Liren Large Software Subsidy 13

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(***************************************************************************) (* *) (* Copyright (C) 1987-1990 *) (* by Gogesch Micro Systems, INC. *) (* *) (* All rights reserved. *) (* *) (***************************************************************************) ;The following is the standard TTL library. ; ;Unless otherwise stated the delays for the following parts are - ;Tplh and Tphl for 15pf and 50 pf respectively. ; ;Unless otherwise stated the maximum delay (50pf) is extrapolated by ;using 14pf/ns. ; ;Unless otherwise stated, delays for flip flops taken from the national ;databook have the following exceptions to the databook - ;The min. removal time preset or clear to clock is entered as zero. ; ;Unless otherwise specified, data for the standard TTL devices ;was taken from the National 1984 Logic Data book. ; ; :7400 TTL 14 NAND(P1,P2;P3;22,15,25,18); NAND(P4,P5;P6;22,15,25,18); NAND(P10,P9;P8;22,15,25,18); NAND(P13,P12;P11;22,15,25,18); % ;The delays for the 50pf for the open collector outputs are extrapolated ;using 1.25pf/ns. :7401 TTL 14 SET(RHIGH); NAND(P2,P3;P1;45,15,73,18); NAND(P5,P6;P4;45,15,73,18); NAND(P8,P9;P10;45,15,73,18); NAND(P11,P12;P13;45,15,73,18); % :7402 TTL 14 NOR(P2,P3;P1;22,15,25,18); NOR(P5,P6;P4;22,15,25,18); NOR(P8,P9;P10;22,15,25,18); NOR(P11,P12;P13;22,15,25,18); % ;The delays for the 50pf for the open collector outputs are extrapolated ;using 1.25pf/ns. :7403 TTL 14 SET(RHIGH); NAND(P1,P2;P3;45,15,73,18); NAND(P4,P5;P6;45,15,73,18); NAND(P10,P9;P8;45,15,73,18); NAND(P13,P12;P11;45,15,73,18); % :7404 TTL 14 INV(P1;P2;22,15,25,18); INV(P3;P4;22,15,25,18); INV(P5;P6;22,15,25,18); INV(P9;P8;22,15,25,18); INV(P11;P10;22,15,25,18); INV(P13;P12;22,15,25,18); % ;The delays for the 50pf for the open collector outputs are extrapolated ;using 1.25pf/ns. :7405 TTL 14 SET(RHIGH); INV(P1;P2;55,15,83,18); INV(P3;P4;55,15,83,18); INV(P5;P6;55,15,83,18); INV(P9;P8;55,15,83,18); INV(P11;P10;55,15,83,18); INV(P13;P12;55,15,83,18); % ;The delays for 50pf high to low going signals are extrapolated using ;35pf/ns. The delays for 50pf low to high going signals are extrapolated ;using 40pf/ns. :7406 TTL 14 SET(RHIGH); INV(P1;P2;15,23,16,24); INV(P3;P4;15,23,16,24); INV(P5;P6;15,23,16,24); INV(P9;P8;15,23,16,24); INV(P11;P10;15,23,16,24); INV(P13;P12;15,23,16,24); % ;taken from 1985 TI TTL data book. :7407 TTL 14 SET(RHIGH); BUF(P1;P2;10,30,13,33); BUF(P3;P4;10,30,13,33); BUF(P5;P6;10,30,13,33); BUF(P9;P8;10,30,13,33); BUF(P11;P10;10,30,13,33); BUF(P13;P12;10,30,13,33); % :7408 TTL 14 AND(P1,P2;P3;27,19,30,22); AND(P4,P5;P6;27,19,30,22); AND(P10,P9;P8;27,19,30,22); AND(P13,P12;P11;27,19,30,22); % ;The delays for 50pf low to high going signals are extrapolated using ;11pf/ns. :7409 TTL 14 SET(RHIGH); AND(P1,P2;P3;32,24,35,27); AND(P4,P5;P6;32,24,35,27); AND(P10,P9;P8;32,24,35,27); AND(P13,P12;P11;32,24,35,27); % :7410 TTL 14 NAND(P1,P2,P13;P12;22,15,25,18); NAND(P3,P4,P5;P6;22,15,25,18); NAND(P11,P10,P9;P8;22,15,25,18); % :7411 TTL 14 AND(P1,P2,P13;P12;27,19,30,22); AND(P3,P4,P5;P6;27,19,30,22); AND(P11,P10,P9;P8;27,19,30,22); % ;from the TI TTL Data Book 1985. :7412 TTL 14 SET(RHIGH); NAND(P1,P2,P13;P12;45,15,48,18); NAND(P3,P4,P5;P6;45,15,48,18); NAND(P11,P10,P9;P8;45,15,48,18); % ;from the TI TTL Data Book Volume 2 1985. :7413 TTL 14 NAND(P1,P2,P4,P5;P6;27,22,29,24); NAND(P9,P10,P12,P13;P8;27,22,29,24); % :7414 TTL 14 INV(P1;P2;22,22,25,25); INV(P3;P4;22,22,25,25); INV(P5;P6;22,22,25,25); INV(P9;P8;22,22,25,25); INV(P11;P10;22,22,25,25); INV(P13;P12;22,22,25,25); % ;The delays for the 50pf case are extrapolated using 35pf/ns. Delays ;for 50 pf for the high to low case are extrapolated using 45pf/ns. (110Rl). :7416 TTL 14 SET(RHIGH); INV(P1;P2;15,23,18,24); INV(P3;P4;15,23,18,24); INV(P5;P6;15,23,18,24); INV(P9;P8;15,23,18,24); INV(P11;P10;15,23,18,24); INV(P13;P12;15,23,18,24); % ;The delays for the 50pf cases are extrapolated using 35pf/ns. Delays for ;the 50pf high to low case are extrapolated using 45pf/ns (110Rl). :7417 TTL 14 SET(RHIGH); BUF(P1;P2;10,30,11,32); BUF(P3;P4;10,30,11,32); BUF(P5;P6;10,30,11,32); BUF(P9;P8;10,30,11,32); BUF(P11;P10;10,30,11,32); BUF(P13;P12;10,30,11,32); % :7420 TTL 14 NAND(P1,P2,P4,P5;P6;22,15,25,18); NAND(P9,P10,P12,P13;P8;22,15,25,18); % ;Data for the 7421 was taken out of 1986 Signetics ;TTL Data Manual. :7421 TTL 14 AND(P1,P2,P4,P5;P6;27,19,30,22); AND(P9,P10,P12,P13;P8;27,19,30,22); % ;from the TI TTL Data Book 1985. ;The delays for the 50pf low to high going signals are extrapolated using ;1pf/ns. :7422 TTL 14 SET(RHIGH); NAND(P1,P2,P4,P5;P6;45,15,80,18); NAND(P9,P10,P12,P13;P8;45,15,80,18); % ;from the TI TTL Data Book Volume 2 1985. :7425 TTL 14 LAND(P1,P3;L1); LAND(P2,P3;L2); LAND(P4,P3;L3); LAND(P5,P3;L4); LAND(P9,P11;L5); LAND(P10,P11;L6); LAND(P12,P11;L7); LAND(P13,P11;L8); NOR(L1,L2,L3,L4;P6;22,15,27,20); NOR(L5,L6,L7,L8;P8;22,15,27,20); % ;from the TI TTL Data Book Volume 2 1985. :7426 TTL 14 NAND(P1,P2;P3;24,17,26,19); NAND(P4,P5;P6;24,17,26,19); NAND(P9,P10;P8;24,17,26,19); NAND(P13,P12;P11;24,17,26,19); % :7427 TTL 14 NOR(P1,P2,P13;P12;11,15,14,18); NOR(P3,P4,P5;P6;11,15,14,18); NOR(P11,P10,P9;P8;11,15,14,18); % ;from TI 1985 TTL Data Book. ;The delays are given for 50pf and 150pf. :7428 TTL 14 NOR(P2,P3;P1;9,12,15,18); NOR(P5,P6;P4;9,12,15,18); NOR(P8,P9;P10;9,12,15,18); NOR(P11,P12;P13;9,12,15,18); % ;from TI 1985 TTL Data Book. :7430 TTL 14 NAND(P1,P2,P3,P4,P5,P6,P11,P12;P8;22,15,25,18); % :7432 TTL 14 OR(P1,P2;P3;15,22,18,25); OR(P4,P5;P6;15,22,18,25); OR(P10,P9;P8;15,22,18,25); OR(P12,P13;P11;15,22,18,25); % ;from TI 1985 TTL Data Book. ;The delays are given for 50pf and 150pf. :7433 TTL 14 SET(RHIGH); NOR(P2,P3;P1;15,18,22,24); NOR(P5,P6;P4;15,18,22,24); NOR(P8,P9;P10;15,18,22,24); NOR(P11,P12;P13;15,18,22,24); % ;45pf and 150pf are used for the delays. The delays for 150pf are ;extrapolated using 15pf/ns. The delays for 150pf are extrapolated ;using 33pf/ns. :7437 TTL 14 NAND(P1,P2;P3;22,15,25,18); NAND(P4,P5;P6;22,15,25,18); NAND(P9,P10;P8;22,15,25,18); NAND(P12,P13;P11;22,15,25,18); % ;45pf and 150pf are used for the delays. The delays for 150pf are ;extrapolated using 42pf/ns. :7438 TTL 14 SET(RHIGH); NAND(P1,P2;P3;22,18,25,20); NAND(P4,P5;P6;22,18,25,20); NAND(P9,P10;P8;22,18,25,20); NAND(P12,P13;P11;22,18,25,20); % ;taken from 1985 TI TTL Data book. :7439 TTL 14 SET(RLOW); NAND(P2,P3;P1;19,15,22,18); NAND(P5,P6;P4;19,15,22,18); NAND(P8,P9;P10;19,15,22,18); NAND(P11,P12;P13;19,15,22,18); % ;The delays for 50pf are extrapolated using 42pf/ns. :7440 TTL 14 NAND(P1,P2,P4,P5;P6;22,15,23,16); NAND(P13,P12,P10,P9;P8;22,15,23,16); % ;from the TI TTL Data Book Volume 2 1985. :7442 TTL 16 INV(P15;N1;20,20,22,22); INV(P14;N3;20,20,22,22); INV(P13;N5;20,20,22,22); INV(P12;N7;20,20,22,22); BUF(P15;N2;25,25,27,27); BUF(P14;N4;25,25,27,27); BUF(P13;N6;25,25,27,27); BUF(P12;N8;25,25,27,27); NAND(N1,N3,N5,N7;P1;5,5,5,5); NAND(N2,N3,N5,N7;P2;5,5,5,5); NAND(N1,N4,N5,N7;P3;5,5,5,5); NAND(N2,N4,N5,N7;P4;5,5,5,5); NAND(N1,N3,N6,N7;P5;5,5,5,5); NAND(N2,N3,N6,N7;P6;5,5,5,5); NAND(N1,N4,N6,N7;P7;5,5,5,5); NAND(N2,N4,N6,N7;P9;5,5,5,5); NAND(N1,N3,N5,N8;P10;5,5,5,5); NAND(N2,N3,N5,N8;P11;5,5,5,5); % ;from the TI TTL Data Book Volume 2 1985. :7442A TTL 16 INV(P15;N1;20,20,22,22); INV(P14;N3;20,20,22,22); INV(P13;N5;20,20,22,22); INV(P12;N7;20,20,22,22); BUF(P15;N2;25,25,27,27); BUF(P14;N4;25,25,27,27); BUF(P13;N6;25,25,27,27); BUF(P12;N8;25,25,27,27); NAND(N1,N3,N5,N7;P1;5,5,5,5); NAND(N2,N3,N5,N7;P2;5,5,5,5); NAND(N1,N4,N5,N7;P3;5,5,5,5); NAND(N2,N4,N5,N7;P4;5,5,5,5); NAND(N1,N3,N6,N7;P5;5,5,5,5); NAND(N2,N3,N6,N7;P6;5,5,5,5); NAND(N1,N4,N6,N7;P7;5,5,5,5); NAND(N2,N4,N6,N7;P9;5,5,5,5); NAND(N1,N3,N5,N8;P10;5,5,5,5); NAND(N2,N3,N5,N8;P11;5,5,5,5); % ;from the TI TTL Data Book Volume 2 1985. :7443 TTL 16 INV(P15;N1;20,20,22,22); INV(P14;N3;20,20,22,22); INV(P13;N5;20,20,22,22); INV(P12;N7;20,20,22,22); BUF(P15;N2;25,25,27,27); BUF(P14;N4;25,25,27,27); BUF(P13;N6;25,25,27,27); BUF(P12;N8;25,25,27,27); NAND(N2,N4,N5,N7;P1;5,5,5,5); NAND(N1,N3,N6,N7;P2;5,5,5,5); NAND(N2,N3,N6,N7;P3;5,5,5,5); NAND(N1,N4,N6,N7;P4;5,5,5,5); NAND(N2,N4,N6,N7;P5;5,5,5,5); NAND(N1,N3,N5,N8;P6;5,5,5,5); NAND(N2,N3,N5,N8;P7;5,5,5,5); NAND(N1,N4,N5,N8;P9;5,5,5,5); NAND(N2,N4,N5,N8;P10;5,5,5,5); NAND(N1,N3,N6,N8;P11;5,5,5,5); % ;from the TI TTL Data Book Volume 2 1985. :7444 TTL 16 INV(P15;N1;20,20,22,22); INV(P14;N3;20,20,22,22); INV(P13;N5;20,20,22,22); INV(P12;N7;20,20,22,22); BUF(P15;N2;25,25,27,27); BUF(P14;N4;25,25,27,27); BUF(P13;N6;25,25,27,27); BUF(P12;N8;25,25,27,27); NAND(N1,N4,N5,N7;P1;5,5,5,5); NAND(N1,N4,N6,N7;P2;5,5,5,5); NAND(N2,N4,N6,N7;P3;5,5,5,5); NAND(N2,N3,N6,N7;P4;5,5,5,5); NAND(N1,N3,N6,N7;P5;5,5,5,5); NAND(N1,N3,N6,N8;P6;5,5,5,5); NAND(N2,N3,N6,N8;P7;5,5,5,5); NAND(N2,N4,N6,N8;P9;5,5,5,5); NAND(N1,N4,N6,N8;P10;5,5,5,5); NAND(N1,N4,N5,N8;P11;5,5,5,5); % ;from the TI TTL Data Book Volume 2 1985. ;The delays for the 50pf case are extrapolated assuming that IOL is 16MA. :7445 TTL 16 LINV(P15;L1); LINV(P14;L2); LINV(P13;L3); LINV(P12;L4); NAND(L1,L2,L3,L4;P1;50,50,52,52); NAND(P15,L2,L3,L4;P2;50,50,52,52); NAND(L1,P14,L3,L4;P3;50,50,52,52); NAND(P15,P14,L3,L4;P4;50,50,52,52); NAND(L1,L2,P13,L4;P5;50,50,52,52); NAND(P15,L2,P13,L4;P6;50,50,52,52); NAND(L1,P14,P13,L4;P7;50,50,52,52); NAND(P15,P14,P13,L4;P9;50,50,52,52); NAND(L1,L2,L3,P12;P10;50,50,52,52); NAND(P15,L2,L3,P12;P11;50,50,52,52); % ;taken from 1985 TI TTL Logic Data book volume 2. :7446 TTL 16 LNAND(P7,P3;L1); LNAND(P1,P3;L2); LNAND(P2,P3;L3); LINV(P6;L4); LINV(P5;L5); LNAND(L1,L2,L3,L4,L5,P3;L6); LNAND(L1,L6;L7); LNAND(L2,L6;L8); LNAND(L3,L6;L9); LNAND(L4,L6;L10); LAND(L8,L10;L11); LAND(L1,L9;L12); LAND(L7,L2,L3,L4;L13); LAND(L8,L10;L14); LAND(L7,L2,L9;L15); LAND(L1,L8,L9;L16); LAND(L9,L10;L17); LAND(L1,L8,L3;L18); LAND(L7,L2,L3;L19); LAND(L1,L2,L9;L20); LAND(L7,L8,L9;L21); LAND(L2,L9;L22); LAND(L7,L8;L23); LAND(L8,L3;L24); LAND(L7,L3,L4;L25); LAND(L7,L8,L9;L26); LAND(L2,L3,L4,P3;L27); SET(RHIGH); OR(L11,L12,L13;P13;100,100,103,103); OR(L14,L15,L16;P12;100,100,103,103); OR(L17,L18;P11;100,100,103,103); OR(L19,L20,L21;P10;100,100,103,103); OR(L7,L22;P9;100,100,103,103); OR(L23,L24,L25;P15;100,100,103,103); OR(L26,L27;P14;100,100,103,103); % ;taken from 1985 TI TTL Logic Data book volume 2. :7446A TTL 16 LNAND(P7,P3;L1); LNAND(P1,P3;L2); LNAND(P2,P3;L3); LINV(P6;L4); LINV(P5;L5); LNAND(L1,L2,L3,L4,L5,P3;L6); LNAND(L1,L6;L7); LNAND(L2,L6;L8); LNAND(L3,L6;L9); LNAND(L4,L6;L10); LAND(L8,L10;L11); LAND(L1,L9;L12); LAND(L7,L2,L3,L4;L13); LAND(L8,L10;L14); LAND(L7,L2,L9;L15); LAND(L1,L8,L9;L16); LAND(L9,L10;L17); LAND(L1,L8,L3;L18); LAND(L7,L2,L3;L19); LAND(L1,L2,L9;L20); LAND(L7,L8,L9;L21); LAND(L2,L9;L22); LAND(L7,L8;L23); LAND(L8,L3;L24); LAND(L7,L3,L4;L25); LAND(L7,L8,L9;L26); LAND(L2,L3,L4,P3;L27); SET(RHIGH); OR(L11,L12,L13;P13;100,100,103,103); OR(L14,L15,L16;P12;100,100,103,103); OR(L17,L18;P11;100,100,103,103); OR(L19,L20,L21;P10;100,100,103,103); OR(L7,L22;P9;100,100,103,103); OR(L23,L24,L25;P15;100,100,103,103); OR(L26,L27;P14;100,100,103,103); % ;taken from 1985 TI TTL Logic Data book volume 2. :7447 TTL 16 LNAND(P7,P3;L1); LNAND(P1,P3;L2); LNAND(P2,P3;L3); LINV(P6;L4); LINV(P5;L5); LNAND(L1,L2,L3,L4,L5,P3;L6); LNAND(L1,L6;L7); LNAND(L2,L6;L8); LNAND(L3,L6;L9); LNAND(L4,L6;L10); LAND(L8,L10;L11); LAND(L1,L9;L12); LAND(L7,L2,L3,L4;L13); LAND(L8,L10;L14); LAND(L7,L2,L9;L15); LAND(L1,L8,L9;L16); LAND(L9,L10;L17); LAND(L1,L8,L3;L18); LAND(L7,L2,L3;L19); LAND(L1,L2,L9;L20); LAND(L7,L8,L9;L21); LAND(L2,L9;L22); LAND(L7,L8;L23); LAND(L8,L3;L24); LAND(L7,L3,L4;L25); LAND(L7,L8,L9;L26); LAND(L2,L3,L4,P3;L27); SET(RHIGH); OR(L11,L12,L13;P13;100,100,103,103); OR(L14,L15,L16;P12;100,100,103,103); OR(L17,L18;P11;100,100,103,103); OR(L19,L20,L21;P10;100,100,103,103); OR(L7,L22;P9;100,100,103,103); OR(L23,L24,L25;P15;100,100,103,103); OR(L26,L27;P14;100,100,103,103); % ;taken from 1985 TI TTL Logic Data book volume 2. :7447A TTL 16 LNAND(P7,P3;L1); LNAND(P1,P3;L2); LNAND(P2,P3;L3); LINV(P6;L4); LINV(P5;L5); LNAND(L1,L2,L3,L4,L5,P3;L6); LNAND(L1,L6;L7); LNAND(L2,L6;L8); LNAND(L3,L6;L9); LNAND(L4,L6;L10); LAND(L8,L10;L11); LAND(L1,L9;L12); LAND(L7,L2,L3,L4;L13); LAND(L8,L10;L14); LAND(L7,L2,L9;L15); LAND(L1,L8,L9;L16); LAND(L9,L10;L17); LAND(L1,L8,L3;L18); LAND(L7,L2,L3;L19); LAND(L1,L2,L9;L20); LAND(L7,L8,L9;L21); LAND(L2,L9;L22); LAND(L7,L8;L23); LAND(L8,L3;L24); LAND(L7,L3,L4;L25); LAND(L7,L8,L9;L26); LAND(L2,L3,L4,P3;L27); SET(RHIGH); OR(L11,L12,L13;P13;100,100,103,103); OR(L14,L15,L16;P12;100,100,103,103); OR(L17,L18;P11;100,100,103,103); OR(L19,L20,L21;P10;100,100,103,103); OR(L7,L22;P9;100,100,103,103); OR(L23,L24,L25;P15;100,100,103,103); OR(L26,L27;P14;100,100,103,103); % ;taken from 1985 TI TTL Logic Data book volume 2. :7448 TTL 16 LNAND(P7,P3;L1); LNAND(P1,P3;L2); LNAND(P2,P3;L3); LINV(P6;L4); LINV(P5;L5); LNAND(L1,L2,L3,L4,L5,P3;L6); LNAND(L1,L6;L7); LNAND(L2,L6;L8); LNAND(L3,L6;L9); LNAND(L4,L6;L10); LAND(L8,L10;L11); LAND(L1,L9;L12); LAND(L7,L2,L3,L4;L13); LAND(L8,L10;L14); LAND(L7,L2,L9;L15); LAND(L1,L8,L9;L16); LAND(L9,L10;L17); LAND(L1,L8,L3;L18); LAND(L7,L2,L3;L19); LAND(L1,L2,L9;L20); LAND(L7,L8,L9;L21); LAND(L2,L9;L22); LAND(L7,L8;L23); LAND(L8,L3;L24); LAND(L7,L3,L4;L25); LAND(L7,L8,L9;L26); LAND(L2,L3,L4,P3;L27); NOR(L11,L12,L13;P13;100,100,103,103); NOR(L14,L15,L16;P12;100,100,103,103); NOR(L17,L18;P11;100,100,103,103); NOR(L19,L20,L21;P10;100,100,103,103); NOR(L7,L22;P9;100,100,103,103); NOR(L23,L24,L25;P15;100,100,103,103); NOR(L26,L27;P14;100,100,103,103); % ;taken from 1985 TI TTL Logic Data book volume 2. ;the following is a 54 type device :7449 TTL 14 LINV(P5;L1); LINV(P1;L2); LINV(P2;L3); LINV(P4;L4); LNAND(L1,P3;L5); LNAND(L2,P3;L6); LNAND(L3,P3;L7); LNAND(L4,P3;L8); LAND(L6,L8;L9); LAND(L1,L7;L10); LAND(L5,L2,L3,L4;L11); LAND(L5,L2,L7;L12); LAND(L1,L6,L7;L13); LAND(L7,L8;L14); LAND(L1,L6,L3;L15); LAND(L1,L2,L7;L16); LAND(L5,L6,L7;L17); LAND(L2,L7;L18); LAND(L5,L6;L19); LAND(L6,L3;L20); LAND(L5,L3,L4;L21); LAND(L2,L3,L4;L22); LAND (L5,L2,L3;L23); SET(RHIGH); NOR(L9,L10,L11;P11;100,100,103,103); NOR(L9,L12,L13;P10;100,100,103,103); NOR(L14,L15;P9;100,100,103,103); NOR(L23,L16,L17;P8;100,100,103,103); NOR(L5,L18;P6;100,100,103,103); NOR(L19,L20,L21;P13;100,100,103,103); NOR(L17,L22;P12;100,100,103,103); % ;The delays modeled are propagation delay, both low to high going signals ;and high to low going pulses. :7451 TTL 14 LAND(P2,P3;L1); LAND(P4,P5;L2); NOR(L1,L2;P6;22,15,25,18); LAND(P1,P13;L3); LAND(P10,P9;L4); NOR(L3,L4;P8;22,15,25,18); % ;from the TI TTL Data Book Volume 2 1985. :7454 TTL 14 LAND(P1,P13;L1); LAND(P2,P3;L2); LAND(P4,P5;L3); LAND(P9,P10;L4); NOR(L1,L2,L3,L4;P8;22,15,24,17); % ;from the TI TTL Data Book Volume 2 1985. :7470 TTL 14 LINV(P5;L1); LINV(P9;L2); LAND(P3,P4,L1;L3); LAND(P10,P11,L2;L4); JKFFPC(L3,L4,P12,P13,P2;P8,P6;50,50,20,5,20,30,50,50,25,0,52,52,20,5,20,30,52,52,25,0); % ;taken from 1985 TI TTL data book Volume 2. :7473 TTL 14 INV(P1;N1;0,0,0,0); INV(P5;N2;0,0,0,0); JKFFC(P14,P3,N1,P2;P12,P13;25,40,0,0,20,47,25,40,25,0,28,43,0,0,20,47,28,40,20,0); JKFFC(P7,P10,N2,P6;P9,P8;25,40,0,0,20,47,25,40,25,0,28,43,0,0,20,47,28,40,20,0); % :7474 TTL 14 DFFPC(P2,P3,P4,P1;P5,P6;25,40,20,5,30,37,25,40,30,0,28,43,20,5,30,37,28,43,30,0); DFFPC(P12,P11,P10,P13;P9,P8;25,40,20,5,30,37,25,40,30,0,28,43,20,5,30,37,28,43,30,0); % ;taken from 1985 TI TTL data book Volume 2. :7475 TTL 16 LINV(P2;L1); LINV(P3;L2); LINV(P6;L3); LINV(P7;L4); DLATCH(L1,P13;P1;40,15,30,15,20,5,20,43,18,33,18,20,5,20); DLATCH(L2,P13;P14;40,15,30,15,20,5,20,43,18,33,18,20,5,20); DLATCH(L3,P4;P11;40,15,30,15,20,5,20,43,18,33,18,20,5,20); DLATCH(L4,P4;P8;40,15,30,15,20,5,20,43,18,33,18,20,5,20); DLATCH(P2,P13;P16;30,25,30,15,20,5,20,33,28,33,18,20,5,20); DLATCH(P3,P13;P15;30,25,30,15,20,5,20,33,28,33,18,20,5,20); DLATCH(P6,P4;P10;30,25,30,15,20,5,20,33,28,33,18,20,5,20); DLATCH(P7,P4;P9;30,25,30,15,20,5,20,33,28,33,18,20,5,20); % ;taken from 1985 TI TTL data book Volume 2. ;This device is a 5477. :7477 TTL 14 DLATCH(P1,P12;P14;30,25,30,15,20,5,20,33,28,33,18,20,5,20); DLATCH(P2,P12;P13;30,25,30,15,20,5,20,33,28,33,18,20,5,20); DLATCH(P5,P3;P9;30,25,30,15,20,5,20,33,28,33,18,20,5,20); DLATCH(P6,P3;P8;30,25,30,15,20,5,20,33,28,33,18,20,5,20); % ;taken from 1985 TI TTL Logic Data book Volume 2. :7482 TTL 14 INV(P13;N1;5,10,5,10); INV(P14;N2;5,10,5,10); LAND(P5,N3;L1); LAND(P2,N3;L2); LAND(P3,N3;L3); LAND(P5,P2,P3;L4); LAND(P5,P2;L5); LAND(P5,P3;L6); LAND(P3,P2;L7); LAND(N3,P10;L8); LAND(N2,P10;L9); LAND(N1,P10;L10); LAND(N3,N2,N1;L11); LAND(N3,N2;L12); LAND(N3,N1;L13); LAND(N2,N1;L14); OR(L1,L2,L3,L4;P1;34,40,37,43); NOR(L5,L6,L7;N3;12,8,12,8); NOR(L8,L9,L10,L11;P12;30,30,33,33); NOR(L12,L13,L14;P10;19,27,22,30); % ;taken from 1985 TI TTL Data book. :7483 TTL 16 INV(P13;N1;2,2,2,2); INV(P13;N10;5,5,5,5); NOR(P10,P11;N2;5,5,5,5); NAND(P10,P11;N3;5,5,5,5); NOR(P7,P8;N4;5,5,5,5); NAND(P7,P8;N5;5,5,5,5); NOR(P3,P4;N6;5,5,5,5); NAND(P3,P4;N7;5,5,5,5); NOR(P16,P1;N8;5,5,5,5); NAND(P16,P1;N9;5,5,5,5); LINV(N1;L1); LINV(N2;L2); LAND(L2,N3;L3); LAND(N1,N3;L4); LINV(N4;L5); LAND(L5,N5;L6); LAND(N1,N3,N5;L7); LAND(N5,N2;L8); LINV(N6;L9); LAND(L9,N7;L10); LAND(N1,N3,N5,N7;L11); LAND(N5,N7,N2;L12); LAND(N7,N4;L13); LINV(N8;L14); LAND(L14,N9;L15); LAND(N10,N3,N5,N7,N9;L16); LAND(N5,N7,N9,N2;L17); LAND(N7,N9,N4;L18); LAND(N9,N6;L19); LNOR(L4,N2;L20); LNOR(L7,L8,N4;L21); LNOR(L11,L12,L13,N6;L22); XOR(L1,L3;P9;19,19,22,22); XOR(L20,L6;P6;19,19,22,22); XOR(L21,L10;P2;19,19,22,22); XOR(L22,L15;P15;19,19,22,22); NOR(L16,L17,L18,L19,N8;P14;9,11,12,14); % ;taken from 1985 TI TTL Data book. :7483A TTL 16 INV(P13;N1;2,2,2,2); INV(P13;N10;5,5,5,5); NOR(P10,P11;N2;5,5,5,5); NAND(P10,P11;N3;5,5,5,5); NOR(P7,P8;N4;5,5,5,5); NAND(P7,P8;N5;5,5,5,5); NOR(P3,P4;N6;5,5,5,5); NAND(P3,P4;N7;5,5,5,5); NOR(P16,P1;N8;5,5,5,5); NAND(P16,P1;N9;5,5,5,5); LINV(N1;L1); LINV(N2;L2); LAND(L2,N3;L3); LAND(N1,N3;L4); LINV(N4;L5); LAND(L5,N5;L6); LAND(N1,N3,N5;L7); LAND(N5,N2;L8); LINV(N6;L9); LAND(L9,N7;L10); LAND(N1,N3,N5,N7;L11); LAND(N5,N7,N2;L12); LAND(N7,N4;L13); LINV(N8;L14); LAND(L14,N9;L15); LAND(N10,N3,N5,N7,N9;L16); LAND(N5,N7,N9,N2;L17); LAND(N7,N9,N4;L18); LAND(N9,N6;L19); LNOR(L4,N2;L20); LNOR(L7,L8,N4;L21); LNOR(L11,L12,L13,N6;L22); XOR(L1,L3;P9;19,19,22,22); XOR(L20,L6;P6;19,19,22,22); XOR(L21,L10;P2;19,19,22,22); XOR(L22,L15;P15;19,19,22,22); NOR(L16,L17,L18,L19,N8;P14;9,11,12,14); % ;taken from 1985 TI TTL Logic DAta book Volume 2. ;Delay for A=B to A=B output is not modeled precisely :7485 TTL 16 LNAND(P15,P1;L1); LNAND(P13,P14;L2); LNAND(P12,P11;L3); LNAND(P10,P9;L4); LAND(P15,L1;L5); LAND(L1,P1;L6); LAND(P13,L2;L7); LAND(L2,P14;L8); LAND(P12,L3;L9); LAND(L3,P11;L10); LAND(P10,L4;L11); LAND(L4,P9;L12); NOR(L5,L6;N1;13,15,13,15); NOR(L7,L8;N2;13,15,13,15); NOR(L9,L10;N3;13,15,13,15); NOR(L11,L12;N4;13,15,13,15); BUF(L6;N5;13,15,13,15); BUF(L5;N6;13,15,13,15); LAND(P14,L2,N1;L13); LAND(P11,L3,N1,N2;L14); LAND(P9,L4,N1,N2,N3;L15); LAND(N1,N2,N3,N4,P2;L16); LAND(N1,N2,N3,N4,P3;L17); LAND(P3,N4,N3,N2,N1;L18); LAND(P4,N4,N2,N3,N1;L19); LAND(N3,N2,N1,L4,P10;L20); LAND(N2,N1,L3,P12;L21); LAND(N1,L2,P13;L22); NOR(N5,L13,L14,L15,L16,L17;P5;11,17,14,20); NOR(L18,L19,L20,L21,L22,N6;P7;11,17,14,20); AND(N1,N2,P3,N3,N4;P6;22,15,25,18); % :7486 TTL 14 XOR(P1,P2;P3;30,22,33,25); XOR(P4,P5;P6;30,22,33,25); XOR(P10,P9;P8;30,22,33,25); XOR(P13,P12;P11;30,22,33,25); % ; ;Delays for the TTL90 series devices were taken from ;1985 TI TTL Data book Volume 2. ; ; :7490 TTL 14 LNAND(P6,P7;L1); LNAND(P2,P3;L2); LAND(L2,L1;L3); LAND(N5,N7;L8); INV(P14;N1;0,0,0,0); INV(P1;N2;0,0,0,0); JKFFPC(ONE,ONE,N1,L1,L2;N3,N4;6,8,0,0,15,15,20,30,15,25,9,11,0,0,15,15,20,35,15,25); JKFFC(N10,ONE,N2,L3;N5,N6;6,11,0,0,30,30,30,30,15,25,9,14,0,0,30,30,35,35,15,25); JKFFC(ONE,ONE,N6,L3;N7,N8;16,14,0,0,30,30,30,30,15,25,19,17,0,0,30,30,35,35,15,25); JKFFPC(L8,N9,N2,L1,L2;N9,N10;22,25,0,0,30,30,30,30,15,25,25,28,0,0,30,30,35,35,15,25); BUF(N3;P12;10,10,10,10); BUF(N5;P9;10,10,10,10); BUF(N7;P8;10,10,10,10); BUF(N9;P11;10,10,10,10); % :7490A TTL 14 LNAND(P6,P7;L1); LNAND(P2,P3;L2); LAND(L2,L1;L3); LAND(N5,N7;L8); INV(P14;N1;0,0,0,0); INV(P1;N2;0,0,0,0); JKFFPC(ONE,ONE,N1,L1,L2;N3,N4;6,8,0,0,15,15,20,30,15,25,9,11,0,0,15,15,20,35,15,25); JKFFC(N10,ONE,N2,L3;N5,N6;6,11,0,0,30,30,30,30,15,25,9,14,0,0,30,30,35,35,15,25); JKFFC(ONE,ONE,N6,L3;N7,N8;16,14,0,0,30,30,30,30,15,25,19,17,0,0,30,30,35,35,15,25); JKFFPC(L8,N9,N2,L1,L2;N9,N10;22,25,0,0,30,30,30,30,15,25,25,28,0,0,30,30,35,35,15,25); BUF(N3;P12;10,10,10,10); BUF(N5;P9;10,10,10,10); BUF(N7;P8;10,10,10,10); BUF(N9;P11;10,10,10,10); % :7491 TTL 14 LAND(P12,P11;L1); DQFF(L1,P9;N1;5,5,25,0,25,25,8,8,25,0,25,25); DQFF(N1,P9;N2;5,5,5,0,25,25,8,8,5,0,25,25); DQFF(N2,P9;N3;5,5,5,0,25,25,8,8,5,0,25,25); DQFF(N3,P9;N4;5,5,5,0,25,25,8,8,5,0,25,25); DQFF(N4,P9;N5;5,5,5,0,25,25,8,8,5,0,25,25); DQFF(N5,P9;N6;5,5,5,0,25,25,8,8,5,0,25,25); DQFF(N6,P9;N7;5,5,5,0,25,25,8,8,5,0,25,25); DFF(N7,P9;P13,P14;5,5,5,0,25,25,8,8,5,0,25,25); % :7491A TTL 14 LAND(P12,P11;L1); DQFF(L1,P9;N1;5,5,25,0,25,25,8,8,25,0,25,25); DQFF(N1,P9;N2;5,5,5,0,25,25,8,8,5,0,25,25); DQFF(N2,P9;N3;5,5,5,0,25,25,8,8,5,0,25,25); DQFF(N3,P9;N4;5,5,5,0,25,25,8,8,5,0,25,25); DQFF(N4,P9;N5;5,5,5,0,25,25,8,8,5,0,25,25); DQFF(N5,P9;N6;5,5,5,0,25,25,8,8,5,0,25,25); DQFF(N6,P9;N7;5,5,5,0,25,25,8,8,5,0,25,25); DFF(N7,P9;P13,P14;5,5,5,0,25,25,8,8,5,0,25,25); % :7492 TTL 14 LNAND(P6,P7;L1); INV(P14;N1;0,0,0,0); INV(P1;N2;0,0,0,0); JKFFC(ONE,ONE,N1,L1;N3,N4;6,8,0,0,15,15,30,30,15,25,6,8,0,0,15,15,30,30,15,25); JKFFC(N8,ONE,N2,L1;N5,N6;6,8,0,0,30,30,30,30,15,25,6,8,0,0,30,30,30,30,15,25); JKFFC(N5,ONE,N2,L1;N7,N8;6,8,0,0,30,30,30,30,15,25,6,8,0,0,30,30,30,30,15,25); JKFFC(ONE,ONE,N8,L1;N9,N10;16,14,0,0,30,30,30,30,15,25,16,14,0,0,30,30,30,30,15,25); BUF(N3;P12;10,10,13,13); BUF(N5;P11;10,10,13,13); BUF(N7;P9;10,10,13,13); BUF(N9;P8;10,10,13,13); % :7492A TTL 14 LNAND(P6,P7;L1); INV(P14;N1;0,0,0,0); INV(P1;N2;0,0,0,0); JKFFC(ONE,ONE,N1,L1;N3,N4;6,8,0,0,15,15,30,30,15,25,6,8,0,0,15,15,30,30,15,25); JKFFC(N8,ONE,N2,L1;N5,N6;6,8,0,0,30,30,30,30,15,25,6,8,0,0,30,30,30,30,15,25); JKFFC(N5,ONE,N2,L1;N7,N8;6,8,0,0,30,30,30,30,15,25,6,8,0,0,30,30,30,30,15,25); JKFFC(ONE,ONE,N8,L1;N9,N10;16,14,0,0,30,30,30,30,15,25,16,14,0,0,30,30,30,30,15,25); BUF(N3;P12;10,10,13,13); BUF(N5;P11;10,10,13,13); BUF(N7;P9;10,10,13,13); BUF(N9;P8;10,10,13,13); % ;Data for setup time not given; used 0ns. :7493 TTL 14 INV(P14;N1;0,0,0,0); INV(P1;N2;0,0,0,0); LNAND(P2,P3;L1); DFFC(N4,N1,L1;N3,N4;6,8,0,0,15,15,30,30,15,25,9,11,0,0,15,15,33,33,15,25); DFFC(N6,N2,L1;N5,N6;6,11,0,0,30,30,30,30,15,25,9,14,0,0,30,30,33,33,15,25); DFFC(N8,N6,L1;N7,N8;16,14,0,0,30,30,30,30,15,25,19,17,0,0,30,30,33,33,15,25); DFFC(N10,N8,L1;N9,N10;19,16,0,0,30,30,30,30,15,25,22,19,0,0,30,30,33,33,15,25); BUF(N3;P12;10,10,10,10); BUF(N5;P9;10,10,10,10); BUF(N7;P8;10,10,10,10); BUF(N9;P11;10,10,10,10); % ;Data for setup time not given; used 0ns. :7493A TTL 14 INV(P14;N1;0,0,0,0); INV(P1;N2;0,0,0,0); LNAND(P2,P3;L1); DFFC(N4,N1,L1;N3,N4;6,8,0,0,15,15,30,30,15,25,9,11,0,0,15,15,33,33,15,25); DFFC(N6,N2,L1;N5,N6;6,11,0,0,30,30,30,30,15,25,9,14,0,0,30,30,33,33,15,25); DFFC(N8,N6,L1;N7,N8;16,14,0,0,30,30,30,30,15,25,19,17,0,0,30,30,33,33,15,25); DFFC(N10,N8,L1;N9,N10;19,16,0,0,30,30,30,30,15,25,22,19,0,0,30,30,33,33,15,25); BUF(N3;P12;10,10,10,10); BUF(N5;P9;10,10,10,10); BUF(N7;P8;10,10,10,10); BUF(N9;P11;10,10,10,10); % :7494 TTL 16 LINV(P10;L1); LAND(P1,P6;L2); LAND(P15,P16;L3); LAND(P2,P6;L4); LAND(P15,P14;L5); LAND(P3,P6;L6); LAND(P15,P13;L7); LAND(P4,P6;L8); LAND(P15,P11;L9); LNOR(L2,L3;L10); LNOR(L4,L5;L11); LNOR(L6,L7;L12); LNOR(L8,L9;L13); DQFFPC(P7,P8,L10,L1;N1;10,10,25,0,35,35,9,10,30,0,10,10,25,0,35,35,9,10,30,0); DQFFPC(N1,P8,L11,L1;N2;10,10,5,0,35,35,9,10,30,0,10,10,25,0,35,35,9,10,30,0); DQFFPC(N2,P8,L12,L1;N3;10,10,5,0,35,35,9,10,30,0,10,10,25,0,35,35,9,10,30,0); DQFFPC(N3,P8,L13,L1;P9;10,10,5,0,35,35,9,10,30,0,10,10,25,0,35,35,9,10,30,0); % ;Clock Enable and Inhibit delays were not modeled. :7495 TTL 14 LINV(P6;L1); LAND(L1,P9;L2); LAND(P6,P8;L3); NOR(L2,L3;N1;0,0,0,0); LAND(P1,L1;L4); LAND(P6,P2;L5); LAND(N2,L1;L6); LAND(P6,P3;L7); LAND(N3,L1;L8); LAND(P6,P4;L9); LAND(N4,L1;L10); LAND(P6,P5;L11); LOR(L4,L5;L12); LOR(L6,L7;L13); LOR(L8,L9;L14); LOR(L10,L11;L15); DQFF(L12,N1;N2;7,7,15,0,20,20,7,7,15,0,20,20); DQFF(L13,N1;N3;7,7,15,0,20,20,7,7,15,0,20,20); DQFF(L14,N1;N4;7,7,15,0,20,20,7,7,15,0,20,20); DQFF(L15,N1;N5;7,7,15,0,20,20,7,7,15,0,20,20); BUF(N2;P13;20,25,25,30); BUF(N3;P12;20,25,25,30); BUF(N4;P11;20,25,25,30); BUF(N5;P10;20,25,25,30); % ;Clock Enable and Inhibit delays were not modeled. :7495A TTL 14 LINV(P6;L1); LAND(L1,P9;L2); LAND(P6,P8;L3); NOR(L2,L3;N1;0,0,0,0); LAND(P1,L1;L4); LAND(P6,P2;L5); LAND(N2,L1;L6); LAND(P6,P3;L7); LAND(N3,L1;L8); LAND(P6,P4;L9); LAND(N4,L1;L10); LAND(P6,P5;L11); LOR(L4,L5;L12); LOR(L6,L7;L13); LOR(L8,L9;L14); LOR(L10,L11;L15); DQFF(L12,N1;N2;7,7,15,0,20,20,7,7,15,0,20,20); DQFF(L13,N1;N3;7,7,15,0,20,20,7,7,15,0,20,20); DQFF(L14,N1;N4;7,7,15,0,20,20,7,7,15,0,20,20); DQFF(L15,N1;N5;7,7,15,0,20,20,7,7,15,0,20,20); BUF(N2;P13;20,25,25,30); BUF(N3;P12;20,25,25,30); BUF(N4;P11;20,25,25,30); BUF(N5;P10;20,25,25,30); % :7496 TTL 16 LNAND(P2,P8;L1); LNAND(P3,P8;L2); LNAND(P4,P8;L3); LNAND(P6,P8;L4); LNAND(P7,P8;L5); DQFFPC(P9,P1,L1,P16;N1;10,10,30,0,35,35,5,25,30,0,10,10,30,0,35,35,5,25,30,0); DQFFPC(N1,P1,L2,P16;N2;10,10,30,0,35,35,5,25,30,0,10,10,30,0,35,35,5,25,30,0); DQFFPC(N2,P1,L3,P16;N3;10,10,30,0,35,35,5,25,30,0,10,10,30,0,35,35,5,25,30,0); DQFFPC(N3,P1,L4,P16;N4;10,10,30,0,35,35,5,25,30,0,10,10,30,0,35,35,5,25,30,0); DQFFPC(N4,P1,L5,P16;N5;10,10,30,0,35,35,5,25,30,0,10,10,30,0,35,35,5,25,30,0); BUF(N1;P15;30,30,33,33); BUF(N2;P14;30,30,33,33); BUF(N3;P13;30,30,33,33); BUF(N4;P11;30,30,33,33); BUF(N5;P10;30,30,33,33); % ;taken from 1985 TI TTL logic Data book Volume 2. :74100 TTL 24 DLATCH(P2,P23;P5;30,25,30,15,20,5,20,33,28,33,18,20,5,20); DLATCH(P3,P23;P4;30,25,30,15,20,5,20,33,28,33,18,20,5,20); DLATCH(P22,P23;P19;30,25,30,15,20,5,20,33,28,33,18,20,5,20); DLATCH(P21,P23;P20;30,25,30,15,20,5,20,33,28,33,18,20,5,20); DLATCH(P11,P12;P8;30,25,30,15,20,5,20,33,28,33,18,20,5,20); DLATCH(P10,P12;P9;30,25,30,15,20,5,20,33,28,33,18,20,5,20); DLATCH(P15,P12;P18;30,25,30,15,20,5,20,33,28,33,18,20,5,20); DLATCH(P16,P12;P17;30,25,30,15,20,5,20,33,28,33,18,20,5,20); % ;Data for the following device was taken from ;1985 TI TTL Logic Data Book. ;Delays for PRE and CLR to Q were not given; ;assumed to be same as CLK to Q :74104 TTL 14 LAND(P4,P5,P12,P1;L1); LAND(P3,P10,P11,P1;L2); JKFFPC(L1,L2,P9,P2,P13;P6,P8;15,25,35,0,15,15,15,25,20,10,18,28,35,0,15,15,18,25,20,10); % ;Data for the following device was taken from ;1985 TI TTL Logic Data Book. ;Delays for PRE and CLR to Q were not given; ;assumed to be same as CLK to Q :74105 TTL 14 LINV(P5;L1); LINV(P10;L2); LAND(P4,L1,P12,P1;L3); LAND(P3,L2,P11,P1;L4); JKFFPC(L3,L4,P9,P2,P13;P6,P8;15,25,35,0,15,15,15,25,20,10,18,28,35,0,15,15,18,25,20,10); % :74107 TTL 14 INV(P12;N1;0,0,0,0); INV(P9;N2;0,0,0,0); JKFFC(P1,P4,N1,P13;P3,P2;25,40,0,0,20,47,25,40,25,0,28,43,0,0,20,47,28,43,25,0); JKFFC(P8,P11,N2,P10;P5,P6;25,40,0,0,20,47,25,40,25,0,28,43,0,0,20,47,28,43,25,0); % :74109 TTL 16 LINV(P3;L1); LINV(P13;L2); JKFFPC(P2,L1,P4,P5,P1;P6,P7;18,28,15,10,20,20,14,29,20,0,21,31,15,10,20,20,17,32,20,0); JKFFPC(P14,L2,P12,P11,P15;P10,P9;18,28,15,10,20,20,14,29,20,0,21,31,15,10,20,20,17,32,20,0); % ;taken from 1985 TI TTL Data book Volume 2. :74116 TTL 24 LNOR(P2,P3;L1); LNOR(P14,P15;L2); DLATCHPC(P4,L1,ONE,P1;P5;15,18,30,22,14,8,18,22,18,2,18,21,33,25,14,8,18,25,18,2); DLATCHPC(P6,L1,ONE,P1;P7;15,18,30,22,14,8,18,22,18,2,18,21,33,25,14,8,18,25,18,2); DLATCHPC(P8,L1,ONE,P1;P9;15,18,30,22,14,8,18,22,18,2,18,21,33,25,14,8,18,25,18,2); DLATCHPC(P10,L1,ONE,P1;P11;15,18,30,22,14,8,18,22,18,2,18,21,33,25,14,8,18,25,18,2); DLATCHPC(P16,L2,ONE,P13;P17;15,18,30,22,14,8,18,22,18,2,18,21,33,25,14,8,18,25,18,2); DLATCHPC(P18,L2,ONE,P13;P19;15,18,30,22,14,8,18,22,18,2,18,21,33,25,14,8,18,25,18,2); DLATCHPC(P20,L2,ONE,P13;P21;15,18,30,22,14,8,18,22,18,2,18,21,33,25,14,8,18,25,18,2); DLATCHPC(P22,L2,ONE,P13;P23;15,18,30,22,14,8,18,22,18,2,18,21,33,25,14,8,18,25,18,2); % ;taken from 1985 TI TTL logic Data book Volume 2. :74125 TTL 14 LINV(P1;L1); LINV(P4;L2); LINV(P10;L3); LINV(P13;L4); BUF(P2;N1;10,15,13,18); BUF(P5;N2;10,15,13,18); BUF(P9;N3;10,15,13,18); BUF(P12;N4;10,15,13,18); TSB(N1,L1;P3;25,17,12,8,25,17,12,8); TSB(N2,L2;P6;25,17,12,8,25,17,12,8); TSB(N3,L3;P8;25,17,12,8,25,17,12,8); TSB(N4,L4;P11;25,17,12,8,25,17,12,8); % ;taken from 1985 TI TTL logic Data book Volume 2. :74126 TTL 14 BUF(P2;N1;10,15,13,18); BUF(P5;N2;10,15,13,18); BUF(P9;N3;10,15,13,18); BUF(P12;N4;10,15,13,18); TSB(N1,P1;P3;25,18,18,16,25,18,18,16); TSB(N2,P4;P6;25,18,18,16,25,18,18,16); TSB(N3,P10;P8;25,18,18,16,25,18,18,16); TSB(N4,P13;P11;25,18,18,16,25,18,18,16); % ;taken from 1985 TI TTL logic Data book Volume 2. ;Delays for the following device are for 50pF and 150 pF. :74128 TTL 14 NOR(P2,P3;P1;9,12,15,18); NOR(P5,P6;P4;9,12,15,18); NOR(P8,P9;P10;9,12,15,18); NOR(P11,P12;P13;9,12,15,18); % :74132 TTL 14 NAND(P1,P2;P3;22,22,25,25); NAND(P4,P5;P6;22,22,25,25); NAND(P10,P9;P8;22,22,25,25); NAND(P13,P12;P11;22,22,25,25); % ;from the 1985 TI TTL Data Book. :74136 TTL 14 SET(RHIGH); XOR(P1,P2;P3;22,55,25,58); XOR(P4,P5;P6;22,55,25,58); XOR(P10,P9;P8;22,55,25,58); XOR(P12,P13;P11;22,55,25,58); % ;taken from 1985 TI TTL Data book Volume 2. ;Delays for the following device are given for 50 and 150pF. :74145 TTL 16 LINV(P15;L1); LINV(P14;L2); LINV(P13;L3); LINV(P12;L4); NAND(L1,L2,L3,L4;P1;50,50,61,61); NAND(P15,L2,L3,L4;P2;50,50,61,61); NAND(L1,P14,L3,L4;P3;50,50,61,61); NAND(P15,P14,L3,L4;P4;50,50,61,61); NAND(L1,L2,P13,L4;P5;50,50,61,61); NAND(P15,L2,P13,L4;P6;50,50,61,61); NAND(L1,P14,P13,L4;P7;50,50,61,61); NAND(P15,P14,P13,L4;P9;50,50,61,61); NAND(L1,L2,L3,P12;P10;50,50,61,61); NAND(P15,L2,L3,P12;P11;50,50,61,61); % ;taken from 1985 TI TTL Data book Volume 2. :74147 TTL 16 LINV(P11;L1); LINV(P12;L2); LINV(P13;L3); LINV(P1;L4); LINV(P2;L5); LINV(P3;L6); LINV(P4;L7); LAND(P5,P10;L8); LINV(P10;L9); LNAND(L1,P12,P1,P3,L8;L10); LNAND(P1,P3,L3,L8;L11); LNAND(P3,L5,L8;L12); LNAND(L7,L8;L13); LNAND(L2,P2,P1,L8;L14); LNAND(L3,P1,P2,L8;L15); LNAND(L6,L8;L16); LNAND(L4,L8;L17); LNAND(L5,L8;L18); BUF(L8;P14;19,19,22,22); AND(L17,L18,L16,L13;P6;19,19,22,22); AND(L14,L15,L16,L13;P7;19,19,22,22); AND(L10,L11,L12,L13,P10;P9;19,19,22,22); % ;taken from 1985 TI TTL logic data book Volume 2. :74148 TTL 16 INV(P11;N1;7,7,4,4); INV(P12;N2;7,7,4,4); INV(P13;N3;7,7,4,4); INV(P1;N4;7,7,4,4); INV(P2;N5;7,7,4,4); INV(P3;N6;7,7,4,4); INV(P4;N7;7,7,4,4); LINV(P5;L1); LINV(N2;L2); LINV(N4;L3); LINV(N5;L4); LINV(N6;L5); LAND(N1,L2,L3,L5,L1;L6); LAND(N3,L3,L5,L1;L7); LAND(N5,L5,L1;L8); LAND(N7,L1;L9); LAND(N2,L3,L4,L1;L10); LAND(N3,L3,L4,L1;L11); LAND(N6,L1;L12); LAND(N7,L1;L13); LAND(N4,L1;L14); LAND(N5,L1;L15); LAND(N6,L1;L16); LAND(N7,L1;L17); BUF(L1;N8;5,5,5,5); BUF(L1;N9;0,4,0,7); NAND(P10,P11,P12,P13,P1,P2,P3,P4,N8;P15;7,22,10,25); NAND(P15,N9;P14;5,15,5,15); NOR(L6,L7,L8,L9;P9;12,12,15,15); NOR(L10,L11,L12,L13;P7;12,12,15,15); NOR(L14,L15,L16,L17;P6;12,12,15,15); % ;taken from 1985 TI TTL Logic Data book Volume 2. :74150 TTL 24 INV(P15;N1;13,21,13,21); INV(P14;N2;13,21,13,21); INV(P13;N3;13,21,13,21); INV(P11;N4;13,21,13,21); INV(P9;N5;10,10,10,10); BUF(P15;N6;13,21,13,21); BUF(P14;N7;13,21,13,21); BUF(P13;N8;13,21,13,21); BUF(P11;N9;13,21,13,21); LAND(P8,N1,N2,N3,N4,N5;L1); LAND(P7,N6,N2,N3,N4,N5;L2); LAND(P6,N1,N7,N3,N4,N5;L3); LAND(P5,N6,N7,N3,N4,N5;L4); LAND(P4,N1,N2,N8,N4,N5;L5); LAND(P3,N6,N2,N8,N4,N5;L6); LAND(P2,N1,N7,N8,N4,N5;L7); LAND(P1,N6,N7,N8,N4,N5;L8); LAND(P23,N1,N2,N3,N9,N5;L9); LAND(P22,N6,N2,N3,N9,N5;L10); LAND(P21,N1,N7,N3,N9,N5;L11); LAND(P20,N6,N7,N3,N9,N5;L12); LAND(P19,N1,N2,N8,N9,N5;L13); LAND(P18,N6,N2,N8,N9,N5;L14); LAND(P17,N1,N7,N8,N9,N5;L15); LAND(P16,N6,N7,N8,N9,N5;L16); NOR(L1,L2,L3,L4,L5,L6,L7,L8,L9,L10,L11,L12,L13,L14,L15,L16;P10;14,20,17,23); % ;Delays are modeled for Dx to Outputs W and Y, Select to Outputs W and Y, ;and Strobe to Outputs W and Y, for Low to High and High to Low going signals. :74151 TTL 16 INV(P11;N1;9,15,9,15); INV(P10;N2;9,15,9,15); INV(P9;N3;9,15,9,15); INV(P7;N4;9,6,9,6); BUF(P7;N5;7,11,7,11); LINV(N1;L1); LINV(N2;L2); LINV(N3;L3); LAND(P4,N1,N2,N3;L4); LAND(P3,L1,N2,N3;L5); LAND(P2,N1,L2,N3;L6); LAND(P1,L1,L2,N3;L7); LAND(P15,L3,N1,N2;L8); LAND(P14,L3,L1,N2;L9); LAND(P13,L3,N1,L2;L10); LAND(P12,L3,L1,L2;L11); LOR(L4,L5,L6,L7,L8,L9,L10,L11;L12); LINV(L12;L13); AND(N4,L12;P5;24,24,27,27); OR(N5,L13;P6;14,14,17,17); % ;Delays are modeled for Dx to Outputs W and Y, Select to Outputs W and Y, ;and Strobe to Outputs W and Y, for Low to High and High to Low going signals. :74151A TTL 16 INV(P11;N1;9,15,9,15); INV(P10;N2;9,15,9,15); INV(P9;N3;9,15,9,15); INV(P7;N4;9,6,9,6); BUF(P7;N5;7,11,7,11); LINV(N1;L1); LINV(N2;L2); LINV(N3;L3); LAND(P4,N1,N2,N3;L4); LAND(P3,L1,N2,N3;L5); LAND(P2,N1,L2,N3;L6); LAND(P1,L1,L2,N3;L7); LAND(P15,L3,N1,N2;L8); LAND(P14,L3,L1,N2;L9); LAND(P13,L3,N1,L2;L10); LAND(P12,L3,L1,L2;L11); LOR(L4,L5,L6,L7,L8,L9,L10,L11;L12); LINV(L12;L13); AND(N4,L12;P5;24,24,27,27); OR(N5,L13;P6;14,14,17,17); % ;taken from 1985 TI TTL Logic Data book Volume 2. ;The TTL152 is an SN54 type device :74152 TTL 14 INV(P10;N1;16,12,16,12); INV(P9;N2;16,12,16,12); INV(P8;N3;16,12,16,12); BUF(P10;N4;16,12,16,12); BUF(P9;N5;16,12,16,12); BUF(P8;N6;16,12,16,12); LAND(P5,N1,N2,N3;L4); LAND(P4,N4,N2,N3;L5); LAND(P3,N1,N5,N3;L6); LAND(P2,N4,N5,N3;L7); LAND(P1,N1,N2,N6;L8); LAND(P13,N4,N2,N6;L9); LAND(P12,N1,N5,N6;L10); LAND(P11,N4,N5,N6;L11); NOR(L4,L5,L6,L7,L8,L9,L10,L11;P6;14,14,17,17); % ;Data for the following device was taken from ;1985 TI TTL Logic Data Book. :74153 TTL 16 INV(P1;N1;12,0,12,0); INV(P15;N2;12,0,12,0); INV(P2;N3;16,11,16,11); INV(P14;N4;16,11,16,11); BUF(P2;N5;16,11,16,11); BUF(P14;N6;16,11,16,11); LAND(N1,N3,N4,P6;L3); LAND(N1,N3,N6,P5;L4); LAND(N1,N5,N4,P4;L5); LAND(N1,N5,N6,P3;L6); LAND(P10,N3,N4,N2;L7); LAND(P11,N3,N6,N2;L8); LAND(P12,N5,N4,N2;L9); LAND(P13,N5,N6,N2;L10); OR(L3,L4,L5,L6;P7;18,23,20,25); OR(L7,L8,L9,L10;P9;18,23,20,25); % ;taken from 1985 TI TTL logic Data book Volume 2. ;HL Delay for A,B,C,D Inputs to Outputs was not modeled exactly ;to maintain simplicity. :74154 TTL 24 INV(P23;N1;6,6,6,6); INV(P22;N2;6,6,6,6); INV(P21;N3;6,6,6,6); INV(P20;N4;6,6,6,6); LINV(N1;L1); LINV(N2;L2); LINV(N3;L3); LINV(N4;L4); LNOR(P18,P19;L5); NAND(L5,N1,N2,N3,N4;P1;30,27,33,30); NAND(L5,L1,N2,N3,N4;P2;30,27,33,30); NAND(L5,N1,L2,N3,N4;P3;30,27,33,30); NAND(L5,L1,L2,N3,N4;P4;30,27,33,30); NAND(L5,N1,N2,L3,N4;P5;30,27,33,30); NAND(L5,L1,N2,L3,N4;P6;30,27,33,30); NAND(L5,N1,L2,L3,N4;P7;30,27,33,30); NAND(L5,L1,L2,L3,N4;P8;30,27,33,30); NAND(L5,N1,N2,N3,L4;P9;30,27,33,30); NAND(L5,L1,N2,N3,L4;P10;30,27,33,30); NAND(L5,N1,L2,N3,L4;P11;30,27,33,30); NAND(L5,L1,L2,N3,L4;P13;30,27,33,30); NAND(L5,N1,N2,L3,L4;P14;30,27,33,30); NAND(L5,L1,N2,L3,L4;P15;30,27,33,30); NAND(L5,N1,L2,L3,L4;P16;30,27,33,30); NAND(L5,L1,L2,L3,L4;P17;30,27,33,30); % ;taken from 1985 TI TTL data book Volume 2. :74155 TTL 16 LINV(P3;L1); LINV(P13;L2); INV(P1;N1;4,3,4,3); INV(L1;N2;5,12,5,12); INV(L2;N3;5,12,5,12); LNOR(P2,N1;L3); LNOR(P14,P15;L4); NAND(L1,L2,L3;P7;20,27,25,32); NAND(L1,N3,L3;P6;20,27,25,32); NAND(N2,L2,L3;P5;20,27,25,32); NAND(N2,N3,L3;P4;20,27,25,32); NAND(L1,L2,L4;P9;20,27,25,32); NAND(L1,N3,L4;P10;20,27,25,32); NAND(N2,L2,L4;P11;20,27,25,32); NAND(N2,N3,L4;P12;20,27,25,32); % ;taken from 1985 TI TTL logic data book Volume 2. :74156 TTL 16 LINV(P3;L1); LINV(P13;L2); INV(P1;N1;4,3,4,3); INV(L1;N2;4,11,4,11); INV(L2;N3;4,11,4,11); LNOR(P2,N1;L3); LNOR(P14,P15;L4); SET(RHIGH); NAND(L1,L2,L3;P7;23,30,26,33); NAND(L1,N3,L3;P6;23,30,26,33); NAND(N2,L2,L3;P5;23,30,26,33); NAND(N2,N3,L3;P4;23,30,26,33); NAND(L1,L2,L4;P9;23,30,26,33); NAND(L1,N3,L4;P10;23,30,26,33); NAND(N2,L2,L4;P11;23,30,26,33); NAND(N2,N3,L4;P12;23,30,26,33); % ;Delays are modeled for Data to Output, Strobe to Output, and Select to ;Output for Low to High and High to Low going signals. The delays for ;the 50pf case are extrapolated using 14pf/ns. :74157 TTL 16 INV(P1;N1;13,9,13,9); INV(P15;N2;6,7,6,7); LINV(N1;L1); LAND(P2,N1,N2;L2); LAND(P3,L1,N2;L3); LAND(P5,N1,N2;L4); LAND(P6,L1,N2;L5); LAND(P11,N1,N2;L6); LAND(P10,L1,N2;L7); LAND(P14,N1,N2;L8); LAND(P13,L1,N2;L9); OR(L2,L3;P4;14,14,17,17); OR(L4,L5;P7;14,14,17,17); OR(L6,L7;P9;14,14,17,17); OR(L8,L9;P12;14,14,17,17); % ;Data for the following device was taken from ;1985 TI TTL Logic Data Book. :74159 TTL 24 INV(P23;N1;0,11,0,11); INV(P22;N2;0,11,0,11); INV(P21;N3;0,11,0,11); INV(P20;N4;0,11,0,11); BUF(P23;N5;0,11,0,11); BUF(P22;N6;0,11,0,11); BUF(P21;N7;0,11,0,11); BUF(P20;N8;0,11,0,11); LNOR(P18,P19;L1); SET(RHIGH); NAND(L1,N1,N2,N3,N4;P1;25,36,28,39); NAND(L1,N5,N2,N3,N4;P2;25,36,28,39); NAND(L1,N1,N6,N3,N4;P3;25,36,28,39); NAND(L1,N5,N6,N3,N4;P4;25,36,28,39); NAND(L1,N1,N2,N7,N4;P5;25,36,28,39); NAND(L1,N5,N2,N7,N4;P6;25,36,28,39); NAND(L1,N1,N6,N7,N4;P7;25,36,28,39); NAND(L1,N5,N6,N7,N4;P8;25,36,28,39); NAND(L1,N1,N2,N3,N8;P9;25,36,28,39); NAND(L1,N5,N2,N3,N8;P10;25,36,28,39); NAND(L1,N1,N6,N3,N8;P11;25,36,28,39); NAND(L1,N5,N6,N3,N8;P13;25,36,28,39); NAND(L1,N1,N2,N7,N8;P14;25,36,28,39); NAND(L1,N5,N2,N7,N8;P15;25,36,28,39); NAND(L1,N1,N6,N7,N8;P16;25,36,28,39); NAND(L1,N5,N6,N7,N8;P17;25,36,28,39); % ; ;Delays for the TTL160 series devices were taken from ;1985 TI TTL data book Volume 2. ; :74164 TTL 14 LAND(P1,P2;L1); DQFFC(L1,P8,P9;N1;7,7,15,5,20,20,11,11,20,0,7,7,15,5,20,20,12,12,20,0); DQFFC(N1,P8,P9;N2;7,7,15,5,20,20,11,11,20,0,7,7,15,5,20,20,12,12,20,0); DQFFC(N2,P8,P9;N3;7,7,15,5,20,20,11,11,20,0,7,7,15,5,20,20,12,12,20,0); DQFFC(N3,P8,P9;N4;7,7,15,5,20,20,11,11,20,0,7,7,15,5,20,20,12,12,20,0); DQFFC(N4,P8,P9;N5;7,7,15,5,20,20,11,11,20,0,7,7,15,5,20,20,12,12,20,0); DQFFC(N5,P8,P9;N6;7,7,15,5,20,20,11,11,20,0,7,7,15,5,20,20,12,12,20,0); DQFFC(N6,P8,P9;N7;7,7,15,5,20,20,11,11,20,0,7,7,15,5,20,20,12,12,20,0); DQFFC(N7,P8,P9;N8;7,7,15,5,20,20,11,11,20,0,7,7,15,5,20,20,12,12,20,0); BUF(N1;P3;20,25,23,30); BUF(N2;P4;20,25,23,30); BUF(N3;P5;20,25,23,30); BUF(N4;P6;20,25,23,30); BUF(N5;P10;20,25,23,30); BUF(N6;P11;20,25,23,30); BUF(N7;P12;20,25,23,30); BUF(N8;P13;20,25,23,30); % :74165 TTL 16 INV(P1;N1;35,35,35,35); BUF(P10;N2;10,10,10,10); LAND(P2,P1;L1); AND(P1,P15;N3;20,20,20,20); OR(L1,N3;N4;0,0,0,0); LNAND(N1,P11;L2); LNAND(N1,P12;L3); LNAND(N1,P13;L4); LNAND(N1,P14;L5); LNAND(N1,P3;L6); LNAND(N1,P4;L7); LNAND(N1,P5;L8); LNAND(N1,P6;L9); LNAND(N1,L2;L10); LNAND(N1,L3;L11); LNAND(N1,L4;L12); LNAND(N1,L5;L13); LNAND(N1,L6;L14); LNAND(N1,L7;L15); LNAND(N1,L8;L16); LNAND(N1,L9;L17); DQFFPC(N2,N4,L2,L10;N5;24,31,10,0,25,25,31,40,15,0,27,34,10,0,25,25,33,42,15,0); DQFFPC(N5,N4,L3,L11;N6;24,31,10,0,25,25,31,40,15,0,27,34,10,0,25,25,33,42,15,0); DQFFPC(N6,N4,L4,L12;N7;24,31,10,0,25,25,31,40,15,0,27,34,10,0,25,25,33,42,15,0); DQFFPC(N7,N4,L5,L13;N8;24,31,10,0,25,25,31,40,15,0,27,34,10,0,25,25,33,42,15,0); DQFFPC(N8,N4,L6,L14;N9;24,31,10,0,25,25,31,40,15,0,27,34,10,0,25,25,33,42,15,0); DQFFPC(N9,N4,L7,L15;N10;24,31,10,0,25,25,31,40,15,0,27,34,10,0,25,25,33,42,15,0); DQFFPC(N10,N4,L8,L16;N11;24,31,10,0,25,25,31,40,15,0,27,34,10,0,25,25,33,42,15,0); DFFPC(N11,N4,L9,L17;N12,N13;24,31,10,0,25,25,31,40,15,0,27,34,10,0,25,25,33,42,15,0); BUF(N12;P9;0,0,0,0); BUF(N13;P7;0,0,0,0); % :74166 TTL 16 BUF(P15;N1;10,10,10,10); INV(P15;N2;10,10,10,10); BUF(P6;N3;0,0,0,0); OR(P7,N3;N4;0,0,0,0); LAND(P1,N1;L1); LAND(N2,P2;L2); LOR(L1,L2;L3); LAND(N5,N1;L4); LAND(N2,P3;L5); LOR(L4,L5;L6); LAND(N6,N1;L7); LAND(N2,P4;L8); LOR(L7,L8;L9); LAND(N7,N1;L10); LAND(N2,P5;L11); LOR(L10,L11;L12); LAND(N8,N1;L13); LAND(N2,P10;L14); LOR(L13,L14;L15); LAND(N9,N1;L16); LAND(N2,P11;L17); LOR(L16,L17;L18); LAND(N10,N1;L19); LAND(N2,P12;L20); LOR(L19,L20;L21); LAND(N11,N1;L22); LAND(N2,P14;L23); LOR(L22,L23;L24); DQFFC(L3,N4,P9;N5;26,30,20,0,20,20,35,35,20,0,29,33,20,0,20,20,40,40,20,0); DQFFC(L6,N4,P9;N6;26,30,5,0,20,20,35,35,20,0,29,33,5,0,20,20,40,40,20,0); DQFFC(L9,N4,P9;N7;26,30,5,0,20,20,35,35,20,0,29,33,5,0,20,20,40,40,20,0); DQFFC(L12,N4,P9;N8;26,30,5,0,20,20,35,35,20,0,29,33,5,0,20,20,40,40,20,0); DQFFC(L15,N4,P9;N9;26,30,5,0,20,20,35,35,20,0,29,33,5,0,20,20,40,40,20,0); DQFFC(L18,N4,P9;N10;26,30,5,0,20,20,35,35,20,0,29,33,5,0,20,20,40,40,20,0); DQFFC(L21,N4,P9;N11;26,30,5,0,20,20,35,35,20,0,29,33,5,0,20,20,40,40,20,0); DQFFC(L24,N4,P9;P13;26,30,5,0,20,20,35,35,20,0,29,33,5,0,20,20,40,40,20,0); % ;Delays for Clock to Z (low to high), Strobe to Y (low to high), ;and Rate to outputs for the following device could not be modeled precisely. :74167 TTL 16 LINV(P11;L1); LINV(N11;L2); LINV(N12;L3); LINV(N13;L4); LINV(N14;L5); LAND(P3,N9,L4;L6); LAND(P2,N9,N11;L7); LAND(P15,N9,L2,N12;L8); LAND(P14,N9,N13,L5;L9); LAND(P3,N10,L4;L10); LAND(P2,N10,N11;L11); LAND(P15,N10,L2,N12;L12); LAND(P14,N10,N13,L5;L13); LINV(P9;L14) LINV(P4;L15); LINV(P13;L16); LAND(L1,N12,N11;L17); LAND(L1,N13;L18); LAND(L16,L15;L19); LOR(L17,L18;L20); NAND(L1,L4,L14;N1;0,0,0,0); NAND(L1,N11,L14;N2;0,0,0,0); NAND(L20,L14;N3;0,0,0,0); NAND(L1,N13,L14;N4;0,0,0,0); BUF(P9;N5;9,9,9,9); BUF(P9;N6;5,5,5,5); BUF(P10;N7;5,6,5,6); BUF(P10;N8;7,0,7,0); NOR(N5,N7;N9;7,7,7,7); NOR(N6,N8;N10;7,7,7,7); DQFFC(L2,N1,L19;N11;11,11,25,0,20,20,13,13,15,0,11,11,25,0,20,20,13,13,15,0); DQFFC(L3,N2,L19;N12;11,11,25,0,20,20,13,13,15,0,11,11,25,0,20,20,13,13,15,0); DQFFC(L4,N3,L16;N13;11,11,25,0,20,20,13,13,15,0,11,11,25,0,20,20,13,13,15,0); DQFFC(L5,N4,L16;N14;11,11,25,0,20,20,13,13,15,0,11,11,25,0,20,20,13,13,15,0); NOR(L6,L7,L8,L9;P5;9,13,9,13); NOR(L10,L11,L12,L13;N15;9,13,9,13); NAND(P12,N15;P6;14,10,17,13); NAND(L1,N13,N14;P7;20,21,23,24); % ;taken from 1985 TI TTL Logic Data book Volume 2. ;Delays are given for 50 and 150pF. :74173 TTL 16 NOR(P9,P10;N1;7,7,7,7); LNOR(P1,P2;L1); LINV(P15;L2); LINV(N1;L3); LAND(N2,L3;L4); LAND(P14,N1;L5); LOR(L4,L5;L6); LAND(N3,L3;L7); LAND(P13,N1;L8); LOR(L7,L8;L9); LAND(N4,L3;L10); LAND(P12,N1;L11); LOR(L10,L11;L12); LAND(N5,L3;L13); LAND(P11,N1;L14); LOR(L13,L14;L15); DQFFC(L6,P7,L2;N2;20,20,10,10,20,20,4,16,20,10,20,20,10,10,20,20,4,16,20,10); DQFFC(L9,P7,L2;N3;20,20,10,10,20,20,4,16,20,10,20,20,10,10,20,20,4,16,20,10); DQFFC(L12,P7,L2;N4;20,20,10,10,20,20,4,16,20,10,20,20,10,10,20,20,4,16,20,10); DQFFC(L15,P7,L2;N5;20,20,10,10,20,20,4,16,20,10,20,20,10,10,20,20,4,16,20,10); BUF(N2;N6;23,11,30,18); BUF(N3;N7;23,11,30,18); BUF(N4;N8;23,11,30,18); BUF(N5;N9;23,11,30,18); TSB(N6,L1;P3;30,30,20,14,30,30,20,14); TSB(N7,L1;P4;30,30,20,14,30,30,20,14); TSB(N8,L1;P5;30,30,20,14,30,30,20,14); TSB(N9,L1;P6;30,30,20,14,30,30,20,14); % :74174 TTL 16 DQFFC(P3,P9,P1;P2;25,25,20,0,10,25,25,40,20,30,28,28,20,0,10,25,28,43,20,30); DQFFC(P4,P9,P1;P5;25,25,20,0,10,25,25,40,20,30,28,28,20,0,10,25,28,43,20,30); DQFFC(P6,P9,P1;P7;25,25,20,0,10,25,25,40,20,30,28,28,20,0,10,25,28,43,20,30); DQFFC(P11,P9,P1;P10;25,25,20,0,10,25,25,40,20,30,28,28,20,0,10,25,28,43,20,30); DQFFC(P13,P9,P1;P12;25,25,20,0,10,25,25,40,20,30,28,28,20,0,10,25,28,43,20,30); DQFFC(P14,P9,P1;P15;25,25,20,0,10,25,25,40,20,30,28,28,20,0,10,25,28,43,20,30); % :74175 TTL 16 DFFC(P4,P9,P1;P2,P3;25,25,20,0,10,25,25,40,20,30,28,28,20,0,10,25,28,43,20,30); DFFC(P5,P9,P1;P7,P6;25,25,20,0,10,25,25,40,20,30,28,28,20,0,10,25,28,43,20,30); DFFC(P12,P9,P1;P10,P11;25,25,20,0,10,25,25,40,20,30,28,28,20,0,10,25,28,43,20,30); DFFC(P13,P9,P1;P15,P14;25,25,20,0,10,25,25,40,20,30,28,28,20,0,10,25,28,43,20,30); % ; ;Delays for TTL176-179 taken from 1985 TI TTL Data book Volume 2. ; :74176 TTL 14 LNAND(P1,P13;L1); LNAND(P4,L1,P13;L2); LNAND(L2,L1;L3); LNAND(P10,L1,P13;L4); LNAND(L4,L1;L5); LNAND(P3,L1,P13;L6); LNAND(L6,L1;L7); LNAND(P11,L1,P13;L8); LNAND(L8,L1;L9); LAND(N5,N7;L10); INV(P8;N1;0,0,0,0); INV(P6;N2;0,0,0,0); JKFFPC(ONE,ONE,N1,L2,L3;N3,N4;3,7,15,0,14,14,38,38,20,0,3,7,15,0,14,14,38,38,20,0); JKFFPC(N10,N10,N2,L4,L5;N5,N6;7,16,15,0,28,28,38,38,20,0,7,16,15,0,28,28,38,38,20,0); JKFFPC(ONE,ONE,N6,L6,L7;N7,N8;24,25,15,0,28,28,38,38,20,0,24,25,15,0,28,28,38,38,20,0); JKFFPC(L10,N9,N2,L8,L9;N9,N10;10,16,15,0,28,28,38,38,20,0,10,16,15,0,28,28,38,38,20,0); BUF(N3;P5;10,10,13,13); BUF(N5;P9;10,10,13,13); BUF(N7;P2;10,10,13,13); BUF(N9;P12;10,10,13,13); % :74177 TTL 14 LNAND(P1,P13;L1); LNAND(P4,L1,P13;L2); LNAND(L2,L1;L3); LNAND(P10,L1,P13;L4); LNAND(L4,L1;L5); LNAND(P3,L1,P13;L6); LNAND(L6,L1;L7); LNAND(P11,L1,P13;L8); LNAND(L8,L1;L9); INV(P8;N1;0,0,0,0); INV(P6;N2;0,0,0,0); JKFFPC(ONE,ONE,N1,L2,L3;N3,N4;3,7,15,0,14,14,38,38,20,0,3,7,15,0,14,14,38,38,20,0); JKFFPC(ONE,ONE,N2,L4,L5;N5,N6;7,16,15,0,28,28,38,38,20,0,7,16,15,0,28,28,38,38,20,0); JKFFPC(ONE,ONE,N6,L6,L7;N7,N8;24,25,15,0,28,28,38,38,20,0,24,25,15,0,28,28,38,38,20,0); JKFFPC(ONE,ONE,N8,L8,L9;N9,N10;15,24,15,0,28,28,38,38,20,0,15,24,15,0,28,28,38,38,20,0); BUF(N3;P5;10,10,13,13); BUF(N5;P9;10,10,13,13); BUF(N7;P2;10,10,13,13); BUF(N9;P12;10,10,13,13); % :74178 TTL 14 LINV(P9;L1); LINV(P11;L2); LAND(P3,P11;L3); LAND(L2,P2,P9;L4); LAND(L2,L1,N2;L5); LOR(L3,L4,L5;L6); LAND(N2,P11;L7); LAND(L2,P1,P9;L8); LAND(L2,L1,N3;L9); LOR(L7,L8,L9;L10); LAND(N3,P11;L11); LAND(L2,P13,P9;L12); LAND(L2,L1,N4;L13); LOR(L11,L12,L13;L14); LAND(N4,P11;L15); LAND(L2,P12,P9;L16); LAND(L2,L1,N5;L17); LOR(L15,L16,L17;L18); INV(P5;N1;0,0,0,0); DQFF(L6,N1;N2;6,15,30,5,20,20,6,15,30,5,20,20); DQFF(L10,N1;N3;6,15,30,5,20,20,6,15,30,5,20,20); DQFF(L14,N1;N4;6,15,30,5,20,20,6,15,30,5,20,20); DQFF(L18,N1;N5;6,15,30,5,20,20,6,15,30,5,20,20); BUF(N2;P4;20,20,23,23); BUF(N3;P6;20,20,23,23); BUF(N4;P8;20,20,23,23); BUF(N5;P10;20,20,23,23); % :74179 TTL 16 LINV(P10;L1); LINV(P13;L2); LAND(P4,P13;L3); LAND(L2,P3,P10;L4); LAND(L2,L1,N2;L5); LOR(L3,L4,L5;L6); LAND(N2,P13;L7); LAND(L2,P2,P10;L8); LAND(L2,L1,N3;L9); LOR(L7,L8,L9;L10); LAND(N3,P13;L11); LAND(L2,P15,P10;L12); LAND(L2,L1,N4;L13); LOR(L11,L12,L13;L14); LAND(N4,P13;L15); LAND(L2,P14,P10;L16); LAND(L2,L1,N5;L17); LOR(L15,L16,L17;L18); INV(P6;N1;0,0,0,0); DQFFC(L6,N1,P1;N2;6,15,30,5,20,20,16,16,20,15,6,15,30,5,20,20,16,16,20,15); DQFFC(L10,N1,P1;N3;6,15,30,5,20,20,16,16,20,15,6,15,30,5,20,20,16,16,20,15); DQFFC(L14,N1,P1;N4;6,15,30,5,20,20,16,16,20,15,6,15,30,5,20,20,16,16,20,15); DQFFC(L18,N1,P1;N5;6,15,30,5,20,20,16,16,20,15,6,15,30,5,20,20,16,16,20,15); BUF(N2;P5;20,20,23,23); BUF(N3;P7;20,20,23,23); BUF(N4;P9;20,20,23,23); BUF(N5;P11;20,20,23,23); INV(N5;P12;7,7,10,10); % ;taken from 1985 TI TTL Logic Data book Volume 2. :74180 TTL 14 LXNOR(P8,P9,P10,P11,P12,P13,P1,P2;L1); LINV(L1;L2); LAND(L1,P4;L3); LAND(L2,P3;L4); LAND(P3,L1;L5); LAND(L2,P4;L6); NOR(L3,L4;P5;20,10,23,13); NOR(L5,L6;P6;20,10,23,13); % ;taken from 1985 TI TTL logic Data book Volume 2. :74181 TTL 24 LINV(P18;L1); LINV(P20;L2); LINV(P22;L3); LINV(P1;L4); LINV(P8;L5); LAND(P18,P3,P19;L6); LAND(P19,P4,L1;L7); LAND(L1,P5;L8); LAND(P6,P18;L9); LAND(P20,P3,P21;L10); LAND(P21,P4,L2;L11); LAND(L2,P5;L12); LAND(P6,P20;L13); LAND(P22,P3,P23;L14); LAND(P23,P4,L3;L15); LAND(L3,P5;L16); LAND(P6,P22;L17); LAND(P1,P3,P2;L18); LAND(P2,P4,L4;L19); LAND(L4,P5;L20); LAND(P6,P1;L21); LNOR(L6,L7;L22); LNOR(L8,L9,P19;L23); LNOR(L10,L11;L24); LNOR(L12,L13,P21;L25); LNOR(L14,L15;L26); LNOR(L16,L17,P23;L27); LNOR(L18,L19;L28); LNOR(L20,L21,P2;L29); XOR(L22,L23;N1;29,16,29,16); XOR(L24,L25;N2;29,16,29,16); XOR(L26,L27;N3;29,16,29,16); XOR(L28,L29;N4;29,16,29,16); BUF(L23;N12;7,6,2,1); AND(L22,L25;N5;7,6,2,1); AND(L22,L24,L27;N6;7,6,2,1); AND(L22,L24,L26,L29;N7;7,6,2,1); LNAND(L22,L24,L26,L28,P7;L30); LAND(P7,L28,L26,L24,L5;L31); LAND(L26,L24,L29,L5;L32); LAND(L24,L27,L5;L33); LAND(L25,L5;L34); LAND(P7,L28,L26,L5;L35); LAND(L26,L29,L5;L36); LAND(L27,L5;L37); LAND(P7,L28,L5;L38); LAND(L29,L5;L39); LNAND(P7,L5;L40); LNOR(L31,L32,L33,L34;L41); LNOR(L35,L36,L37;L42); LNOR(L38,L39;L43); NOR(N12,N5,N6,N7;P17;19,18,29,28); BUF(P17;N8;6,7,1,2); NAND(N8,L30;P16;18,19,21,22); NAND(L22,L24,L26,L28;P15;25,25,28,28); XOR(N1,L41;P13;19,18,22,21); XOR(N2,L42;P11;19,18,22,21); XOR(N3,L43;P10;19,18,22,21); XOR(N4,L40;P9;19,18,22,21); BUF(P13;N9;29,14,29,14); BUF(P11;N10;29,14,29,14); BUF(P10;N11;29,14,29,14); SET(RHIGH); AND(N9,N10,N11,P9;P14;2,16,2,16); % ;taken from 1985 TI TTL Logic Data book volume 2. :74182 TTL 16 INV(P13;N1;0,0,0,0); LAND(P5,P14,P1,P3;L1); LAND(P2,P5,P14,P1;L2); LAND(P15,P5,P14;L3); LAND(P6,P5;L4); LAND(P14,P1,P3,N1;L5); LAND(P4,P14,P1,P3;L6); LAND(P2,P14,P1;L7); LAND(P15,P14;L8); LAND(P1,P3,N1;L9); LAND(P4,P1,P3;L10); LAND(P2,P1;L11); LAND(P3,N1;L12); LAND(P4,P3;L13); OR(P6,P15,P2,P4;P7;17,22,20,25); OR(L1,L2,L3,L4;P10;17,22,20,25); NOR(L5,L6,L7,L8;P9;17,22,20,25); NOR(L9,L10,L11;P11;17,22,20,25); NOR(L12,L13;P12;17,22,20,25); % ; ;Delays for the TTL190 series devices were taken from ;1985 TI TTL logic data book Volume 2. ; :74190 TTL 16 LINV(P5;L1); LNOR(P5,P4;L2); LNOR(P4,L1;L3); LAND(L1,N4,N10;L4); LAND(P5,N5,N7,N9,N11;L5); LNAND(P15,N3;L6); LNAND(L6,N3;L7); LNAND(P1,N3;L8); LNAND(N7,N9,N11;L9); LNAND(L8,N3;L10); LNAND(P10,N3;L11); LNAND(L11,N3;L12); LNAND(P9,N3;L13); LNAND(L13,N3;L14); LAND(L3,N5,L9;L15); LAND(N4,N11,L2;L16); LAND(L9,L3,N5,N7;L17); LAND(N4,N6,L2;L18); LAND(L3,N5,N7,N9;L19); LAND(N4,N10,L2;L20); LAND(N4,N6,N8,L2;L21); LINV(P4;L22); LOR(L15,L16;L23); LOR(L17,L18;L24); LOR(L19,L20,L21;L25); INV(P14;N1;12,18,15,21); INV(P4;N2;10,10,13,13); INV(P11;N3;0,11,0,11); JKFFPC(L22,L22,P14,L6,L7;N4,N5;9,19,20,0,25,25,17,33,35,20,9,19,20,0,25,25,17,33,35,20); JKFFPC(L23,L23,P14,L8,L10;N6,N7;9,19,20,0,25,25,17,33,35,20,9,19,20,0,25,25,17,33,35,20); JKFFPC(L24,L24,P14,L11,L12;N8,N9;9,19,20,0,25,25,17,33,35,20,9,19,20,0,25,25,17,33,35,20); JKFFPC(L25,L25,P14,L13,L14;N10,N11;9,19,20,0,25,25,17,33,35,20,9,19,20,0,25,25,17,33,35,20); OR(L4,L5;P12;33,33,36,36); NAND(N1,N2,P12;P13;2,12,2,12); BUF(N4;P3;5,17,8,20); BUF(N6;P2;5,17,8,20); BUF(N8;P6;5,17,8,20); BUF(N10;P7;5,17,8,20); % ;Delay for CENT~ to RCO was not given and therefore was estimated. :74191 TTL 16 LINV(P5;L1); LNOR(P5,P4;L2); LNOR(P4,L1;L3); LAND(L1,N4,N6,N8,N10;L4); LAND(P5,N5,N7,N9,N11;L5); LNAND(P15,N3;L6); LNAND(L6,N3;L7); LNAND(P1,N3;L8); LNAND(L8,N3;L9); LNAND(P10,N3;L10); LNAND(L10,N3;L11); LNAND(P9,N3;L12); LNAND(L12,N3;L13); LAND(L3,N5;L14); LAND(N4,L2;L15); LAND(L3,N5,N7;L16); LAND(N4,N6,L2;L17); LAND(L3,N5,N7,N9;L18); LAND(N4,N6,N8,L2;L19); LINV(P4;L20); LOR(L14,L15;L21); LOR(L16,L17;L22); LOR(L18,L19;L23); INV(P14;N1;12,18,15,21); INV(P4;N2;10,10,13,13); INV(P11;N3;0,11,0,11); JKFFPC(L20,L20,P14,L6,L7;N4,N5;9,19,20,0,25,25,17,33,35,20,9,19,20,0,25,25,17,33,35,20); JKFFPC(L21,L21,P14,L8,L9;N6,N7;9,19,20,0,25,25,17,33,35,20,9,19,20,0,25,25,17,33,35,20); JKFFPC(L22,L22,P14,L10,L11;N8,N9;9,19,20,0,25,25,17,33,35,20,9,19,20,0,25,25,17,33,35,20); JKFFPC(L23,L23,P14,L12,L13;N10,N11;9,19,20,0,25,25,17,33,35,20,9,19,20,0,25,25,17,33,35,20); OR(L4,L5;P12;33,33,36,36); NAND(N1,N2,P12;P13;2,12,2,12); BUF(N4;P3;5,17,8,20); BUF(N6;P2;5,17,8,20); BUF(N8;P6;5,17,8,20); BUF(N10;P7;5,17,8,20); % :74192 TTL 16 LINV(P4;L1); LINV(P5;L2); LNAND(P15,N2,N1;L3); LNAND(P1,N2,N1;L4); LNAND(N10,N12,N14;L5); LNAND(P10,N2,N1;L6); LNAND(P9,N2,N1;L7); LAND(L1,N8,L5;L8); LAND(N7,N14,L2;L9); LAND(L5,L1,N8,N10;L10); LAND(N7,N9,L2;L11); LAND(L1,N8,N10,N12;L12); LAND(N7,N13,L2;L13); LAND(N7,N9,N11,L2;L14); LNAND(L3,N2;L15); LNAND(L4,N2;L16); LNAND(L6,N2;L17); LNAND(L7,N2;L18); LAND(N1,L15;L19); LAND(N1,L16;L20); LAND(N1,L17;L21); LAND(N1,L18;L22); INV(P14;N1;3,3,3,3); INV(P11;N2;8,8,8,8); NOR(L1,L2;N3;0,0,0,0); NOR(L8,L9;N4;0,0,0,0); NOR(L10,L11;N5;0,0,0,0); NOR(L12,L13,L14;N6;0,0,0,0); JKFFPC(ONE,ONE,N3,L3,L19;N7,N8;9,18,20,0,20,20,3,3,20,15,9,18,20,0,20,20,3,3,20,15); JKFFPC(ONE,ONE,N4,L4,L20;N9,N10;9,18,20,0,20,20,3,3,20,15,9,18,20,0,20,20,3,3,20,15); JKFFPC(ONE,ONE,N5,L6,L21;N11,N12;9,18,20,0,20,20,3,3,20,15,9,18,20,0,20,20,3,3,20,15); JKFFPC(ONE,ONE,N6,L7,L22;N13,N14;9,18,20,0,20,20,3,3,20,15,9,18,20,0,20,20,3,3,20,15); NAND(L1,N8,N10,N12,N14;P13;26,24,31,29); NAND(N7,N13,L2;P12;24,24,29,29); BUF(N7;P3;29,29,34,34); BUF(N9;P2;29,29,34,34); BUF(N11;P6;29,29,34,34); BUF(N13;P7;29,29,34,34); % :74193 TTL 16 LINV(P4;L1); LINV(P5;L2); LNAND(P15,N2,N1;L3); LNAND(P1,N2,N1;L4); LNAND(P10,N2,N1;L5); LNAND(P9,N2,N1;L6); LAND(L1,N8;L7); LAND(N7,L2;L8); LAND(L1,N8,N10;L9); LAND(N7,N9,L2;L10); LAND(L1,N8,N10,N12;L11); LAND(N7,N9,N11,L2;L12); LNAND(L3,N2;L13); LNAND(L4,N2;L14); LNAND(L5,N2;L15); LNAND(L6,N2;L16); LAND(N1,L13;L17); LAND(N1,L14;L18); LAND(N1,L15;L19); LAND(N1,L16;L20); INV(P14;N1;5,5,5,5); INV(P11;N2;10,10,10,10); NOR(L1,L2;N3;0,0,0,0); NOR(L7,L8;N4;0,0,0,0); NOR(L9,L10;N5;0,0,0,0); NOR(L11,L12;N6;0,0,0,0); JKFFPC(ONE,ONE,N3,L3,L17;N7,N8;10,19,20,0,20,20,2,2,20,15,10,19,20,0,20,20,2,2,20,15); JKFFPC(ONE,ONE,N4,L4,L18;N9,N10;10,19,20,0,20,20,2,2,20,15,10,19,20,0,20,20,2,2,20,15); JKFFPC(ONE,ONE,N5,L5,L19;N11,N12;10,19,20,0,20,20,2,2,20,15,10,19,20,0,20,20,2,2,20,15); JKFFPC(ONE,ONE,N6,L6,L20;N13,N14;10,19,20,0,20,20,2,2,20,15,10,19,20,0,20,20,2,2,20,15); NAND(L1,N8,N10,N12,N14;P13;24,24,29,29); NAND(N7,N9,N11,N13,L2;P12;26,24,31,29); BUF(N7;P3;28,28,31,31); BUF(N9;P2;28,28,31,31); BUF(N11;P6;28,28,31,31); BUF(N13;P7;28,28,31,31); % :74194 TTL 16 LINV(P10;L1); LINV(P9;L2); AND(P10,P9;N1;10,10,10,10); AND(P10,L2;N2;10,10,10,10); AND(L1,P9;N3;10,10,10,10); AND(L1,L2;N4;10,10,10,10); LAND(P2,N3;L4); LAND(N2,N6;L5); LAND(N1,P3;L6); LAND(N4,N5;L7); LOR(L4,L5,L6,L7;L8); LAND(N5,N3;L9); LAND(N2,N7;L10); LAND(N1,P4;L11); LAND(N4,N6;L12); LOR(L9,L10,L11,L12;L13); LAND(N6,N3;L14); LAND(N2,N8;L15); LAND(N1,P5;L16); LAND(N4,N7;L17); LOR(L14,L15,L16,L17;L18); LAND(N7,N3;L19); LAND(N2,P7;L20); LAND(N1,P6;L21); LAND(N4,N8;L22); LOR(L19,L20,L21,L22;L23); DQFFC(L8,P11,P1;N5;9,9,20,0,20,20,13,13,20,25,9,9,20,0,20,20,13,13,20,25); DQFFC(L13,P11,P1;N6;9,9,20,0,20,20,13,13,20,25,9,9,20,0,20,20,13,13,20,25); DQFFC(L18,P11,P1;N7;9,9,20,0,20,20,13,13,20,25,9,9,20,0,20,20,13,13,20,25); DQFFC(L23,P11,P1;N8;9,9,20,0,20,20,13,13,20,25,9,9,20,0,20,20,13,13,20,25); BUF(N5;P15;13,17,16,20); BUF(N6;P14;13,17,16,20); BUF(N7;P13;13,17,16,20); BUF(N8;P12;13,17,16,20); % :74195 TTL 16 INV(P9;N1;5,5,5,5); BUF(P9;N2;5,5,5,5); LINV(N3;L1); LAND(L1,P2,N2;L2); LAND(N2,P3,N3;L3); LAND(N1,P4;L4); LOR(L2,L3,L4;L5); LAND(N3,N2;L6); LAND(N1,P5;L7); LOR(L6,L7;L8); LAND(N4,N2;L9); LAND(N1,P6;L10); LOR(L9,L10;L11); LAND(N5,N2;L12); LAND(N1,P7;L13); LOR(L12,L13;L14); DQFFC(L5,P10,P1;N3;5,5,20,0,16,16,9,9,12,25,5,5,20,0,16,16,9,9,12,25); DQFFC(L8,P10,P1;N4;5,5,20,0,16,16,9,9,12,25,5,5,20,0,16,16,9,9,12,25); DQFFC(L11,P10,P1;N5;5,5,20,0,16,16,9,9,12,25,5,5,20,0,16,16,9,9,12,25); DQFFC(L14,P10,P1;N6;5,5,20,0,16,16,9,9,12,25,5,5,20,0,16,16,9,9,12,25); BUF(N3;P15;17,21,22,26); BUF(N4;P14;17,21,22,26); BUF(N5;P13;17,21,22,26); BUF(N6;P12;17,21,22,26); INV(N6;P11;17,21,22,26); % ;taken from 1985 TI TTL Data book Volume 2. ;The 196 has the same logic diagram as the 176 ;Load width is not modeled. :74196 TTL 14 LNAND(P1,P13;L1); LNAND(P4,L1,P13;L2); LNAND(L2,L1;L3); LNAND(P10,L1,P13;L4); LNAND(L4,L1;L5); LNAND(P3,L1,P13;L6); LNAND(L6,L1;L7); LNAND(P11,L1,P13;L8); LNAND(L8,L1;L9); LAND(N5,N7;L10); INV(P8;N1;0,0,0,0); INV(P6;N2;0,0,0,0); JKFFPC(ONE,ONE,N1,L2,L3;N3,N4;2,5,15,0,10,10,23,27,15,0,2,5,15,0,10,10,23,27,15,0); JKFFPC(N10,N10,N2,L4,L5;N5,N6;8,11,15,0,20,20,23,27,15,0,8,11,15,0,20,20,23,27,15,0); JKFFPC(ONE,ONE,N6,L6,L7;N7,N8;18,21,15,0,20,20,23,27,15,0,18,21,15,0,20,20,23,27,15,0); JKFFPC(L10,N9,N2,L8,L9;N9,N10;11,8,15,0,20,20,23,27,15,0,11,8,15,0,20,20,23,27,15,0); BUF(N3;P5;10,10,13,13); BUF(N5;P9;10,10,13,13); BUF(N7;P2;10,10,13,13); BUF(N9;P12;10,10,13,13); % ;taken from 1985 TI TTL Data book Volume 2. ;The 197 has the same logic diagram as the 177 :74197 TTL 14 LNAND(P1,P13;L1); LNAND(P4,L1,P13;L2); LNAND(L2,L1;L3); LNAND(P10,L1,P13;L4); LNAND(L4,L1;L5); LNAND(P3,L1,P13;L6); LNAND(L6,L1;L7); LNAND(P11,L1,P13;L8); LNAND(L8,L1;L9); INV(P8;N1;0,0,0,0); INV(P6;N2;0,0,0,0); JKFFPC(ONE,ONE,N1,L2,L3;N3,N4;2,5,15,0,10,10,23,27,15,0,2,5,15,0,10,10,23,27,15,0); JKFFPC(ONE,ONE,N2,L4,L5;N5,N6;8,11,15,0,20,20,23,27,15,0,8,11,15,0,20,20,23,27,15,0); JKFFPC(ONE,ONE,N6,L6,L7;N7,N8;18,21,15,0,20,20,23,27,15,0,18,21,15,0,20,20,23,27,15,0); JKFFPC(ONE,ONE,N8,L8,L9;N9,N10;18,21,15,0,20,20,23,27,15,0,18,21,15,0,20,20,23,27,15,0); BUF(N3;P5;10,10,13,13); BUF(N5;P9;10,10,13,13); BUF(N7;P2;10,10,13,13); BUF(N9;P12;10,10,13,13); % :74198 TTL 24 LINV(P23;L1); LINV(P1;L2); LAND(L1,L2;L3); LNOR(L1,L2;L4); LAND(P2,L1;L5); LAND(L4,P3;L6); LAND(L2,P6;L7); LAND(P4,L1;L8); LAND(L4,P5;L9); LAND(L2,P8;L10); LAND(P6,L1;L11); LAND(L4,P7;L12); LAND(L2,P10;L13); LAND(P8,L1;L14); LAND(L4,P9;L15); LAND(L2,P14;L16); LAND(P10,L1;L17); LAND(L4,P15;L18); LAND(L2,P16;L19); LAND(P14,L1;L20); LAND(L4,P17;L21); LAND(L2,P18;L22); LAND(P16,L1;L23); LAND(L4,P19;L24); LAND(L2,P20;L25); LAND(P18,L1;L26); LAND(L4,P21;L27); LAND(L2,P22;L28); LOR(L5,L6,L7;L29); LOR(L8,L9,L10;L30); LOR(L11,L12,L13;L31); LOR(L14,L15,L16;L32); LOR(L17,L18,L19;L33); LOR(L20,L21,L22;L34); LOR(L23,L24,L25;L35); LOR(L26,L27,L28;L36); OR(P11,L3;N1;0,0,0,0); DQFFC(L29,N1,P13;N2;10,6,20,0,20,20,35,35,20,0,13,9,20,0,20,20,38,38,20,0); DQFFC(L30,N1,P13;N3;10,16,20,0,20,20,35,35,20,0,13,9,20,0,20,20,38,38,20,0); DQFFC(L31,N1,P13;N4;10,6,20,0,20,20,35,35,20,0,13,9,20,0,20,20,38,38,20,0); DQFFC(L32,N1,P13;N5;10,6,20,0,20,20,35,35,20,0,13,9,20,0,20,20,38,38,20,0); DQFFC(L33,N1,P13;N6;10,6,20,0,20,20,35,35,20,0,13,9,20,0,20,20,38,38,20,0); DQFFC(L34,N1,P13;N7;10,6,20,0,20,20,35,35,20,0,13,9,20,0,20,20,38,38,20,0); DQFFC(L35,N1,P13;N8;10,6,20,0,20,20,35,35,20,0,13,9,20,0,20,20,38,38,20,0); DQFFC(L36,N1,P13;N9;10,6,20,0,20,20,35,35,20,0,13,9,20,0,20,20,38,38,20,0); BUF(N2;P4;20,20,20,20); BUF(N3;P6;20,20,20,20); BUF(N4;P8;20,20,20,20); BUF(N5;P10;20,20,20,20); BUF(N6;P14;20,20,20,20); BUF(N7;P16;20,20,20,20); BUF(N8;P18;20,20,20,20); BUF(N9;P20;20,20,20,20); % :74199 TTL 24 LINV(P23;L1); LINV(P4;L2); LAND(P2,P23,L2;L3); LAND(L1,P3;L4); LAND(P1,P23,P4;L5); LAND(P4,P23;L6); LAND(L1,P5;L7); LAND(P6,P23;L8); LAND(L1,P7;L9); LAND(P8,P23;L10); LAND(L1,P9;L11); LAND(P10,P23;L12); LAND(L1,P16;L13); LAND(P15,P23;L14); LAND(L1,P18;L15); LAND(P17,P23;L16); LAND(L1,P20;L17); LAND(P19,P23;L18); LAND(L1,P22;L19); LOR(L3,L4,L5;L20); LOR(L6,L7;L21); LOR(L8,L9;L22); LOR(L10,L11;L23); LOR(L12,L13;L24); LOR(L14,L15;L25); LOR(L16,L17;L26); LOR(L18,L19;L27); OR(P13,P11;N1;0,0,0,0); DQFFC(L20,N1,P14;N2;30,26,20,0,20,20,35,35,20,0,33,29,20,0,20,20,38,38,20,0); DQFFC(L21,N1,P14;N3;30,26,20,0,20,20,35,35,20,0,33,29,20,0,20,20,38,38,20,0); DQFFC(L22,N1,P14;N4;30,26,20,0,20,20,35,35,20,0,33,29,20,0,20,20,38,38,20,0); DQFFC(L23,N1,P14;N5;30,26,20,0,20,20,35,35,20,0,33,29,20,0,20,20,38,38,20,0); DQFFC(L24,N1,P14;N6;30,26,20,0,20,20,35,35,20,0,33,29,20,0,20,20,38,38,20,0); DQFFC(L25,N1,P14;N7;30,26,20,0,20,20,35,35,20,0,33,29,20,0,20,20,38,38,20,0); DQFFC(L26,N1,P14;N8;30,26,20,0,20,20,35,35,20,0,33,29,20,0,20,20,38,38,20,0); DQFFC(L27,N1,P14;N9;30,26,20,0,20,20,35,35,20,0,33,29,20,0,20,20,38,38,20,0); BUF(N2;P4;20,20,20,20); BUF(N3;P6;20,20,20,20); BUF(N4;P8;20,20,20,20); BUF(N5;P10;20,20,20,20); BUF(N6;P15;20,20,20,20); BUF(N7;P17;20,20,20,20); BUF(N8;P19;20,20,20,20); BUF(N9;P21;20,20,20,20); % ; ;Delays for TTL246-249 devices taken from 1985 TI TTL Data book ;Volume 2. ; :74246 TTL 16 LNAND(P7,P3;L1); LNAND(P1,P3;L2); LNAND(P2,P3;L3); LINV(P6;L4); LINV(P5;L5); LNAND(L1,L2,L3,L4,L5,P3;L6); LNAND(L1,L6;L7); LNAND(L2,L6;L8); LNAND(L3,L6;L9); LNAND(L4,L6;L10); LAND(L8,L10;L11); LAND(L1,L2,L9;L12); LAND(L7,L2,L3,L4;L13); LAND(L8,L10;L14); LAND(L7,L2,L9;L15); LAND(L1,L8,L9;L16); LAND(L9,L10;L17); LAND(L1,L8,L3;L18); LAND(L7,L2,L3,L4;L19); LAND(L1,L2,L9;L20); LAND(L7,L8,L9;L21); LAND(L2,L9;L22); LAND(L7,L8;L23); LAND(L8,L3;L24); LAND(L7,L3,L4;L25); LAND(L7,L8,L9;L26); LAND(L2,L3,L4,P3;L27); SET(RHIGH); OR(L11,L12,L13;P13;100,100,103,103); OR(L14,L15,L16;P12;100,100,103,103); OR(L17,L18;P11;100,100,103,103); OR(L19,L20,L21;P10;100,100,103,103); OR(L7,L22;P9;100,100,103,103); OR(L23,L24,L25;P15;100,100,103,103); OR(L26,L27;P14;100,100,103,103); % :74247 TTL 16 LNAND(P7,P3;L1); LNAND(P1,P3;L2); LNAND(P2,P3;L3); LINV(P6;L4); LINV(P5;L5); LNAND(L1,L2,L3,L4,L5,P3;L6); LNAND(L1,L6;L7); LNAND(L2,L6;L8); LNAND(L3,L6;L9); LNAND(L4,L6;L10); LAND(L8,L10;L11); LAND(L1,L2,L9;L12); LAND(L7,L2,L3,L4;L13); LAND(L8,L10;L14); LAND(L7,L2,L9;L15); LAND(L1,L8,L9;L16); LAND(L9,L10;L17); LAND(L1,L8,L3;L18); LAND(L7,L2,L3,L4;L19); LAND(L1,L2,L9;L20); LAND(L7,L8,L9;L21); LAND(L2,L9;L22); LAND(L7,L8;L23); LAND(L8,L3;L24); LAND(L7,L3,L4;L25); LAND(L7,L8,L9;L26); LAND(L2,L3,L4,P3;L27); SET(RHIGH); OR(L11,L12,L13;P13;100,100,103,103); OR(L14,L15,L16;P12;100,100,103,103); OR(L17,L18;P11;100,100,103,103); OR(L19,L20,L21;P10;100,100,103,103); OR(L7,L22;P9;100,100,103,103); OR(L23,L24,L25;P15;100,100,103,103); OR(L26,L27;P14;100,100,103,103); % :74248 TTL 16 LNAND(P7,P3;L1); LNAND(P1,P3;L2); LNAND(P2,P3;L3); LINV(P6;L4); LINV(P5;L5); LNAND(L1,L2,L3,L4,L5,P3;L6); LNAND(L1,L6;L7); LNAND(L2,L6;L8); LNAND(L3,L6;L9); LNAND(L4,L6;L10); LAND(L8,L10;L11); LAND(L1,L2,L9;L12); LAND(L7,L2,L3,L4;L13); LAND(L8,L10;L14); LAND(L7,L2,L9;L15); LAND(L1,L8,L9;L16); LAND(L9,L10;L17); LAND(L1,L8,L3;L18); LAND(L7,L2,L3,L4;L19); LAND(L1,L2,L9;L20); LAND(L7,L8,L9;L21); LAND(L2,L9;L22); LAND(L7,L8;L23); LAND(L8,L3;L24); LAND(L7,L3,L4;L25); LAND(L7,L8,L9;L26); LAND(L2,L3,L4,P3;L27); NOR(L11,L12,L13;P13;100,100,103,103); NOR(L14,L15,L16;P12;100,100,103,103); NOR(L17,L18;P11;100,100,103,103); NOR(L19,L20,L21;P10;100,100,103,103); NOR(L7,L22;P9;100,100,103,103); NOR(L23,L24,L25;P15;100,100,103,103); NOR(L26,L27;P14;100,100,103,103); % ;Data for the following device was taken from ;1985 TI TTL Logic Data Book. :74249 TTL 16 LNAND(P7,P3;L1); LNAND(P1,P3;L2); LNAND(P2,P3;L3); LINV(P6;L4); LINV(P5;L5); LNAND(L1,P4;L6); LNAND(L2,P4;L7); LNAND(L3,P4;L8); LNAND(L4,P4;L9); LAND(L7,L9;L10); LAND(L1,L2,L8;L11); LAND(L6,L2,L3,L4;L12); LAND(L7,L9;L13); LAND(L6,L2,L8;L14); LAND(L1,L7,L8;L15); LAND(L8,L9;L16); LAND(L1,L7,L3;L17); LAND(L6,L2,L3,L4;L18); LAND(L1,L2,L8;L19); LAND(L6,L7,L8;L20); LAND(L2,L8;L21); LAND(L6,L7;L22); LAND(L7,L3;L23); LAND(L6,L3,L4;L24); LAND(L6,L7,L8;L25); LAND(L2,L3,L4,P3;L26); NAND(L1,L2,L3,L4,L5,P3;P4;0,0,0,0); SET(RHIGH); NOR(L10,L11,L12;P13;100,100,103,103); NOR(L13,L14,L15;P12;100,100,103,103); NOR(L16,L17;P11;100,100,103,103); NOR(L18,L19,L20;P10;100,100,103,103); NOR(L6,L21;P9;100,100,103,103); NOR(L22,L23,L24;P15;100,100,103,103); NOR(L25,L26;P14;100,100,103,103); % ;Delays are modeled for Dx to Outputs W and Y, Select to Outputs W and Y, ;and Strobe to Outputs W and Y, for Low to High and High to Low going signals. ;All delays for this part are specified for 50pf and 150pf. The delays for ;the 150pf case are extrapolated using 14pf/ns. The 3-state enable delays ;are for 50pf and the disable delays are for 5pf. :74251 TTL 16 LINV(P7;L1); INV(P11;N1;11,10,11,10); INV(P10;N2;11,10,11,10); INV(P9;N3;11,10,11,10); LINV(N1;L2); LINV(N2;L3); LINV(N3;L4); LAND(P4,N1,N2,N3,L1;L5); LAND(P3,L2,N2,N3,L1;L6); LAND(P2,N1,L3,N3,L1;L7); LAND(P1,L2,L3,N3,L1;L8); LAND(P15,N1,N2,L4,L1;L9); LAND(P14,L2,N2,L4,L1;L10); LAND(P13,N1,L3,L4,L1;L11); LAND(P12,L2,L3,L4,L1;L12); LNOR(L5,L6,L7,L8,L9,L10,L11,L12;L13); INV(L13;N4;28,28,35,35); BUF(L13;N5;15,15,22,22); TSB(N4,L1;P5;36,27,23,8,36,27,23,8); TSB(N5,L1;P6;38,27,23,8,38,27,23,8); % ;The delays modeled for this part are - Data to Y, Select to Y, and ;Output Control to Y. All delays for this part are modeled for 50pf ;and 150pf. The delays for the 150pf case are extrapolated using ;14pf/ns. The 3-state enable delays are for 50pf and the disable ;delays are for 5pf. :74253 TTL 16 LINV(P1;L1); LINV(P15;L4); INV(P2;N1;16,11,16,11); INV(P14;N2;16,11,16,11); LINV(N1;L2); LINV(N2;L3); LAND(N1,N2,P6,L1;L5); LAND(N1,P5,L3,L1;L6); LAND(N2,P4,L2,L1;L7); LAND(P3,L3,L2,L1;L8); LAND(N1,N2,P10,L4;L9); LAND(N1,P11,L3,L4;L10); LAND(N2,P12,L2,L4;L11); LAND(P13,L3,L2,L4;L12); OR(L5,L6,L7,L8;N3;23,18,30,25); OR(L9,L10,L11,L12;N4;23,18,30,25); TSB(N3,L1;P7;21,18,23,10,21,18,23,10); TSB(N4,L4;P9;21,18,23,10,21,18,23,10); % ;taken from 1985 TI TTL Data book Volume 2. :74259 TTL 16 INV(P3;N1;8,8,8,8); INV(P2;N2;8,8,8,8); INV(P1;N3;8,8,8,8); LINV(N1;L1); LINV(N2;L2); LINV(N3;L3); LINV(P14;L4); LAND(L1,L2,L3,L4;L5); LAND(L1,L2,N3,L4;L6); LAND(L1,N2,L3,L4;L7); LAND(L1,N2,N3,L4;L8); LAND(N1,L2,L3,L4;L9); LAND(N1,L2,N3,L4;L10); LAND(N1,N2,L3,L4;L11); LAND(N1,N2,N3,L4;L12); DLATCHPC(P13,L5,ONE,P15;P12;24,20,20,20,15,0,15,25,25,15,27,23,23,23,15,0,15,28,28,15); DLATCHPC(P13,L6,ONE,P15;P11;24,20,20,20,15,0,15,25,25,15,27,23,23,23,15,0,15,28,28,15); DLATCHPC(P13,L7,ONE,P15;P10;24,20,20,20,15,0,15,25,25,15,27,23,23,23,15,0,15,28,28,15); DLATCHPC(P13,L8,ONE,P15;P9;24,20,20,20,15,0,15,25,25,15,27,23,23,23,15,0,15,28,28,15); DLATCHPC(P13,L9,ONE,P15;P7;24,20,20,20,15,0,15,25,25,15,27,23,23,23,15,0,15,28,28,15); DLATCHPC(P13,L10,ONE,P15;P6;24,20,20,20,15,0,15,25,25,15,27,23,23,23,15,0,15,28,28,15); DLATCHPC(P13,L11,ONE,P15;P5;24,20,20,20,15,0,15,25,25,15,27,23,23,23,15,0,15,28,28,15); DLATCHPC(P13,L12,ONE,P15;P4;24,20,20,20,15,0,15,25,25,15,27,23,23,23,15,0,15,28,28,15); % ; ; ;Unless otherwise specified, delays for the following devices ;were taken from the 1985 TI TTL Data book Volume 2. ; ; ;The delays for 50pf are extrapolated using 3pf/ns. :74273 TTL 20 DQFFC(P3,P11,P1;P2;27,27,25,5,17,17,27,27,17,0,30,30,25,5,17,17,30,30,17,0); DQFFC(P4,P11,P1;P5;27,27,25,5,17,17,27,27,17,0,30,30,25,5,17,17,30,30,17,0); DQFFC(P7,P11,P1;P6;27,27,25,5,17,17,27,27,17,0,30,30,25,5,17,17,30,30,17,0); DQFFC(P8,P11,P1;P9;27,27,25,5,17,17,27,27,17,0,30,30,25,5,17,17,30,30,17,0); DQFFC(P13,P11,P1;P12;27,27,25,5,17,17,27,27,17,0,30,30,25,5,17,17,30,30,17,0); DQFFC(P14,P11,P1;P15;27,27,25,5,17,17,27,27,17,0,30,30,25,5,17,17,30,30,17,0); DQFFC(P17,P11,P1;P16;27,27,25,5,17,17,27,27,17,0,30,30,25,5,17,17,30,30,17,0); DQFFC(P18,P11,P1;P19;27,27,25,5,17,17,27,27,17,0,30,30,25,5,17,17,30,30,17,0); % :74276 TTL 20 LINV(P4;L1); LINV(P7;L2); LINV(P14;L3); LINV(P17;L4); JKFFPC(P2,L1,P3,P11,P1;P5,N1;30,30,3,10,14,15,25,30,12,10,33,33,3,10,14,15,28,33,12,10); JKFFPC(P9,L2,P8,P11,P1;P6,N2;30,30,3,10,14,15,25,30,12,10,33,33,3,10,14,15,28,33,12,10); JKFFPC(P12,L3,P13,P11,P1;P15,N3;30,30,3,10,14,15,25,30,12,10,33,33,3,10,14,15,28,33,12,10); JKFFPC(P19,L4,P18,P11,P1;P16,N4;30,30,3,10,14,15,25,30,12,10,33,33,3,10,14,15,28,33,12,10); % ;Not all delays for the following device could be modeled; ;For D to Y delays used were for waveforms A and C, ;delays for G to Y and delays for D to P (low to high) ;could not be modeled precisely. :74278 TTL 14 INV(N1;N5;2,2,2,2); INV(N2;N6;2,2,2,2); INV(N3;N7;2,2,2,2); INV(N4;N8;2,2,2,2); DLATCH(P12,P1;N1;10,10,15,12,20,5,20,10,10,15,12,20,5,20); DLATCH(P13,P1;N2;10,10,15,12,20,5,20,10,10,15,12,20,5,20); DLATCH(P2,P1;N3;10,10,15,12,20,5,20,10,10,15,12,20,5,20); DLATCH(P3,P1;N4;10,10,15,12,20,5,20,10,10,15,12,20,5,20); BUF(N1;N9;2,2,2,2); BUF(N2;N10;2,2,2,2); BUF(N3;N11;2,2,2,2); BUF(N4;N12;2,2,2,2); NOR(N5,P4;P10;18,27,21,30); NOR(N6,N9,P4;P9;18,27,21,30); NOR(N7,N9,N10,P4;P8;18,27,21,30); NOR(N8,N9,N10,N11,P4;P6;18,27,21,30); OR(N1,N2,N3,N4,P4;P5;23,30,26,33); % :74279 TTL 16 LAND(P2,P3;L1); LAND(P11,P12;L2); DQFFPC(P4,ZERO,L1,P1;P4;1,1,0,0,20,20,22,27,20,0,1,1,0,0,20,20,25,30,20,0); DQFFPC(P7,ZERO,P6,P5;P7;1,1,0,0,20,20,22,27,20,0,1,1,0,0,20,20,25,30,20,0); DQFFPC(P9,ZERO,L2,P10;P9;1,1,0,0,20,20,22,27,20,0,1,1,0,0,20,20,25,30,20,0); DQFFPC(P13,ZERO,P15,P14;P13;1,1,0,0,20,20,22,27,20,0,1,1,0,0,20,20,25,30,20,0); % :74283 TTL 16 INV(P7;N1;2,2,2,2); INV(P7;N10;5,5,5,5); NOR(P5,P6;N2;5,5,5,5); NAND(P5,P6;N3;5,5,5,5); NOR(P2,P3;N4;5,5,5,5); NAND(P2,P3;N5;5,5,5,5); NOR(P14,P15;N6;5,5,5,5); NAND(P14,P15;N7;5,5,5,5); NOR(P11,P12;N8;5,5,5,5); NAND(P11,P12;N9;5,5,5,5); LINV(N1;L1); LINV(N2;L2); LAND(L2,N3;L3); LAND(N1,N3;L4); LINV(N4;L5); LAND(L5,N5;L6); LAND(N1,N3,N5;L7); LAND(N5,N2;L8); LINV(N6;L9); LAND(L9,N7;L10); LAND(N1,N3,N5,N7;L11); LAND(N5,N7,N2;L12); LAND(N7,N4;L13); LINV(N8;L14); LAND(L14,N9;L15); LAND(N10,N3,N5,N7,N9;L16); LAND(N5,N7,N9,N2;L17); LAND(N7,N9,N4;L18); LAND(N9,N6;L19); LNOR(L4,N2;L20); LNOR(L7,L8,N4;L21); LNOR(L11,L12,L13,N6;L22); XOR(L1,L3;P4;19,19,22,22); XOR(L20,L6;P1;19,19,22,22); XOR(L21,L10;P13;19,19,22,22); XOR(L22,L15;P10;19,19,22,22); NOR(L16,L17,L18,L19,N8;P9;9,11,12,14); % :74290 TTL 14 LNAND(P1,P3;L1); LNAND(P12,P13;L2); LAND(L1,L2;L3); LAND(N7,N5;L4); INV(P10;N1;0,0,0,0); INV(P11;N2;0,0,0,0); JKFFPC(ONE,ONE,N1,L1,L2;N3,N4;6,8,0,0,15,15,20,30,15,25,6,8,0,0,15,15,20,30,15,25); JKFFPC(N10,ONE,N2,ONE,L3;N5,N6;10,11,0,0,30,30,30,30,15,25,10,11,0,0,30,30,30,30,15,25); JKFFPC(ONE,ONE,N6,ONE,L3;N7,N8;16,14,0,0,30,30,30,30,15,25,16,14,0,0,30,30,30,30,15,25); JKFFPC(L4,N9,N2,L1,L2;N9,N10;22,25,0,0,30,30,20,30,15,25,22,25,0,0,30,30,20,30,15,25); BUF(N3;P9;10,10,13,13); BUF(N5;P5;10,10,13,13); BUF(N7;P4;10,10,13,13); BUF(N9;P8;10,10,13,13); % ;Data for hold and setup times was not given; used 0ns. :74293 TTL 14 INV(P10;N1;0,0,0,0); INV(P11;N2;0,0,0,0); LNAND(P12,P13;L1); LINV(N3;L2); LINV(N4;L3); LINV(N5;L4); LINV(N6;L5); DQFFP(L2,N1,L1;N3;6,8,0,0,15,15,30,30,15,25,9,11,0,0,15,15,33,33,15,25); DQFFP(L3,N2,L1;N4;6,11,0,0,30,30,30,30,15,25,9,14,0,0,30,30,33,33,15,25); DQFFP(L4,N4,L1;N5;16,14,0,0,30,30,30,30,15,25,19,17,0,0,30,30,33,33,15,25); DQFFP(L5,N5,L1;N6;19,16,0,0,30,30,30,30,15,25,22,19,0,0,30,30,33,33,15,25); INV(N3;P9;10,10,10,10); INV(N4;P5;10,10,10,10); INV(N5;P4;10,10,10,10); INV(N6;P8;10,10,10,10); % :74298 TTL 16 INV(P11;N1;0,0,0,0); INV(P10;N2;10,10,10,10); LINV(N2;L1); LAND(P3,N2;L2); LAND(P2,L1;L3); LAND(P4,N2;L4); LAND(P1,L1;L5); LAND(P9,N2;L6); LAND(P5,L1;L7); LAND(P7,N2;L8); LAND(P6,L1;L9); LOR(L2,L3;L10); LOR(L4,L5;L11); LOR(L6,L7;L12); LOR(L8,L9;L13); DQFF(L10,N1;P15;27,32,15,5,20,20,30,35,15,5,20,20); DQFF(L11,N1;P14;27,32,15,5,20,20,30,35,15,5,20,20); DQFF(L12,N1;P13;27,32,15,5,20,20,30,35,15,5,20,20); DQFF(L13,N1;P12;27,32,15,5,20,20,30,35,15,5,20,20); % :74365 TTL 16 LNOR(P1,P15;L1); BUF(P2;N1;13,19,16,22); BUF(P4;N2;13,19,16,22); BUF(P6;N3;13,19,16,22); BUF(P10;N4;13,19,16,22); BUF(P12;N5;13,19,16,22); BUF(P14;N6;13,19,16,22); TSB(N1,L1;P3;37,35,27,11,37,35,27,11); TSB(N2,L1;P5;37,35,27,11,37,35,27,11); TSB(N3,L1;P7;37,35,27,11,37,35,27,11); TSB(N4,L1;P9;37,35,27,11,37,35,27,11); TSB(N5,L1;P11;37,35,27,11,37,35,27,11); TSB(N6,L1;P13;37,35,27,11,37,35,27,11); % :74365A TTL 16 LNOR(P1,P15;L1); BUF(P2;N1;13,19,16,22); BUF(P4;N2;13,19,16,22); BUF(P6;N3;13,19,16,22); BUF(P10;N4;13,19,16,22); BUF(P12;N5;13,19,16,22); BUF(P14;N6;13,19,16,22); TSB(N1,L1;P3;37,35,27,11,37,35,27,11); TSB(N2,L1;P5;37,35,27,11,37,35,27,11); TSB(N3,L1;P7;37,35,27,11,37,35,27,11); TSB(N4,L1;P9;37,35,27,11,37,35,27,11); TSB(N5,L1;P11;37,35,27,11,37,35,27,11); TSB(N6,L1;P13;37,35,27,11,37,35,27,11); % :74366 TTL 16 LNOR(P1,P15;L1); INV(P2;N1;14,13,17,16); INV(P4;N2;14,13,17,16); INV(P6;N3;14,13,17,16); INV(P10;N4;14,13,17,16); INV(P12;N5;14,13,17,16); INV(P14;N6;14,13,17,16); TSB(N1,L1;P3;37,35,27,11,37,35,27,11); TSB(N2,L1;P5;37,35,27,11,37,35,27,11); TSB(N3,L1;P7;37,35,27,11,37,35,27,11); TSB(N4,L1;P9;37,35,27,11,37,35,27,11); TSB(N5,L1;P11;37,35,27,11,37,35,27,11); TSB(N6,L1;P13;37,35,27,11,37,35,27,11); % :74366A TTL 16 LNOR(P1,P15;L1); INV(P2;N1;14,13,17,16); INV(P4;N2;14,13,17,16); INV(P6;N3;14,13,17,16); INV(P10;N4;14,13,17,16); INV(P12;N5;14,13,17,16); INV(P14;N6;14,13,17,16); TSB(N1,L1;P3;37,35,27,11,37,35,27,11); TSB(N2,L1;P5;37,35,27,11,37,35,27,11); TSB(N3,L1;P7;37,35,27,11,37,35,27,11); TSB(N4,L1;P9;37,35,27,11,37,35,27,11); TSB(N5,L1;P11;37,35,27,11,37,35,27,11); TSB(N6,L1;P13;37,35,27,11,37,35,27,11); % :74367 TTL 16 LINV(P1;L1); LINV(P15;L2); BUF(P2;N1;13,19,16,22); BUF(P4;N2;13,19,16,22); BUF(P6;N3;13,19,16,22); BUF(P10;N4;13,19,16,22);; BUF(P12;N5;13,19,16,22); BUF(P14;N6;13,19,16,22); TSB(N1,L1;P3;37,35,27,11,37,35,27,11); TSB(N2,L1;P5;37,35,27,11,37,35,27,11); TSB(N3,L1;P7;37,35,27,11,37,35,27,11); TSB(N4,L1;P9;37,35,27,11,37,35,27,11); TSB(N5,L2;P11;37,35,27,11,37,35,27,11); TSB(N6,L2;P13;37,35,27,11,37,35,27,11); % :74367A TTL 16 LINV(P1;L1); LINV(P15;L2); BUF(P2;N1;13,19,16,22); BUF(P4;N2;13,19,16,22); BUF(P6;N3;13,19,16,22); BUF(P10;N4;13,19,16,22);; BUF(P12;N5;13,19,16,22); BUF(P14;N6;13,19,16,22); TSB(N1,L1;P3;37,35,27,11,37,35,27,11); TSB(N2,L1;P5;37,35,27,11,37,35,27,11); TSB(N3,L1;P7;37,35,27,11,37,35,27,11); TSB(N4,L1;P9;37,35,27,11,37,35,27,11); TSB(N5,L2;P11;37,35,27,11,37,35,27,11); TSB(N6,L2;P13;37,35,27,11,37,35,27,11); % :74368 TTL 16 LINV(P1;L1); LINV(P15;L2); INV(P2;N1;14,13,17,16); INV(P4;N2;14,13,17,16); INV(P6;N3;14,13,17,16); INV(P10;N4;14,13,17,16); INV(P12;N5;14,13,17,16); INV(P14;N6;14,13,17,16); TSB(N1,L1;P3;37,35,27,11,37,35,27,11); TSB(N2,L1;P5;37,35,27,11,37,35,27,11); TSB(N3,L1;P7;37,35,27,11,37,35,27,11); TSB(N4,L1;P9;37,35,27,11,37,35,27,11); TSB(N5,L2;P11;37,35,27,11,37,35,27,11); TSB(N6,L2;P13;37,35,27,11,37,35,27,11); % :74368A TTL 16 LINV(P1;L1); LINV(P15;L2); INV(P2;N1;14,13,17,16); INV(P4;N2;14,13,17,16); INV(P6;N3;14,13,17,16); INV(P10;N4;14,13,17,16); INV(P12;N5;14,13,17,16); INV(P14;N6;14,13,17,16); TSB(N1,L1;P3;37,35,27,11,37,35,27,11); TSB(N2,L1;P5;37,35,27,11,37,35,27,11); TSB(N3,L1;P7;37,35,27,11,37,35,27,11); TSB(N4,L1;P9;37,35,27,11,37,35,27,11); TSB(N5,L2;P11;37,35,27,11,37,35,27,11); TSB(N6,L2;P13;37,35,27,11,37,35,27,11); % :74376 TTL 16 LINV(P3;L1); LINV(P6;L2); LINV(P11;L3); LINV(P14;L4); JKFFC(P2,L1,P9,P1;P4,N1;35,35,0,20,22,12,30,30,12,10,38,38,0,20,22,12,33,33,12,10); JKFFC(P7,L2,P9,P1;P5,N2;35,35,0,20,22,12,30,30,12,10,38,38,0,20,22,12,33,33,12,10); JKFFC(P10,L3,P9,P1;P12,N3;35,35,0,20,22,12,30,30,12,10,38,38,0,20,22,12,33,33,12,10); JKFFC(P15,L4,P9,P1;P13,N4;35,35,0,20,22,12,30,30,12,10,38,38,0,20,22,12,33,33,12,10); % :74390 TTL 16 LINV(P2;L1); LINV(P14;L2); LINV(N7;L9); LINV(N8;L10); LINV(N9;L11); LINV(N10;L12); LINV(N11;L13); LINV(N12;L14); LINV(N13;L15); LINV(N14;L16); LAND(L10,L12;L3); LAND(L11,L12;L4); LNOR(L3,L4;L7); LAND(L14,L16;L5); LAND(L15,L16;L6); LNOR(L5,L6;L8); INV(P1;N1;0,0,0,0); INV(P15;N2;0,0,0,0); NAND(P4,L12;N3;0,0,0,0); NAND(P12,L16;N5;0,0,0,0); NAND(P4,L7;N4;0,0,0,0); NAND(P12,L8;N6;0,0,0,0); DQFFC(L9,N1,L1;N7;10,10,10,0,25,25,29,29,20,25,10,10,10,0,25,25,29,29,20,25); DFFC(L10,N3,L1;N8,N15;11,11,10,0,25,25,29,29,20,25,11,11,10,0,25,25,29,29,20,25); DQFFC(L11,N15,L1;N9;18,18,10,0,25,25,0,0,20,25,18,18,10,0,25,25,0,0,20,25); DQFFC(L12,N4,L1;N10;11,11,10,0,25,25,29,29,20,25,11,11,10,0,25,25,29,29,20,25); DQFFC(L13,N2,L2;N11;10,10,10,0,25,25,29,29,20,25,10,10,10,0,25,25,29,29,20,25); DFFC(L14,N5,L2;N12,N16;11,11,10,0,25,25,29,29,20,25,11,11,10,0,25,25,29,29,20,25); DQFFC(L15,N16,L2;N13;18,18,10,0,25,25,0,0,20,25,18,18,10,0,25,25,0,0,20,25); DQFFC(L16,N6,L2;N14;11,11,10,0,25,25,29,29,20,25,11,11,10,0,25,25,29,29,20,25); BUF(N7;P3;10,10,13,13); BUF(N8;P5;10,10,13,13); BUF(N9;P6;10,10,13,13); BUF(N10;P7;10,10,13,13); BUF(N11;P13;10,10,13,13); BUF(N12;P11;10,10,13,13); BUF(N13;P10;10,10,13,13); BUF(N14;P9;10,10,13,13); % :74393 TTL 14 INV(P1;N1;0,0,0,0); INV(P13;N2;0,0,0,0); LINV(P2;L1); LINV(P12;L2); LINV(N9;L3); LINV(N10;L4); LINV(N11;L5); LINV(N12;L6); LINV(N13;L7); LINV(N14;L8); LINV(N15;L9); LINV(N16;L10); DQFFP(L3,N1,L1;N9;10,10,10,0,25,25,29,29,20,25,10,10,10,0,25,25,29,29,20,25); DQFFP(L4,N9,L1;N10;10,10,10,0,25,25,0,0,20,25,10,10,10,0,25,25,0,0,20,25); DQFFP(L5,N10,L1;N11;10,10,10,0,25,25,0,0,20,25,10,10,10,0,25,25,0,0,20,25); DQFFP(L6,N11,L1;N12;20,20,10,0,25,25,0,0,20,25,20,20,10,0,25,25,0,0,20,25); DQFFP(L7,N2,L2;N13;10,10,10,0,25,25,29,29,20,25,10,10,10,0,25,25,29,29,20,25); DQFFP(L8,N13,L2;N14;10,10,10,0,25,25,0,0,20,25,10,10,10,0,25,25,0,0,20,25); DQFFP(L9,N14,L2;N15;10,10,10,0,25,25,0,0,20,25,10,10,10,0,25,25,0,0,20,25); DQFFP(L10,N15,L2;N16;20,20,10,0,25,25,0,0,20,25,20,20,10,0,25,25,0,0,20,25); INV(N9;P3;10,10,13,13); INV(N10;P4;10,10,13,13); INV(N11;P5;10,10,13,13); INV(N12;P6;10,10,13,13); INV(N13;P11;10,10,13,13); INV(N14;P10;10,10,13,13); INV(N15;P9;10,10,13,13); INV(N16;P8;10,10,13,13); % :74425 TTL 14 LINV(P1;L1); LINV(P4;L2); LINV(P10;L3); LINV(P13;L4); BUF(P2;N1;10,15,13,18); BUF(P5;N2;10,15,13,18); BUF(P9;N3;10,15,13,18); BUF(P12;N4;10,15,13,18); TSB(N1,L1;P3;25,17,12,8,25,17,12,8); TSB(N2,L2;P6;25,17,12,8,25,17,12,8); TSB(N3,L3;P8;25,17,12,8,25,17,12,8); TSB(N4,L4;P11;25,17,12,8,25,17,12,8); % ;Data for the following device was taken from ;1985 TI TTL Logic Data Book. :74426 TTL 14 BUF(P2;N1;10,15,13,18); BUF(P5;N2;10,15,13,18); BUF(P9;N3;10,15,13,18); BUF(P12;N4;10,15,13,18); TSB(N1,P1;P3;25,18,18,16,25,18,18,16); TSB(N2,P4;P6;25,18,18,16,25,18,18,16); TSB(N3,P10;P8;25,18,18,16,25,18,18,16); TSB(N4,P13;P11;25,18,18,16,25,18,18,16); % ;Data for ts not given; used 5ns. :74490 TTL 16 LINV(P4;L1); LINV(P12;L2); LINV(P2;L3); LINV(P14;L4); LAND(L3,L1;L5); LAND(L4,L2;L6); LINV(N7;L13); LINV(N8;L14); LINV(N9;L15); LINV(N10;L16); LINV(N11;L17); LINV(N12;L18); LINV(N13;L19); LINV(N14;L20); LAND(L14,L16;L7); LAND(L16,L15;L8); LAND(L18,L20;L9); LAND(L20,L19;L10); LNOR(L7,L8;L11); LNOR(L9,L10;L12); INV(P1;N1;0,0,0,0); INV(P15;N2;0,0,0,0); NAND(N7,L16;N3;0,0,0,0); NAND(N7,L11;N4;0,0,0,0); NAND(N11,L20;N5;0,0,0,0); NAND(N11,L12;N6;0,0,0,0); INV(N8;N15;0,0,0,0); INV(N12;N16;0,0,0,0); DQFFPC(L13,N1,L1,L3;N7;3,3,5,0,20,20,22,22,20,0,3,3,5,0,20,20,22,22,20,0); DQFFC(L14,N3,L5;N8;16,16,5,0,20,20,22,22,20,0,16,16,5,0,20,20,22,22,20,0); DQFFC(L15,N15,L5;N9;18,18,5,0,20,20,22,22,20,0,18,18,5,0,20,20,22,22,20,0); DQFFPC(L16,N4,L1,L3;N10;16,16,5,0,20,20,22,22,20,0,16,16,5,0,20,20,22,22,20,0); DQFFPC(L17,N2,L2,L4;N11;3,3,5,0,20,20,22,22,20,0,3,3,5,0,20,20,22,22,20,0); DQFFC(L18,N5,L6;N12;16,16,5,0,20,20,22,22,20,0,16,16,5,0,20,20,22,22,20,0); DQFFC(L19,N16,L6;N13;18,18,5,0,20,20,22,22,20,0,18,18,5,0,20,20,22,22,20,0); DQFFPC(L20,N6,L2,L4;N14;16,16,5,0,20,20,22,22,20,0,16,16,5,0,20,20,22,22,20,0); BUF(N7;P3;17,17,20,20); BUF(N8;P5;17,17,20,20); BUF(N9;P6;17,17,20,20); BUF(N10;P7;17,17,20,20); BUF(N11;P13;17,17,20,20); BUF(N12;P11;17,17,20,20); BUF(N13;P10;17,17,20,20); BUF(N14;P9;17,17,20,20); %