APEN DICE

Encapsulados y características de la serie TTLde integrados digitales(Cortesía de Texas lnstruments)

sN5400 tJ)sN54H00 lJ)sN54L00 (J)

SN54LS00 {J, W)

sN54S00 (J. yvl

sN7400 fJ, N)SNT4HOO tJ, NlsN74L00 {J. N)SN74LS00 (J, NlsN74S00 {J, N)

sN5402 {J}

sN54L02 (J)

SN54LS02 (J, W)sN&so2 {J w)

sN7402 (J. N) SNs402 (Wl

sN74L02 {J, N) SN54L02 (T)

sN74LS02 (J. NlsN74SO2 lJ N)

sN540¿ (J) SN74M (J, N) SN5404 [¡,/]sN54H04 (J) SN74H04 {J, N) SN54H04 (W)

SN54LM (Jl SN74LO4 (J, N) SN54L04 {T)sN54LS04 (J, W) SN74LS04 1J, N)sN54504 (J, Wi sN74504 {J, N)

HEX INVERf ER BUFFERS/ORIV€RSWITH OPEN,COLLECfOFHIGH.VOLTAGE OUTPUÍS

06

Y.Á

SN54O6 (J, w) SN7¡t06 {J, N)

428

APENDICE 429

HEX SUFFERS/ORIVERSWITH OPENCOLLECTOBHIGH,VOLTAGE OUfPUTS

07p6itive Iogicl

sN7407 {J, N}

OUADRUPLE 2'INPUTPOSITIVE-AND GATES

08

p6irivs lo0ic:

Y=AB

sN5408 lJ, Wl sN7408 {J. N)

sN54LS08 {J, W)

sN54S08 (J, W)

sN74LS08 iJ, N)sN74S08 {J, N)

fRIPLE 3'INPUfPOSIT¡VE.NANO GATES

,10

p6¡tivo log¡cl

Y=A8a

sN54r0 tJ)sN54H10 {J)

sN54L10 {J}sN54LS10 (J, W)

sN54S10 lJ, wl

sN74r0 {J. NlsN74H10 {J, N)

sN74L10 {J. N)

sN74LS10 (J, N)

sN74510 iJ, Nl

TRIPLE 3.INPUIPOSITIVE-ANO CATES

fl

pGilivo logic:

Y=ABC

sN54H1 1 {J)

sN54Ls1 1 (J, W)

sN54Sl 1 {J, Wl

sN74H1 1 iJ. NlsN74LS1 1 lJ. N)

sN74S11 (J, Nl

sN54H11 lW)

TRIPLE 3.INPUTPOSIfIVE.NAND GATESYVITH OPEN.COLLECTOR OUIPUTS

12

pd¡tiYe logic:

Y=ÁBasN5412 {J, W} sN7412 {J N)

sN54LS12 {J. W) sN74LS12 (J, N)

sN54r 0 {w}sN54H10 (W)

sN54L10 1T)

430 ELECTRONICA DIGITAL

HEX SCHMITT.TRIGGERINVERTERS

t4

p6¡t¡v€ lo0ic:

Y=Á

sN5414 lJ, r¡rl SN7414 {J. N}sN54LS14 (J, Wl SNr4t-.S14 lJ, N)

TRIPLE 3.INPUfPOSITIVE.ANO GATESIVITH OPEN{OLLECTOF OUTPUTS

15

P€itlva log¡c:

Y-ÁBC

sN54H15 {J, W} SN74H15 lJ, N}SN54LS15 (J. W) SN74LS16 (J, NlsN54S16 {J. yV) SN74S15 {J, N)

OUAL 4.INPUTPOSITIVE.NANO GAf€S

20

Fa¡tiv. logic:v. ÁEE6

sN5420 (J)

sN54H20 (J)

sN54L20 lJlsN54LS20 lJ. W)

sNs4s20 {J. w)

sN7420 lJ, N)sN74H20 {J, N}sN74L20 {J. N)SN74LS20 lJ, N)sN7ds20 {J, N)

v€c ñc la

sN5420 (W)

sN54H20 (W)

sN54L20 fT)

NC No rnre.nal conñectio¡

OUAL ¡¡.lNPUTPOSITIVE.ANO GATES

21

po3it¡Ys lq¡c:Y - ABCD

NC-No lñterñal cónñ6cilon

SN7¡|H2l lJ, NlsN74LS21 (J, N)

OUAL ¡¡.lNPUTPOSI fIVE.NAND GATESWITH OPEN.COLLECTOR OUTPUTS

22

p6iiiv. lq¡c:Y = ABCD

sN5¡122 (J, w) sN7422 {J, N} SN54H22 (w)sN5¡H22 (Jl SN7¡!H22 (J, N)sN5.LS22 (J, W| SN74LS22 tJ, NlSN54S22 {J. W} SN74S22 lJ- N) Nc-No int.rnát connectioñ

APENDICE 431

OUAI 4.INPUTPOSITIVE.NOH GAfESI,\IITH SfROBE

25

p€¡llvr log¡c:

Y - 61Á;E;c;ói

sN5425 (J, fV' SN7¡r25 {J, r¡}

TRIPLE 3.INPUTPOSITIVE.NOB GATES

27

p6ilive logic:y = A+8t+C

sN5427 lJ, W) sN7427 lJ. N)sN54LS27 {J. vV) SN74LS27 (J. N)

&INPUTPOSITIVE.NANO GATES

30

pG¡tivb lo{ic:v = racDEfcH

SN543O (J) SN743O lJ, N) SN5430 {W}

SN54H3O (J) SN74H3O {J. N) sN54H30 (W}

SNS4L3O {J) SN74L3O {J, N} SN54L30 (T}

sN54LS30 (J, v'.l) SN74LS30 lJ, N)

SN54S30 (J, W) SN74S30 (J, N) Nc-No internal

OUAORUPLE 2.INPUTPOSITIVE'OR GAT€S

32

ritiva lqic:Y=A+B

sN5432 {J, W} SN7432 (J, N)

SN5¡|LS32 (J, W) SN74LS32 (J, Nl

SN5¡¡S32 fJ. W) SN'4S32 (J, N)

OUAORUPLÉ 2'INPUfPOSITIVE.NOR AUFFERSWITH OPEN-cOLLECfOR OUIPUfS

33

Y=A+8sN5433 (J, W) SN7433 (J, N)

sNs¡rLS33 {J, W) SN74LS33 (J. Nl

432 ELECTRONICA DIGITAL

OUAL ¡[-INPUTPOSIIIVE.NAND BUFF€RS

40

po¡tiva lol¡c:Y=mcD

SN5¡140 (J)

sN54H40 {J)

sN54LS40 (J.Wl

sN549rO lJ, W)

SN7¡r40 {J, Nl SN5440 {W)

sN74H40 {J, N) SN54H40 (W}

SN74LS40 {J, N)SN74S40 1J, Nl Nc-No inrs.nar coñnect,oñ

4 LINE,TO-'IO.LINE OECODERS

42 BCD-TO,DECIMAL

EXCES5.3-TO-DEC IMA L

EXCESS.3-G R AY-TO.DEC IMAL

43

44

sN5442A (J, W) SN7442A {J, N)

sN54L42 {J) SN74L42 (J, N}sN54LS42 {J, Wt SN74LS42 lJ, N)

SN5¡I43A (J, Wl SN7443A (J, N)sN54L43 lJ) SN74L43 {J. N}SN5444a (J, wl SN74¡|4A (J. N)sN54L44 (J) SN74L44 1J. N)

ACD TOS€VEN'sEGMENT DECOOERS/ORIVERS

46 ac¡rve-low.opEN-coLLEcroR, 3GV ourpurs

47 oclu, r ow,oPF\roLtrcloR, l5v nuIPLrs

sN5¿46A {J, W)

sNs4L46 {J)

sN5447A (J, W)

SN54L47 {J)sN54LS47 (J,9{)

sN7446A {J, N)sN74L46 {J, N)sN7447A (J, N)sN74L47 (J, NiSN7¡lLS47 (J, N)

ACD-TOS€VEN.sEGMENT DECODERS/DRIVERS

48 ,*ra""or "uLL

uP ourPurs

sN7448 1J. N)sN74LS48 (J Nl

APENDICE 433

INPUTS ÓUTPUTS

CLEAA CLOCK J K ooLXXXHJ1 LLHJ-LHLHJLLHH J']_ H H

os óoHLLH

TOGG LE

'73,'H73,'L73FUNCTION fABLE

sN5473 (J. Wl SN7473 {J, N}sN54H73 lJ. W) SN74H73 {J, N}

sN54L73 (J, T) SN74L73 (J, N)

SN54LS73 {J, W} SN74LS73 (J, N}

CLEAR CLOCK J

L

H

H

H

H

H

XXX]LL1 H ,L¡LH¡HHHXX

LHog ooHLLH

TOGC LE

uo uo

OUAL D.TYPE POSITIVE.€DGE.TRIGGEREO FLIP.FLOPS WITH PR€SET ANO CLEAR

FUNCÍION TABLE

INPUTS OUTPUTS

PBES€f CLEAF CLOCK O ooL

H

L

H

H

H

H

L

L

H

H

H

X

X

X

X

X

H

L

X

I

L

HLLH

H' H'HLLHo^ü sN5474 (J) sN7474 (J, N)

sN54H74 {J) SN74H74 (J. N)sN54L74 (J) SN74L74 {J, NlsNsLsT4A {J, W) SN74LS74A (J. N)sN54S74 {J. Wl SN74S74 (J. N)

sN5474 (W)

sN54H74 {W)

SN54L7¡r (Tl

OUAL J.K FLTP.FLOPS !1'ITH PRESET AND CLEAR

76'16.',!i16

FUNCTION TABLE

H' H'

oo 6oHL

TOG6LE

sN5476 {J. W) SN7476 {J, N)

sNs4H76 (J. W) SN74H76 lJ, N)

sN54LS76 iJ. W) SN74LS76 {J, N)

GATEO FULL AOOERS

8 0 3á;::."""Ji-T$; ! J fl i""',#,',-"'

FUNCfION TABLE(S.o Not¡ 1,2, rnd 3)

INPUTS OUNUTS

c-s A C^+r ! !LLLLLHLHLLHHHLLHLHHHLHHH

HHLHLHHLHLHLHLHLHLLHL

sNs480tJ) sN7480(J.N)

H - h¡ch levdl, L - Low lev.l

doTES 1. n= Á.+ Át+ Ai 42.B= ac+ Bü+ 81 82.2, Wh€n Ai i! u.od ai ¿n iñput, A1 ó. 42 m!3t b€ low. Wh6ñ Bn is

u¡od ó5 sn ióput, B1 or 82 mus¡ b€ low.

3. Whón 41 snd A2 or A1 and 82 ar€ u.6d a¡ iñputs, An or B'",

¡olpectiv€lV, mu¡l bo op€ñ o¡ !¡od ro gerlorm dot-AND lo9rc, sNgao{w)

434 ELECTRONICA DIGITAL

2-BIf BINARY FULL ADOERS

82

sN5482 (J. Wl SN74t2 (J, Nl

NC-NO lnlarórl conñ*t¡oñ

4.ÉIT BINARY FULL AOOERS WITH FAST CARRY

83

SNt¡|83A U. ñlSN7¡lLS83A (J, N)

4-BIT MAGNITUO€ COMPARATORS

85

ñr!r .¡qaúi rNP!rs

sN5485 {J, W)

SN54LS85 lJ, W)

sN54S85 lJ, Wl

sN7485 {J, N)

SN7óLS85 {J, N}

sN74585 (J, N)

sN54L85 lJ) sN74L85 (J, Nl

OUAORUPLE 2-INPUT EXCLUSIVE.OR GATES

86 "=AoB-AB+AE

sN5486 (J, WlSN54LS86 {J. Wl

SN54SA6 1J Wl

sN7486 (J, N)sN74LS86 iJ. N)sN74S86 lJ. N)

FUNCTION TABLE

H - high l.val, L - low l€vol

APENDICE

SN549OA {J, W) SN749OA (J, N)

sN54L9o {J. T) SN74L90 (J, N}

sNs4LSgo {J. w} sN74LS90 (J, N)

ñC - No rntérñal connectlon

435

DECADE COUNTE RS

90 o,u,or-t".t*o AND DtvtDE BY FtvE

DIVI DE,BY.TWELVE COUNTERS

92 o,u,ot-ut.t*o AND DrvrDE,BY srx

sN5492A (J, W)

sN54LS92 tJ, W)

SN7492A {J, N)

sN74LSg2 (J, N)

4.AII BINARY COUNfERS

93 o,u,ot-4".4*o AND DrvrDE By.ErGHr

SN5493A {J, W) SN7493A (J, N)

sN54LS93 {J.W) sN74LS93 {J. N)

4.BIf SHIFT RECISTERS

I 5 to*ott-aa rñ/PARALLEL ouiSHIFf RIGHT,SHIFT L€FTSERIAL INPUT

sN5495A (J. w) SN7,|96A (J, NlsN54LSg58 (J, W) Sñ74LS958 lJ, N)

FUNCTION IABLEI NPUfS OUTPTJTS

CLEAF CLOCK J K ooLXXXHILLHIHLHILHHIHHHHXX

LHog ooHLLH

fOGGLE06 óo

436 ELECTRONICA DIGITAL

OUAL J.K POSITfVE.EDGE.fRIGGEREO FLIP-FLOPS WITH PRESEÍ ANO CLEAR

109 FUNcrro^¡ raBL€INPUfS ÓUfPIJT

PRESEf CL€AR CLOCK J K (]0L

H

L

H

H

H

H

H

L

L

H

H

H

H

H

xX

xxXXXXLLHLLHHHXXL

HLLH

H' H'LH

TCGGLE

os 09HLon on

sN54109 (J, Wl SN74r09 lJ, N)sN54LSt09A (J, W) SN74LS109A tJ,N)

}TO.8 LINE OECODERS/MULTIPLEX€RS

r38

sN54LSr38 (J. W) SN7/¡LSt38 {J, N)sN54S138 {J, Sr) SN74S138 (J, N)

ECO.TO.OFCIMAL OECOOER/ORIVER

141 DRrvEscoLD.cArHoDEINOICATOR TUEES

sN74l41 {J, N)

BCD,TO.OECIMAL DECODERS/DRIVERS FOR LAMPS- RELAYS, MOS

145 BcD.ro DECTMAL

sN54145 (J, W) SN74r45 (J, N)sN54LSl45 {J, W) SN74LSr45 (J, W)

1O-LINE OECIMAL TO 4LINE ACD PRIORITY ENCODERS

147

sN54147 lJ, t/l SN74147 1J, N)sN54LS147 (J, Wl SN74l47 (J, N)

NC No 'ñrerñal conñecrroñ

APENDICE 437

8.LINE.TO.3.LIN€ OCTAL PRIORITY ENCODERS

t48

sN74148 (J, N)SN74LSI48 IJ. N}

1.OF.16 DATA SELECTORS/MULTIPLE,XE RS

t50

sN54150 {J. W) SN74150 J. N)

t.OF.8 DATA SELECTORS/MULTIPLEXE RS

r5r

sN54LS151 {J,W) SN74LS151 (J.N}

sN54S151 (J,W) SN74S151 {J,N)

1.OF-8 DATA SELECTORS/MULf IPLEXE RS

152

DUAL 4-LINE fO 1 LINE DATA SELECÍORS/MULTIPLE

r53

ERS

sN54153 (J. Wl sN741s3 {J. N)

sN54Lr53 tJ) SN74Ll53 iJ, N)

SN5¿LS153 lJ- W) SN74LS153 iJ, N)

sN54S1s3 {J. W) SN745153 (J, N)

438 ELECTRONICA DIGITAL

4.LINE TO 16,LINE DECOOERS/DEMULTIPLEXERS

154

sN54154 {J, W) SN74154 lJ, N)

sN54Lr54 (Jl SN741154 (J. N)

OECOOE RS/OEMU Lf IP LEX E RS

OUAL 2. fO 4 LINE DECODER

DUAL I. IO 4.L1NE DEMULTIPLEXER

3, fO 8,LINE D€CODER

I, fO 8,LINE OEMULfIPLEXER

15 5 rorErr¡-PoLE ourPUrs

156 oPEN,coLLEcroRourPUrs sN54155 (J, W) SN74155 lJ, N)sN54LS155 tJ, W) SN74LS155 (J, N)sN54156 (J, W) SN74156 (J, N)sNs4LS156 {J W) SN74LS156 {J. Ni

OUAD 2. TO 1.LINE OATA SELECfORS/MULTIPLEXERS

157 NoNTNVEBTED DA'A ourPUrs

158 TNVERTED DA'A ourPurs

sN54157 (J, WlsN541157 {J)SN54LS157 (J, W)

sN54S157 (J, W)

sN54LS1s8 {J. W}

SNs¡rS158 {J. w)

sN74t57 {J, N)sN74Lrs7 (J, N)sN7¡¡LS157 {J, N)sN54S1 57 (J, NlSN7¡¡LS15E (J. NlsN74S158 lJ, N)

4. TO lELIN€ DECOOERS/D€MULTIPLEXERS

t59 oPEN-coLLEcroRourPUrs

sNs4'1sg (J l,{} SN7¡1159 {J. N)

APENDICE 439

SYNCHnONOUS 4-8rÍ COUNf ERS

,l60 DEcADE. olREcr cLEAR

l6l BTNARY, orREcr cL€AF

162 D€.ADE.sYNcHFoNouscLEAF

163 BTNARY sYNcHRoNous cLEAR

9.BIT OOD/EVEN PARITY GENERATORS/CHECKERS

180

ffiil l;fii- - ' *'"''t lltll ri'"'" '-"ts llllll"^".''.^:'4llffi--;;iu;- ''

iliiiririt ;l ililirili :lSN54162 (J, W) SN7'1162 (J, NlSN54LS162A {J, W) SN74LSl62A (J, N)

:ffni{'l;" iiiriü#ü....-r,--#ü;---.--Ens @ffil

tl f*l llil| ,Iilll I I ' ,r¡rr ,Nrur ¡v¡\ ooD I llrr I

-t__r---r---r--- Ilffi

_ .ffi";i '*:**:,;,-:"ít *"^+

@ll r---'i-:. +-1

llrrlllllt,,llllll L---' I

llW

ilili:iiu;l i,ry¡-r E RS Gra¿m--:--Gñ-fi-6¡rffil' --l-.*=J.-J={-i- I lllll-^llllill'lllll L--IY.i:-i'r ll

+.r¡ndnfuild'

--a-: '_

sN54192 {J. W} sN?4',192 {J, N)

sN54L192 (J) sN74192 (J, Nl

sN54Ls192 (J,W) SN74LS192 (J N)

sN54193 (J. W) sN74l93 {J, Nl

sN54Lr93 (Ji sN74Ll93 {J, N)

sNs4LS193 lJ. Wi sN74LSls3 (J. Ñ)

SYNCHRONOUS UP/DOWN COUNTERS

lg0 BcD

191 BLNARY

SYNCHRONOUS UP/OOWN DUAL CLOCK COUNTERS cr,-+ñ J:-I-:_G;6-Tü

I I 2 BcD wrrH cLEAR

I I 3 BTNARY wrrH cLEAR

44O ELEcrRoNrcA DrGrrAL

4 BIT

194

BIDIRECTIONAL UNIVERSAL SHI FT REGISTERS

sN54194 lJ, W) SN74r94 tJ. N)sN54LS194A (J, W) SN74LSt94A lJ, N)SN54s194 {J, w} Sr'¡)¿sr9¿ l¡. ll)

OUAO 2.INPUT EXCLUSIVE+¡OR GATES WIIH OPEN{OLL€CTOR OUTPUTS

266

P6¡t¡v. logic; Y = A-@l- ¡6 1¡g

sNs4LS266 {J, Wl SN74LS266 (J, N)