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If you do not accept these terms, * * you should return or destroy the SPICE models and any * * other accompanying information immediately. * *************************************************************************** *************************************************************************** **ABT162244 SPICE I/O Model **Advanced System Logic, Texas Instruments *************************************************************************** * *NOTE: * The following files must be present to use this SPICE model: * 162244.ABT (netlist) * EPIC2B.LIB (Library file for process models) * EPIC2BN.13 (Nominal process models, CMOS Level 13) * EPIC2BS.13 (Strong process models, CMOS Level 13) * EPIC2BW.13 (Weak process models, CMOS Level 13) * EPIC2BN.3 (Nominal process models, CMOS Level 3) * EPIC2BS.3 (Strong process models, CMOS Level 3) * EPIC2BW.3 (Weak process models, CMOS Level 3) * PKGS.LIB (Library file for packages) * SSOP48.PKG (Package parasitics) * READ.ME (General use, release notes, ...) * *INSTRUCTIONS: * To use this SPICE model, include the following lines in your main netlist: * . * . * . * .INCLUDE '162244.ABT' * XABT162244_IN 1 2 199 100 ABT162244IN * XABT162244_OUT 4 5 6 199 100 ABT162244OUT * . * . * . * * The diagrams below describe the nodes for the subcircuits: * * /|\ * ---- | * | \ | * Node 1 _______| \o___ Node 2 Node 199(VCC) * | / Node 100(GND) * | / | * ---- | * --- * ABT162244IN(Input Buffer) - * * * | Node 6 /|\ * | | * O | * ---- Node 199(VCC) * / | Node 100(GND) * Node 5 ____o/ |___ Node 4 | * \ | | * \ | --- * ---- - * * ABT162244OUT(Output Buffer) * * * Please refer to the 'READ.ME' file for general instructions for use. * * ABT162244 SPICE I/O MODEL SUBCIRCUIT * ADVANCED BUS INTERFACE * ADVANCED SYSTEM LOGIC, TEXAS INSTRUMENTS * * SUBCIRCUITS: ABT162244IN, ABT162244OUT * * PACKAGE PARASITICS .LIB 'PKGS.LIB' SSOP48 * * PROCESS MODELS .LIB 'EPIC2B.LIB' NOMINAL_L13 * .LIB 'EPIC2B.LIB' STRONG_L13 * .LIB 'EPIC2B.LIB' WEAK_L13 * * ABT162244 INPUT SUBCIRCUIT * NODES: INPUT NODE * | INTERNAL OUTPUT NODE * | | VCC * | | | GND * | | | | .SUBCKT ABT162244IN 1 2 199 100 X_PKGIN 1 1001 SSOP48_47 X_PKGVCC 199 1199 SSOP48_07 X_PKGGND 100 1100 SSOP48_04 XABT162244IN 1001 2 1199 1100 ABT162244__IN .ENDS ABT162244IN * * ABT162244 OUTPUT SUBCIRCUIT * NODES: INTERNAL INPUT NODE * | OUTPUT NODE * | | INTERNAL OE NODE * | | | VCC * | | | | GND * | | | | | .SUBCKT ABT162244OUT 4 5 6 199 100 X_PKGOUT 5 1005 SSOP48_02 X_PKGVCC 199 1199 SSOP48_07 X_PKGGND 100 1100 SSOP48_04 XABT162244OUT 4 1005 6 1199 1100 ABT162244__OUT .ENDS ABT162244OUT * .SUBCKT ABT162244__IN 501 502 599 500 XP1 502 503 506 599 PM WP=100U LP=0.8U XP2 505 502 599 599 PM WP=20U LP=0.8U XP3 506 505 599 599 PM WP=65U LP=0.8U XN1 502 503 500 500 NM WN=110U LN=0.8U XN2 505 502 500 500 NM WN=20U LN=0.8U XNC 500 507 500 500 NM WN=30U LN=19.8U VREF 507 500 4.5V QB 599 507 506 Q5_NPN 60 Q_ESD 503 504 500 Q5_NPN 48 D_QESD1 500 501 QESD 1 RESD1 501 503 50 RESD2 504 500 1K CBP 501 500 0.3P CL 502 500 0.3P .ENDS ABT162244__IN * .SUBCKT ABT162244__OUT 601 602 603 699 600 XP1 605 603 699 699 PM WP=200U LP=0.8U XP2 615 656 699 655 PM WP=30U LP=0.8U XP4 601 603 621 699 PM WP=40U LP=0.8U XP5 613 601 605 699 PM WP=45U LP=0.8U XP11 607 653 605 699 PM WP=60U LP=0.8U XN1 607 601 608 600 NM WN=80U LN=0.8U XN2 605 652 607 600 NM WN=50U LN=0.8U XN3 608 609 600 600 NM WN=25U LN=0.8U XN4 608 603 600 600 NM WN=60U LN=0.8U XN6 613 603 600 600 NM WN=25U LN=0.8U XN7 651 621 600 600 NM WN=100U LN=0.8U XN8 621 603 600 600 NM WN=10U LN=0.8U XN9 601 622 621 600 NM WN=20U LN=0.8U XN12 613 601 600 600 NM WN=30U LN=0.8U QM1 616 615 650 Q7_NPN 150 QM2 650 608 600 Q11_NPN 450 QM3 614 613 615 Q2_NPN 10 QD4 616 614 614 Q2_NPN 8 QDR1 615 615 613 Q2_NPN 10 QD2 655 699 699 Q1_NPN 6 D1 613 614 D1_GSD 156 D6 699 617 D6_GSD 800 D7 699 617 D6_GSD 800 XR1 606 699 605 699 RMOS WR=6.5U RES=1.2K XR2 607 699 606 699 RMOS WR=3.5U RES=3K XR3 614 699 605 699 RMOS WR=6.5U RES=1K R4 616 617 5.5 RESD1 650 651 100 RMEM 650 602 25 XNCLAMP 670 612 671 600 NM WN=250U LN=0.8U DCLAMP1 608 670 D4_GSD 300 DCLAMP2 671 650 D4_GSD 300 XPNOR1 612 611 680 699 PM WP=30U LP=0.8U XPNOR2 680 609 699 699 PM WP=30U LP=0.8U XNNOR1 612 611 600 600 NM WN=6U LN=0.8U XNNOR2 612 609 600 600 NM WN=6U LN=0.8U XPNAND1 656 609 699 699 PM WP=15U LP=0.8U XPNAND2 656 610 699 699 PM WP=15U LP=0.8U XNNAND1 656 609 681 600 NM WN=5U LN=0.8U XNNAND2 681 610 600 600 NM WN=5U LN=0.8U XP_INV1 609 601 699 699 PM WP=20U LP=0.8U XN_INV1 609 601 600 600 NM WN=10U LN=0.8U XP_INV2 622 603 699 699 PM WP=15U LP=0.8U XN_INV2 622 603 600 600 NM WN=5U LN=0.8U XP_INV3 610 603 699 699 PM WP=4U LP=0.8U XN_INV3 610 603 600 600 NM WN=4U LN=0.8U XP_INV4 611 610 699 699 PM WP=4U LP=0.8U XN_INV4 611 610 600 600 NM WN=4U LN=0.8U XP_INV5 652 653 699 699 PM WP=4U LP=0.8U XN_INV5 652 653 600 600 NM WN=4U LN=0.8U XP_INV6 653 654 699 699 PM WP=4U LP=0.8U XN_INV6 653 654 600 600 NM WN=4U LN=0.8U XP_INV7 654 612 699 699 PM WP=4U LP=0.8U XN_INV7 654 612 600 600 NM WN=4U LN=0.8U CBP 602 600 0.3P .ENDS ABT162244__OUT * ABT16244D94129DD