(

0

0

0

D 0

D

0 0 D

0

I 1

"

x

)(

"

x

x

"

I 1

I

'

0

I

"

"

1

I

1

0

1

0

0

.

x

)(

x

x

"

I

0

1

I

0 0

0 1

1 I

0

0

1 0

0 0 D

1

x

)( )(

I D 1

I

I

0 0

0 0

0

I

x )(

I 0

.

0

I

0

D .0

0 D I

t

0

0

1

1

0

0 D

0

0 0 D

I

1

0

0

0

XOon'1C. .

Unit

..w

c

c

Eou1

0

1

0

0

0

0

Thf:t

d1vlce contalnl protection ctrcultty to guard agalnat damage du 10

high ltaUc vohO or

electrfC

telda. However,

prKauUone mu1t taken

to hOld_ appDeatloin1 of

any

Ohg

hlahr

than maximum rated Ol'8QN

10

this high

.

mpedance Circuit. For proper operation, Vin and Yout lh0u1d be

canatralfted to

the

range Vss c (Vlft or V

0

ut> c

Yoo

UnuMd &riputa

mu1t atwaya

be

U-S 10

an

mppropriate oglc voltage eve l lD

lttter

Vas or voo). Un1.11edoutpwta muet be

att

open.

,

I

C ~ 3 2 B

\ '--'

MC14532B

CMOS MSI

tLOWPOWEA

COMPLEMENTARY

MOSJ

8-BIT

PRIORITY ENCODER

--

SUFFIX P SUFFIX

CERAMIC

'ACK.AGE

'LASTIC

iaACKAOE

CASI: 820

CASE 648

O U E N N Q

IMPOAMATION

A

Serliff:

-55-C

to

ll&"C

MC_

4XXX8AL CCe,.mlt;

P K l i l9p

Chllr)

CS.llf: -

. . -C IC> IFC

MCHXXlCBCP

tPlade

Peckaf l)

MCt4XXX8Cl. tCermic-

Padl:9(Je)

PIN ASllONMENT

04

"'oo

05

Eout

06

GS

07

03

Ein

02

01

DI

01

DO

8

c:::j Vss

00

16

IS

14

13

12

11

10

9

ELECTRICAL

CHARACTERISTICS

cvo1ta,H

Aeferet1ced

to V55l

oo

,_.

25C

ThMlf'I

Ct..r.ct.,lt.tic

,,_,

Mit1

M

M '

Typ If M,.

Min

M

1

Un,1

0WoPUt Yollage

r t e ~

VOL

&O

0 .

05

0

0 .05"

0.05

I

Ydr:

vin.

Yoo

o

10 o.os

0

0 .

05

0.05

15 0 .0 5

0 0.05

005

Vin' Dor

Voo

' l ' L e ~

VoH

S.O

4.9S

4.95

4 .

95

I

Vdc

10 9.95 9.85

10 9 .

95

15

14.9 '

U. 95

14.95

Input

VolUrge O ~ I

Vo

I

Vdble mod s

Schematic Diagram

Connection Diagrams

-c...-

Industrial Blocks

Adjustll>lt duty cycle

Ouiput

cm

source or link 200mA

Output tnd 1Upply TTL cornpotibie

Tempor11ur1 otlbllity bo ner lh. , 0.005% par C

Normofly

on

end norm11ty

off output

AppllcatlOns

Precision timing

Pulse

g1n1ration

SlqlMttiol timing

Time dtloy genomion

Pulst width rnodui1tion

Pulse

position

modulation

Linear ramp

gen1r1tor

~ I U m l T

. ' t#. rm

Oulll tH.klo-

. . .

IH

- ,.--I-=--

+Ve:

TRIHlR

DUTf&f

RISlT

TO,VtEW

DllCltAflll

TKIHIMDLG

ClTllDl

VOLTAll

T8' VIEW

Ordef Number LMIACN

SooNSP--

Onflir Num'* LMllSH, lMUICH Ordar Numbllr

1.MSllJ

or LMISISICJ

/

Soo

NS

P

HCllC

Soo

NS Plcoto ICllA [

r \

Absolute

Maximum

Ratings

Supply Voltllf

+18V

Power Dissipation (Noto

11

600mW

Opoming Tomparoturt Renges

LM555C

oc to+10c

LM551i

to

+12s

0

c

Stor111 Temperature

Rlnll

-ii5C to +150C

Leid Temperature (Soldering, 10 11condsl

300c

Electrical Characteristics (TA 25C,

Vee

+SV

10

+ISV,

unleu

01htrwi11 _. i l i tdl

LIMITS

PAllAllETIR

CONDITIONS

.._

L_,.

UNITS

MIN

TYP

MAX

MIN

TYP MAX

Supply Vo . . .

4.S

18

4.5

18

v

Suppty

Current

Yee .. 5V. A\. -

3

3

8

mA

Yee.

11SV

AL

10

12

10 15

mA

ClowState)

CNott 2l

Tinting rr0t,MOtwMt.,,t

tnilill AccurlCY

0.6

I

riftwitta TtfnPlfaturt

A ..

At

1kto

100k.

30

IO

pp

mf

c

C 0 1 ~ F 1 N o w 31

AocuflCY CMf ftmOf'etUfl

1.5

...

fitt with

Suppty

0.

05 0. 1

..,..

TiMint Error, A1t1tlll

lnltill Ac:c:urle'f

1.5

2.25

rift

with

T1,,...ra1urt

llO

llO

ppmf c

1o:ufef vw t Temp11r1tur1

2.5

3.0

rift

with

Supply

0.15

0.30 O V

Tllrtlhold Volt

0.867

0.667

Vee

Tril(l lrVolt

Vee

15V 48

5.2

5

v

Vee SV

1.45

1.8? 1.9

1.87

v

TriprCurrtnt

0.01

0.

5 0.5

0.9

A

Re111

VOIUfl

0 .4 0.5

,

0.4 0 .5

I v

RnttOmtnt

0.1

O

0 .1

0.4

mA

Threshold

Currtnt (Nott4)

0.1

0.

25

0.1

0.

25

onnol Vol t Ltwtl

Vee

15V

9.8

10

l0 .4 9 10

11

v

Vee -.sv 2.9

3.

33 3.8 2.6 3.

33

4

v

Pin 1

Lhkll ' Output . . . . .

I

100 I

100

nA

Ptn

7

Sit fNott 51

Output

low

Vc:c:

15V.1115mA

150

180

mV

Output

Low

Vee

4.SV, 17

4.StnA

70

100

80

200

mV

Outpur Volt

Dtop

(Lowl

Vee t5V

f11Jif 10mA

0.1

0.15

0.1

Q.25

v

laiN SOmA

0.4

0.5

0.4

0.75 v

l N t

IOOmA

2 2

.2

2 2.5

v

l11Nfll '200mA

2.5

2.

v

Vee

5V

ls1N11:

8mA

0.1 0.25

v

1

SJNic

SmA 0.

25

0.

35

v

Output

Volt191 Drop IHifhl

lsouM.-

200 MA, Yee 15V

12.6 12.5

v

lsoufll:et 100mA, Vee 15V

13

13

.3 12.75

133

v

Vee

SV 3 3.3 2.75

3.3

v

A

..

Tim1

of 0.. tput

100

100

'

Ft11T

..

ol0....,.

100

100

'

No

1: For

operedng

et all'tltld

1tml)eretunt -ch devict mull be

dtr1tld

beMd

on +1&oc maximum

junctiori ~ c u r e nd tftermet

'911ttMcli of +41CJW Junction toe

. or

T0-5 end +1eoC/W Junction to ambient fo,. b o d ~

2 : Supplycurr . -'"''""'hlthtvoicallv mAlet totVcc sv .

_ , T-o tVcc6VondVcc

t5V.

.... :

TMt

wUI dlqrmir . the

maximum

ftlue of RA+

Re for

16V operation. TM tMXimum

totaf

fR.t. Rel ii

20

MO.

Noll6: No prOtlCdon lglln11 xceal Pin 7 C\lrRnt

ii

__ry provklk\t tt. peckege

dittlpetion

welt not W exr

..._...... .


31/34

'O

: i .

"'

.

Er

g

e

f

le'

e.

g

c.

lS

0

.,

i

w

0

g

;

~

, attonal

Operational Amplifiers/ Buffers

LM741/LM741A/LM741CILM741E

Operational Amplifier

General Description

The LM741 series are gener1I pur pose operational

amplifiers which feature improved performance

over industry standards like the LM709. They are

direct, plugin replacements for the 709C, LM201,

MC14391nd 748 in most applications.

The amplifiers

offer

many features which make

their application nearly foolproof: overload pro

tection

on

the input and

output, no

latch-up when

the common mode range

is

exceeded. as well as

freedom

from

oscillatk>ns.

The LM741C/LM741E are identical

to

the

LM741/LM741A except that the LM741C/

LM741 E have their performance guaranteed over

a 0C

to

.+70C

temperature

range, instead of

-ssc o + 125c.

Schematic and Connection Diagrams

(Top Views

'"

......

.... .... ~ ~ _ ~ _ ~ . . .

~ < ~ ~ ~ ~ < ~

J t ' l l l l l l l l l I I 1 11 1" 1

e ~ c : : ~ ~

_,.11u111 ' ' ' ~ u

Ordor Nvmbor LM741H, LM741AH.

LM741CH

or

LM741EH

SN NS P 19 H08C

.....

: O ~ - U n o P

..

..

l f t l l tM4 I

7 . I

w

.. t 1 11 ( I I 1411"1

-

v I

llUl -1

OrHr

NumMr

LM741CN

or LIA741EN

S. .

NS

Peele

.. NOB&

OnferNumt:litr LM141CJ

SH

NS

Pacltqe

JOIA

~ B ~ L I M

ode ::

IC' u-.

: = ~

I f IK

UT111

t

w

-11 ' ... tl NI

r

I I

tff.11111"

9C' .

Order Number LM7'1CN14

S.. NS

P11ebp

N14A

Orci

Number LM741J14,

LM741AJ1"

ar LM741CJ.14

S-- NS Pack

..

14A


LM741A

Supply Voltage

Power Dissipation Note H

Differential Input Voltage

Input Voltage (Note 2)

Output

Short

Circuit Duration

Operating Temperature R1nge

Storage Temperature Range

Leed Temperature

22V

500mW

30V

15V

Indefinite

--ssc to +12sc

-65C

to+1soc

300c

(Soldering, 10 seconds)

Electrical Characteristics

(Note

Jl

PARAMETER

lnpL.tt Offset Voltage

Av.rage lnpul OflMI

Vol tqOr i f t

lnpu1 Offset VoH19t

A d u n ~ t Range

Input Othet Current

Averagir fnpu1 OffHt

Current Drift

Input Sias Cutr1n1

TA

2S"C

Rs-:;

1ou1

R s ~ son

CONDITIONS

TAMIN

'STA$

TAMAX

Ass son

RsS10kU

TA

25"C, V5

..

:20V

TA . 2S"C

TAMIN 2

kU

Vs .20V. Vo" '

1SV

Vs

t15V, V o ~ .tlOV

lAMIN

~ ; T A

' f TAMA>

RL?

2kU,

Ou1pu1

Voluge

Swl lg

Output

Sh.or CiJcuit

Currtm

Common-Mode

Rejection A.-1o

Vs

. t.20V, Vo 15V

Vs.tlSV,

Vo

t.10V

Vs SV, Vo"'

: .2V

V5

t20V

1 0 k 1 2

A l ~

2

kH

Vs . t.15V

A l ~

IOkO

R L ~ 2 1 1 U

TA25 .

C

l A M t N < T A ~ T A M A X

TAMIN 5 TA-5'

i A M ~ X

Rs

s

O kU, V e t . ~

'2V

Rs $50

uz. VcM'"

IN

LM741E

22V

500mW

30V

15V

Indefinite

0C

to

+70i>C

-tisc to +1so

0

c

300C

LM741A/lM74tE

MIN

TYP

MAX

- " 1 0

1.0

0.5

50

32

10

16

:115

10

10

80

0.8 3 .0

.o

IS

1.0

30

JO

6.0

1

0.5

80

0.210

25 35

40

95

LM74;

22'/

500

nW

30V

15V

Indefinite

-ssc to +12s

0

c

-osc to +150C

3ooc

LM741

MIN

TVP

MAX

t.0 5.0

15

,.

85

80

0.3 2.0

t.12 t13

50

200

: :12

t14

10 13

25

6.0

200

500

500

1.5

70 90

MIN

LM741C

1BV

500mW

30V

15V

Indefinite

oc to

1oc

,;s"'c to +1so

0

c

300c

LM741C

UNITS

TVP

MAX

2.0 6.0 mV

mV

t.15

20

80

mV

7.5 I mV

.V/C

200

300

500

o.s

mV

nA

nA/C

nA

0.3

2.0

A

M


32/34

w

c

i:'

l

8

.

s,

I

(

g

g

)

0

j

m ational

Semiconductor

ADC0801/ ADC0802/ ADC0803/ADC0804/ ADC0805

8Bit .P Compatible A/D Converters

General Descrip tion

The AOC0801, ADC0802, ADC0803, end

Differential analog voHage inputs

AOCOBOS are CMOS 8-bit successive approximation AID

Logic Inputs and outputs meet both MOS and n L volt-

converters that usa a differential potentiometrlc ladder-

age level 918Cificationa

simil&r to the 256R products. These converters are de

WOfkl with 2.5V (LM336) voltage reference

signed to allOw operation with the NSCBOO and INSBOBOA

On-chip clock generator

derivative control bus with

TRI-STATE output latches

di

OV to 5V anslog Input vollage range with single sv

rectty driving the

dala

bus.

These A/Os appear

fike

memory

supply

locations or 11 ports to

the

microprocessor and

no

Inter-

No zero adjust requltad

facing logic is needed.

0.3"

standard

wtdtll

20-pin DIP packageDifferential analog voltage inputs

allow

increasing

the

com

20-pin mokled chip carrier or small ouUine package

mon-mode rejection and offsetting the analog zero input

Operates ratiometrically or with 5

Voe;.

2.5 Voe, or ans

voltage

vahJe.

In additiOn, the voltage reference input can

be adjusted

to aHow

encoding any smaller analog vottage

log

apan

adjusted voltage reference

span to the full 8 bits of resolution.

Key Specifications

Features

Resolution

8 bits

Compali>le with

8080 .P

derivatives-no Interfacing

Total enor

y LSB,

\4

LSB and 1 LSB

logic needed access lime

135 ns

Co nversion time

100 ,..

Easy interface 10 all microprocessors, or operates

"stand alone"

Typical Applications

1 fl

IQ

nm

Ml1 HllUITIOll

1

GVlatYIClfUD

....

AIALHrwlT

lll1 t.UU...t

u1n111u 1

.....

H HJ

11 l l

'

TUH/56711

IOIO

n r ts e

Error

Speclftcetlon

(Includes Full-Scele,

Zero Error, and Non-Llnerlty)

IS

Full-

Part

Seal

VREFl2 Z.500 Voe

VREFl2=

Ho Connectton

n

Humber

(Ho

Adju9tm9nla)

(Ho AdJua-nta)

-

Adjuated

-

ADC0801

%LSB

...

. .

-

.

1111

ADC0802

Y1LS8

ADC0803 VaLSB

IAlA

1 LSB

ADC0804

ADC0805

1LSB

TUH/15871-31



33/34

i

j

J

1

I

1

l

1

.j

l

l

I

1

. j

{

I

I

l

-l

l

l

l

l

:j

l

j

l

J

1

I

1

j

::i.

g,

8

a

F

c:

2.

8

w

....I.

\.: __

(

-""

\

___

::-..-

\

....,_.,

/

MO T O R O L

Specifications and Applications

Information

EIGHT BIT MULTIPLYING

DIGITAL TO-ANALOG CONVERTER

MC1408

MC1508

EIGHT-BIT MULTIPLYING

DIGITAL-TO-ANALOG

CONVERTER

. designed for use -wh_ere the output curreru is a lin_ear

ptoduct

of

an eightbit

digital word and_ n analog input voltage.

SILICON

MONOLITHIC

INTEGAATEO CIRCUIT

EightBit Accuracy Avai11bte in Both Temperature Ranges

Relative Accuracy: 0.19 Error maximum

(MC1408L8, MC1408P8. MCl508L81

SeYen

and SixBit Accuracy Av1i11ble with MC1408 Designated

by 7 or

6

Suffix

after Package SuffiX

Jlfl//m1-

Fast SettlingTime - 300 ns typical

Noninverting Digital

tnputs

are MTTL and

CMOS Compatible

Output Voltage Swing - +o.4 V

to

-5.0 V

High-Speed Multiplying Input

Slew Rate 4.0 mA/s

Standard Supply Voltages: +5.0 V

and

-6.0 V

to -16

V

FfOURE

1 -

D-to

A

TRANSFER CHARACTefUSTICS

.tOOOOOOOOJ

0t111111J

INPUT DIGITAL WOAD

MiB

1

L SUFFIX GE

CERAMIC PACKA

CASE 82o-o2

1

P SUFl'IX

PLASTIC

PACICAGE

C A S E M 8 ~ 5

FIGURE 2 - BLOCK DtAGRAM

(I

A3y, A4Y.My9

-Y10A.

1

c

.

,.,.1s ...1cllu

TYPICAL APPLICATIONS

Tr.ekingA

to-0 Conv.tert

Audio

Oigt1izin1

and Dec:odint

Sucetuive

Ai>Proximtion

A to-0 Conv1,tert

Programmable Power Supplin

2 1'2

Digit Penltl

' ' ' Ind

DVM 1

Analt190i9it1I M u l t p l ~ 1 t i o n

Wavfonn Syntheila

Oi9iulDiQii.I

Multiplie.tion

Sampta and Hotd

AnllOf"Ditit .

Division

Paek DetlCCOt

Offitll

Addition

and Subtrction

Pro9rM'lmffli

Getn nd Auanuuion

Sp-.ch Comp"911ion end Expans Oft

CRT Chtmctr G.Nration Sttppi119 Mat0t Dri11e

MOTOROLA LINEARflNTERFACE DEVICES

MAXIMUM RATINGS

ITA

+2

5oc

unless

01herwise

noted

. t

Rning

Unit

Poo.wr Supply Vofta91

Dt

gi1at lnput Voltige

Applid Output Vohaga

Referenc Current

Refe

rence-Amplifier lnpUts

Oc>trting

Temperature

Aenge

Storage

Tempera1un

Aan,e

MClSOB

MC1408

Sertes

Vdo

V


34/34

ppendix

B

List of Materials for the Experiments and Index_

to

Manufacturers Data Sheets

Page number refers to the page on which the data

The following additional parts are needed for the

sheet is found:

Integrated Circuits

TL

age TL age

7400 280 7492A 293

7402 281 7493A

293

experiments:

Display

MAN-72 (or equivalent)

Resistors

o

7404 282 74121

7408 283

74LS139A

7432 284

74151A

7447A 285 74LS153

7474 287

74175

74LS76 288 74LS189

7483A 290 74191

7485 291

74195

7486

292

CMOS

Linear

4069 303

LM555

4071

304

LM741

4081 304 ADC0804

14051B 306

MC1408

14532B 307

294

295

297

298

299

300

301

302

308

309

310

311

An assortment

of

-W

resistors is suggested. The

most widely used values are 330

n

390

n

1.0 kfi,

2 kf , 10 kf , and 100 kf .

Capacitors

One 0.01

F

Three

0 1

F

One 1.0 F

One 100

F

Miscellaneous

One l kf potentiometer

LEDs

Signal diodes (1N914 or equivalent)

4-position DIP switch

Two SPST N.O. pushbuttons

Two CdS photocells (Jameco 120299

or

equivalent)

Solderless breadboard (Radio Shack #276-174 or

equivalent)

I

manufacturer data sheets

Documents