* * Q9AP27 Release 3a1 * GST-2 QuickChip-9 Device Library * pspice syntax * nominal process state, Tj = 27C * Copyright Maxim Integrated Products Released June 22, 1995 * *This file contains models for all devices in the Maxim GST-2 *QuickChip-9 Device Library. Fixed size devices are cast as *simple subcircuits. Trimmable devices are included as sim- *ple subcircuits with the trimmable quantity set to its max- *imum value. User-definable device models are not included. *Models in this file reflect the typical performance of dev- *ices built under nominal process conditions. * *Models are optimized for junction temperatures near Tj = *27C. To use, set TNOM=27C and TEMP=27 in your simulation *control block. * *Certain transistor parameters in this elevated temperature *library have been altered to compensate for inaccurate tem- *perature scaling in the standard SPICE model primitive. Do *not use these values for hand calculations. * *Models are written in pspice syntax. * *This model library includes: * * NPN Transistors * *1 minimum (H11M02-) and 3 interdigitated (H11A04, H12E04, *and H14E05)device layouts in single port model form. * *All devices have an emitter width of 1.0um. H11M02 has a *single base and emitter contact A and E devices interdigi- *tate N+1 base contacts with N emitter contacts for lower *base resistance. * *All device models have 4 terminals with the 4th terminal the *substrate. * * PNPs * *1 lateral PNP device (HPLAT) in single port model form. * *The device model has 4 terminals with the 4th terminal the *substrate. * * Resistors * *1 N-type poly and 6 High-Resistivity N-type Poly resistor * * June 22, 1995 * *models with Epi/BL parasitics. * *resistor type resistance approx. tolerance *HRY4002070 pr 400 11% *HRI4003043 nhr 4K 10% *HRI1004026 nhr 10K 10% *HRI9962043 nhr 1K 15% *HRI4013021 nhr 4K 13% *HRI2004012 nhr 20K 15% *HRI1005012 nhr 100K 15% * * Capacitors * *HCH1008 HCH1609 HCH8724 * *HCH1008, HCH1609, and HCH8724 are 0.5pF, 1pF, and 16pF *high-value MOS capacitors. * * Diodes * *HDU031011 HDU102031 *HDE072021 * *HDU031011 and HDU102031 are small and large unguarded *schottky diodes. HDE072021 is a 500V ESD protection diode. *All models have 3 terminals with the 3rd terminal the sub- *strate. * * Bond Pads * *HPAD3BL is a 4 mil square M3 bond pad model which brings out *the Epi/BL underlying the pad metal for substrate resistance *critical applications. Bond wire parasitics are not *modeled. * * Supply Shunt Cell * *SUPPLYSHUNT is a prewired block of circuitry on QuickChip-9 *used as a supply shunt (see the QuickChip-9 Design Guide for *more information), an essential part of circuit ESD protec- *tion used in conjunction with the HDE072021 ESD protection *diodes. This circuit, basically a breakdown diode, *activates only during an ESD event, This model is provided *to facilitate complete netlist verification and to model the *parasitic impedances of this circuit during normal opera- *tion. This model is NOT intended to simulate the ESD * * June 22, 1995 * *protection behavior of the supply shunt circuit. * * June 22, 1995 * .SUBCKT H11M02 1 2 3 21 CP1EPI 1 2 9.985E-16 CP1P2 12 3 1.848F CTRENCH 1 20 4.783F RBX 2 12 RMODTC0 271.456 .MODEL RMODTC0 RES( TC1=2.588M ) RCX 1 10 RMODTC1 186.577 .MODEL RMODTC1 RES( TC1=3.250M TC2=2.039U ) RCI 10 11 RMODTC2 9.820 .MODEL RMODTC2 RES( TC1=3.250M TC2=2.039U ) REX 13 3 RMODTC3 39.087 .MODEL RMODTC3 RES( TC1=44.406U ) RSUB 20 21 26.178K QP 20 10 12 20 TXP OFF QN 11 12 13 11 TX *extractelement REPORT1 0 REPORTER PARAMS: P0=0 P1=2 P2=1 P3=1 P4=1 P5=1 *extractelement + P6=1 *extractelement REPORT2 0 REPORTER PARAMS: P0=1.622 P1=800M P2=1.920E-18 *extractelement + P3=0 P4=1 P5=1 .MODEL TX NPN( IS=1.920E-18 XTI=3 EG=1.140 BF=265 BR=20 XTB=450M VAF=29 + VAR=3.500 NF=1.010 NR=1.020 NE=1.650 NC=1.560 IKF=6.878M IKR=126U + ISE=9.083E-22 ISC=1.168E-30 RB=271.456 RBM=203.592 IRB=1.168M + CJE=6.452F MJE=490M VJE=940M FC=990M CJC=1.729F MJC=470M VJC=850M + TF=3.651P TR=19N XTF=1 VTF=1K ITF=3.568M PTF=5 KF=1.500E-18 + AF=200M ) .MODEL TXP PNP( IS=1.680E-19 CJE=1.729F MJE=470M VJE=850M CJC=3.828F + MJC=400M VJC=650M BF=10K BR=664.767U TF=1N FC=900M ) .ENDS H11M02 .SUBCKT H11A04 1 2 3 21 CP1EPI 1 2 3.199F CP1P2 12 3 4.931F CTRENCH 1 20 7.654F RBX 2 12 RMODTC0 82.218 .MODEL RMODTC0 RES( TC1=2.663M ) RCX 1 10 RMODTC1 53.825 .MODEL RMODTC1 RES( TC1=2.926M TC2=1.711U ) RCI 10 11 RMODTC2 2.833 .MODEL RMODTC2 RES( TC1=2.926M TC2=1.711U ) REX 13 3 RMODTC3 11.179 .MODEL RMODTC3 RES( TC1=123.150U ) RSUB 20 21 13.779K QP 20 10 12 20 TXP OFF QN 11 12 13 11 TX *extractelement REPORT1 0 REPORTER PARAMS: P0=0 P1=4 P2=1 P3=1 P4=1 P5=1 *extractelement + P6=1 *extractelement REPORT2 0 REPORTER PARAMS: P0=7.022 P1=800M P2=8.314E-18 *extractelement + P3=0 P4=1 P5=1 .MODEL TX NPN( IS=8.314E-18 XTI=3 EG=1.140 BF=232.533 BR=20 XTB=450M + VAF=29 VAR=3.500 NF=1.010 NR=1.020 NE=1.650 NC=1.560 IKF=31.636M + IKR=579.600U ISE=3.932E-21 ISC=5.056E-30 RB=82.218 RBM=61.663 + IRB=5.056M CJE=26.918F MJE=490M VJE=940M FC=990M CJC=5.482F + MJC=470M VJC=850M TF=3.778P TR=19N XTF=1 VTF=1K ITF=14.905M PTF=5 + KF=1.500E-18 AF=200M ) .MODEL TXP PNP( IS=4.920E-19 CJE=5.482F MJE=470M VJE=850M CJC=8.149F + MJC=400M VJC=650M BF=10K BR=643.576U TF=1N FC=900M ) .ENDS H11A04 .SUBCKT H12E04 1 2 3 21 CP1EPI 1 2 6.978F CP1P2 12 3 9.832F CTRENCH 1 20 11.480F RBX 2 12 RMODTC0 41.109 .MODEL RMODTC0 RES( TC1=2.663M ) RCX 1 10 RMODTC1 26.913 .MODEL RMODTC1 RES( TC1=2.926M TC2=1.711U ) RCI 10 11 RMODTC2 1.416 .MODEL RMODTC2 RES( TC1=2.926M TC2=1.711U ) REX 13 3 RMODTC3 5.590 .MODEL RMODTC3 RES( TC1=123.150U ) RSUB 20 21 8.459K QP 20 10 12 20 TXP OFF QN 11 12 13 11 TX *extractelement REPORT1 0 REPORTER PARAMS: P0=0 P1=4 P2=1 P3=2 P4=2 P5=1 *extractelement + P6=1 *extractelement REPORT2 0 REPORTER PARAMS: P0=7.022 P1=800M P2=1.663E-17 *extractelement + P3=0 P4=1 P5=1 .MODEL TX NPN( IS=1.663E-17 XTI=3 EG=1.140 BF=232.533 BR=20 XTB=450M + VAF=29 VAR=3.500 NF=1.010 NR=1.020 NE=1.650 NC=1.560 IKF=63.273M + IKR=1.159M ISE=7.865E-21 ISC=1.011E-29 RB=41.109 RBM=30.832 + IRB=10.112M CJE=53.836F MJE=490M VJE=940M FC=990M CJC=10.965F + MJC=470M VJC=850M TF=3.778P TR=19N XTF=1 VTF=1K ITF=29.811M PTF=5 + KF=1.500E-18 AF=200M ) .MODEL TXP PNP( IS=9.840E-19 CJE=10.965F MJE=470M VJE=850M CJC=14.663F + MJC=400M VJC=650M BF=10K BR=615.595U TF=1N FC=900M ) .ENDS H12E04 .SUBCKT H14E05 1 2 3 21 CP1EPI 1 2 15.033F CP1P2 12 3 25.800F CTRENCH 1 20 16.264F RBX 2 12 RMODTC0 15.269 .MODEL RMODTC0 RES( TC1=2.649M ) RCX 1 10 RMODTC1 17.935 .MODEL RMODTC1 RES( TC1=2.315M TC2=931.161N ) RCI 10 11 RMODTC2 943.927M .MODEL RMODTC2 RES( TC1=2.315M TC2=931.161N ) REX 13 3 RMODTC3 2.164 .MODEL RMODTC3 RES( TC1=182.441U ) RSUB 20 21 5.388K QP 20 10 12 20 TXP OFF QN 11 12 13 11 TX *extractelement REPORT1 0 REPORTER PARAMS: P0=0 P1=5 P2=1 P3=4 P4=2 P5=1 *extractelement + P6=1 *extractelement REPORT2 0 REPORTER PARAMS: P0=9.722 P1=800M P2=4.604E-17 *extractelement + P3=0 P4=1 P5=1 .MODEL TX NPN( IS=4.604E-17 XTI=3 EG=1.140 BF=223.719 BR=20 XTB=450M + VAF=29 VAR=3.500 NF=1.010 NR=1.020 NE=1.650 NC=1.560 IKF=176.064M + IKR=3.226M ISE=2.178E-20 ISC=2.800E-29 RB=15.269 RBM=11.452 + IRB=27.999M CJE=148.604F MJE=490M VJE=940M FC=990M CJC=29.435F + MJC=470M VJC=850M TF=3.814P TR=19N XTF=1 VTF=1K ITF=81.719M PTF=5 + KF=1.500E-18 AF=200M ) .MODEL TXP PNP( IS=2.616E-18 CJE=29.435F MJE=470M VJE=850M CJC=25.062F + MJC=400M VJC=650M BF=10K BR=845.010U TF=1N FC=900M ) .ENDS H14E05 .SUBCKT HPLAT 1 2 3 21 *extractelement REPORT1 0 REPORTER PARAMS: P0=1 P1=0 P4=0 P5=0 CTRENCH 2 21 8.610F CEMEPI 2 3 6.849E-16 CCEPI 1 2 3.924F Q1 1 2 3 1 QLAT Q2 21 2 3 21 QSUBF OFF .MODEL QLAT PNP( IS=5.806E-19 NF=1.007 NR=1.007 XTB=100M XTI=3 RB=56.403 + RC=208.882 RE=51.753 EG=1.160 BF=70 VAF=90 IKF=30.913U + IKR=42.100U ISE=6.400E-19 NE=1.260 BR=1.650 VAR=20.900 TF=1.900N + VTF=500M XTF=1 ITF=4.300M TR=100N CJE=4.398E-16 VJE=850M MJE=470M + FC=990M CJC=17.400F VJC=850M MJC=470M PTF=25 AF=1 KF=6.600E-16 ) .MODEL QSUBF PNP( IS=4.200E-19 RC=11.846K RE=32.400 BF=10K BR=1M + CJC=9.777F IKF=19U NF=1.100 MJC=400M VJC=650M ) .ENDS HPLAT .SUBCKT HRY4002070 1 2 3 R1 1 4 RMODTC0 200.165 .MODEL RMODTC0 RES( TC1=-996.459U TC2=1.997U ) R2 4 2 RMODTC1 200.165 .MODEL RMODTC1 RES( TC1=-996.459U TC2=1.997U ) C1 1 3 3.008F C2 4 3 6.016F C3 2 3 3.008F *extractelement REPORT1 0 REPORTER PARAMS: P0=0 P1=16 P2=7 P3=1.000E-29 *extractelement + P4=27 P5=0 P6=1 *extractelement REPORT2 0 REPORTER PARAMS: P0=15.893 P1=6.760 P2=400.329 *extractelement + P3=400.329 P4=12.900 P5=19.100 P6=6.760M *extractelement + P7=12.032F .ENDS HRY4002070 .SUBCKT HRI4003043 1 2 3 R1 1 4 RMODTC0 1.998K .MODEL RMODTC0 RES( TC1=-1.499M ) R2 4 2 RMODTC1 1.998K .MODEL RMODTC1 RES( TC1=-1.499M ) C1 1 3 3.301F C2 4 3 6.602F C3 2 3 3.301F *extractelement REPORT1 0 REPORTER PARAMS: P0=0 P1=27.400 P2=4.300 *extractelement + P3=1.000E-29 P4=27 P5=0 P6=1 *extractelement REPORT2 0 REPORTER PARAMS: P0=27.033 P1=4.060 P2=3.997K *extractelement + P3=3.997K P4=15.900 P5=21.400 P6=2.030M *extractelement + P7=13.205F .ENDS HRI4003043 .SUBCKT HRI1004026 1 2 3 R1 1 4 RMODTC0 5K .MODEL RMODTC0 RES( TC1=-1.499M ) R2 4 2 RMODTC1 5K .MODEL RMODTC1 RES( TC1=-1.499M ) C1 1 3 2.894F C2 4 3 5.789F C3 2 3 2.894F *extractelement REPORT1 0 REPORTER PARAMS: P0=0 P1=39.700 P2=2.600 *extractelement + P3=1.000E-29 P4=27 P5=0 P6=1 *extractelement REPORT2 0 REPORTER PARAMS: P0=39.333 P1=2.360 P2=10.002K *extractelement + P3=10.002K P4=17.300 P5=24.500 P6=1.180M *extractelement + P7=11.578F .ENDS HRI1004026 .SUBCKT HRI9962043 1 2 3 R1 1 4 RMODTC0 498.200 .MODEL RMODTC0 RES( TC1=-1.496M ) R2 4 2 RMODTC1 498.200 .MODEL RMODTC1 RES( TC1=-1.496M ) C1 1 3 1.172F C2 4 3 2.345F C3 2 3 1.172F *extractelement REPORT1 0 REPORTER PARAMS: P0=0 P1=7.100 P2=4.300 *extractelement + P3=1.000E-29 P4=27 P5=0 P6=1 *extractelement REPORT2 0 REPORTER PARAMS: P0=6.733 P1=4.060 P2=996.399 *extractelement + P3=996.399 P4=16.900 P5=25.900 P6=2.030M *extractelement + P7=4.689F .ENDS HRI9962043 .SUBCKT HRI4013021 1 2 3 R1 1 4 RMODTC0 2.007K .MODEL RMODTC0 RES( TC1=-1.498M ) R2 4 2 RMODTC1 2.007K .MODEL RMODTC1 RES( TC1=-1.498M ) C1 1 3 9.660E-16 C2 4 3 1.932F C3 2 3 9.660E-16 *extractelement REPORT1 0 REPORTER PARAMS: P0=0 P1=12.800 P2=2.100 *extractelement + P3=1.000E-29 P4=27 P5=0 P6=1 *extractelement REPORT2 0 REPORTER PARAMS: P0=12.433 P1=1.860 P2=4.013K *extractelement + P3=4.013K P4=18.700 P5=29 P6=930U P7=3.864F .ENDS HRI4013021 .SUBCKT HRI2004012 1 2 3 R1 1 4 RMODTC0 10.014K .MODEL RMODTC0 RES( TC1=-1.499M ) R2 4 2 RMODTC1 10.014K .MODEL RMODTC1 RES( TC1=-1.499M ) C1 1 3 1.495F C2 4 3 2.990F C3 2 3 1.495F *extractelement REPORT1 0 REPORTER PARAMS: P0=0 P1=32.400 P2=1.200 *extractelement + P3=1.000E-29 P4=27 P5=0 P6=1 *extractelement REPORT2 0 REPORTER PARAMS: P0=32.033 P1=960M P2=20.028K *extractelement + P3=20.028K P4=25.700 P5=37.100 P6=480U P7=5.980F .ENDS HRI2004012 .SUBCKT HRI1005012 1 2 3 R1 1 4 RMODTC0 50.013K .MODEL RMODTC0 RES( TC1=-1.500M ) R2 4 2 RMODTC1 50.013K .MODEL RMODTC1 RES( TC1=-1.500M ) C1 1 3 6.310F C2 4 3 12.621F C3 2 3 6.310F *extractelement REPORT1 0 REPORTER PARAMS: P0=0 P1=160.400 P2=1.200 *extractelement + P3=1.000E-29 P4=27 P5=0 P6=1 *extractelement REPORT2 0 REPORTER PARAMS: P0=160.033 P1=960M *extractelement + P2=100.026K P3=100.026K P4=25.700 P5=36.100 *extractelement + P6=480U P7=25.242F .ENDS HRI1005012 .SUBCKT HDU031011 1 2 21 CM1EPI 1 4 2.260F CTRENCH 2 5 5.461F RS 4 2 RMODTC0 29.945 .MODEL RMODTC0 RES( TC1=3.012M TC2=2.350U ) RSUB 5 21 20.159K DD 1 4 DSCH EVLEAK 1 10 POLY(1) (1 4) 0 990.871M DLEAK 4 10 DL DS 5 4 DSUB OFF *extractelement REPORT1 0 REPORTER PARAMS: P0=0 P1=3 P2=1 P3=1 P4=1 P5=0 *extractelement REPORT2 0 REPORTER PARAMS: P0=4.616 P1=3.566 P2=161.314P *extractelement + P3=0 P4=0 P5=1 .MODEL DSCH D( IS=161.314P N=1.095 CJO=21.747F M=370M VJ=680M EG=605M + IBV=100P ) .MODEL DSUB D( IS=4.044E-16 CJO=5.174F M=400M VJ=650M IBV=100P ) .MODEL DL D( N=1 EG=400M XTI=3 IS=3.109N IBV=100P ) .ENDS HDU031011 .SUBCKT HDU102031 1 2 21 CM1EPI 1 4 6.111F CTRENCH 2 5 14.452F RS 4 2 RMODTC0 3.408 .MODEL RMODTC0 RES( TC1=2.523M TC2=1.612U ) RSUB 5 21 5.502K DD 1 4 DSCH EVLEAK 1 10 POLY(1) (1 4) 0 983.865M DLEAK 4 10 DL DS 5 4 DSUB OFF *extractelement REPORT1 0 REPORTER PARAMS: P0=0 P1=10 P2=3 P3=2 P4=1 *extractelement + P5=0 *extractelement REPORT2 0 REPORTER PARAMS: P0=23.516 P1=8.966 P2=2.066N *extractelement + P3=0 P4=0 P5=1 .MODEL DSCH D( IS=2.066N N=1.070 CJO=243.179F M=370M VJ=680M EG=605M + IBV=100P ) .MODEL DSUB D( IS=3.115F CJO=24.562F M=400M VJ=650M IBV=100P ) .MODEL DL D( N=1 EG=400M XTI=3 IS=22.416N IBV=100P ) .ENDS HDU102031 .SUBCKT HDE072021 1 2 21 CP1EPI 1 4 20.699F DD 1 4 DCB DS 5 4 DSUB RS 4 2 RMODTC0 9.056 .MODEL RMODTC0 RES( TC1=3.090M TC2=2.439U ) RSUB 5 21 7.145K CTRENCH 2 5 12.437F *extractelement REPORT1 0 REPORTER PARAMS: P0=0 P1=7 P2=2 P3=2 P4=1 P5=0 *extractelement REPORT2 0 REPORTER PARAMS: P0=16.300 P1=6.800 *extractelement + P2=3.533E-17 P3=0 P4=0 P5=1 .MODEL DCB D( CJO=34.006F IS=6.386E-18 VJ=600M M=400M N=1 IBV=100P ) .MODEL DSUB D( CJO=17.984F IS=2.148F VJ=650M M=400M IBV=100P ) .ENDS HDE072021 .SUBCKT HCH1008 1 2 21 CMOS 1 6 524.899F DS 7 6 DSUB RBL 2 6 RMODTC0 2.831 .MODEL RMODTC0 RES( TC1=1.397M ) RSUB 21 7 3.350K CTRENCH 6 7 21.047F *extractelement REPORT1 0 REPORTER PARAMS: P0=10 P1=8 P2=24.800 P3=0 *extractelement + P4=0 P5=32.400 *extractelement REPORT2 0 REPORTER PARAMS: P0=8 P1=1 P4=2.831 P5=0 .MODEL DSUB D( CJO=44.489F IS=6.413F VJ=650M M=400M IBV=100P ) .ENDS HCH1008 .SUBCKT HCH1609 1 2 21 CMOS 1 6 1.017P DS 7 6 DSUB RBL 2 6 RMODTC0 1.734 .MODEL RMODTC0 RES( TC1=1.405M ) RSUB 21 7 2.201K CTRENCH 6 7 27.744F *extractelement REPORT1 0 REPORTER PARAMS: P0=16 P1=9 P2=41 P3=0 P4=0 *extractelement + P5=35.100 *extractelement REPORT2 0 REPORTER PARAMS: P0=9 P1=1 P4=1.734 P5=0 .MODEL DSUB D( CJO=72.816F IS=11.284F VJ=650M M=400M IBV=100P ) .ENDS HCH1609 .SUBCKT HCH8724 1 2 21 CMOS 1 6 15.961P DS 7 6 DSUB RBL 2 6 RMODTC0 341.717M .MODEL RMODTC0 RES( TC1=1.537M ) RSUB 21 7 269.013 CTRENCH 6 7 110.020F *extractelement REPORT1 0 REPORTER PARAMS: P0=87 P1=24 P2=232.700 P3=0 *extractelement + P4=0 P5=75.600 *extractelement REPORT2 0 REPORTER PARAMS: P0=24 P1=1 P4=341.717M P5=0 .MODEL DSUB D( CJO=744.382F IS=136.342F VJ=650M M=400M IBV=100P ) .ENDS HCH8724 .SUBCKT HCS3117 1 2 21 CMOS 5 2 663.157F DCB 5 6 DCB DS 7 6 DSUB RP1P2 5 1 RMODTC0 10.631 .MODEL RMODTC0 RES( TC1=1M ) RBL 2 6 RMODTC1 2.216 .MODEL RMODTC1 RES( TC1=1.673M TC2=294.224N ) RSUB 21 7 870.626 CTRENCH 6 7 49.748F *extractelement REPORT1 0 REPORTER PARAMS: P0=31 P1=17 P2=80.300 *extractelement + P3=46.900 P4=0 P5=56.700 *extractelement REPORT2 0 REPORTER PARAMS: P0=17 P1=1 P4=6.732 P5=0 .MODEL DCB D( CJO=1.360P IS=1.165F VJ=850M M=470M IBV=100P ) .MODEL DSUB D( CJO=209.295F IS=36.038F VJ=650M M=400M IBV=100P ) .ENDS HCS3117 .SUBCKT HPAD3BL 1 2 3 CPAD 1 10 86.407F REPI 10 20 RMODTC0 149.204M .MODEL RMODTC0 RES( TC1=4.800M TC2=5U ) RBL 20 2 RMODTC1 22.898 .MODEL RMODTC1 RES( TC1=1.500M ) CTRENCH 21 20 88.405F DS 21 20 DSUB RS 3 21 310.131 *extractelement REPORT1 0 REPORTER PARAMS: P0=4 P1=3 P2=0 P3=0 P4=1 P5=0 .MODEL DSUB D( IS=120.042F CJO=650.439F M=400M VJ=650M IBV=100P ) .ENDS HPAD3BL .SUBCKT SUPPLYSHUNT 1 3 21 XQ1A 1 2 3 21 H14E05 XQ1B 1 2 3 21 H14E05 XQ1C 1 2 3 21 H14E05 XQ1D 1 2 3 21 H14E05 XQ1E 1 2 3 21 H14E05 XQ1F 1 2 3 21 H14E05 XC1 2 1 21 HCS3117 XR1A 2 3 21 HRI4013021 XR1B 2 3 21 HRI4013021 .ENDS SUPPLYSHUNT .model n npn is=1e-16 va = 100 bf = 100 + cjc=2.5e-13 tf = 10e-12 xti=0 .model p pnp is=1e-16 va = 50 bf = 50 +cjc=2.5e-13 tf = 25e-12