Linear Technology Linearview 1996

home *** CD-ROM | disk | FTP | other *** search

/ Linear Technology Linearview 1996 / linearview 1996.iso / spice / mm30_lib.exe / OPLTC.LIB

Wrap

Text File | 1993-04-05 | 150.9 KB | 7,280 lines

* * OPLTC.LIB * * A library of Linear Technology SPICE subcircuit definitions * * This library of macromodels is being supplied to LTC users as an * aid to circuit designs. While the models reflect reasonably * close similarity to corresponding devices in performance terms, * their use is not suggested as a replacement for breadboarding. * Simulation should be used as a forerunner or a supplement to * traditional lab testing. * * Users should very carefully note the following factors regarding * these models: Model performance in general will reflect typical * baseline specs for a given device, and certain aspects of per- * formance may not be modeled fully. While reasonable care has * been taken in their preparation, we cannot be responsible for * correct application on any and all computer systems. Model users * are hereby notified that these models are supplied "as is", with * no direct or implied responsibility on the part of LTC for their * operation within a customer circuit or system. Further, Linear * Technology Corporation reserves the right to change these models * without prior notice. * * In all cases, the current data sheet information for a given real * device is your final design guideline, and is the only actual * performance guarantee. For further technical information, refer * to individual device data sheets. Your feedback and suggestions * on these (and future) models will be appreciated! * * Linear Technology Corporation * 1630 McCarthy Blvd., Milpitas, CA, 95035 * (408) 432-1900 * * ----------------------------------------------------------------------- * * * This file written: Monday, April 5, 1993 03:08:00 pm * * ----------------------------------------------------------------------- * * * Date Time Name * ---- ---- ---- * 11-16-90 14:33 LT1008 * 11-16-90 12:14 LT1220 * 09-18-90 10:15 LT1122 * 09-18-90 09:51 LM108A * 09-18-90 09:51 LM308 * 09-18-90 09:51 LM308A * 09-18-90 09:51 LM108 * 09-18-90 09:50 LM101A * 09-18-90 09:48 LM301A * 08-13-90 14:37 LM10C * 06-20-90 13:34 LT1101 * 06-20-90 13:32 LT1078A * 06-20-90 13:27 LT1078 * 06-20-90 13:24 LT1178A * 06-20-90 13:19 LT1178 * 06-20-90 12:28 OP37A * 06-20-90 12:24 OP37C * 06-20-90 12:17 OP27C * 06-20-90 12:12 OP27A * 06-20-90 12:00 OP07C * 06-20-90 11:54 OP07E * 06-20-90 11:50 OP07A * 06-20-90 11:37 OP05C * 06-20-90 11:34 OP05E * 06-20-90 11:29 OP05A * 06-20-90 10:40 LT1012D * 06-20-90 10:39 LT1012S8 * 06-20-90 10:31 LT1012A * 05-22-90 11:06 LM318 * 05-22-90 10:58 LT118A * 05-22-90 10:01 LT1028 * 05-22-90 09:56 LT1028A * 05-22-90 09:38 LT1006 * 05-22-90 09:26 LT1013 * 05-21-90 12:10 LT1037A * 05-21-90 12:01 LT1037 * 05-21-90 11:21 LT1007A * 05-21-90 11:18 LT1007 * 05-21-90 11:04 LT1001 * 05-21-90 10:58 LT1006S8 * 05-21-90 10:49 LM307 * 05-18-90 13:49 LT1013D * 05-18-90 13:34 LT1001A * 05-18-90 13:25 LT1006A * 05-18-90 13:22 LT1013A * 05-11-90 15:56 LTC1051 * 05-11-90 11:42 LTC1150 * 05-11-90 11:36 LTC1049 * 05-11-90 11:30 LTC1052 * 05-11-90 11:24 LTC1050A * 05-11-90 11:16 LTC1050 * 05-10-90 19:02 OP16B * 05-10-90 19:00 OP16A * 05-10-90 18:57 OP16C * 05-10-90 18:54 OP15B * 05-10-90 18:51 OP15A * 05-10-90 18:49 OP15C * 05-10-90 18:44 OP215A * 05-10-90 18:40 OP215C * 05-10-90 18:37 LF412A * 05-10-90 18:34 LF412 * 05-10-90 18:28 LF156A * 05-10-90 18:26 LF156 * 05-10-90 18:25 LF356A * 05-10-90 18:23 LF356 * 05-10-90 18:19 LF155A * 05-10-90 18:16 LF155 * 05-10-90 18:14 LF355A * 05-10-90 18:12 LF355 * 05-10-90 18:05 LT1057S * 05-10-90 18:03 LT1057A * 05-10-90 17:58 LT1057 * 05-10-90 17:54 LT1056S8 * 05-10-90 16:37 LT1056A * 05-10-90 16:35 LT1056 * 05-10-90 16:24 LT1055S8 * 05-10-90 16:21 LT1055A * 05-10-90 16:19 LT1055 * 05-10-90 15:08 LT1022 * 05-10-90 15:06 LT1022A * 12-07-89 14:49 OP97 * 12-07-89 14:49 OP07 * 12-07-89 14:49 OP05 * 12-07-89 14:48 LT1115 * 12-07-89 14:48 LT1097 * 12-07-89 14:48 LT1012 * 12-07-89 14:48 LM118 * 12-07-89 14:48 LM107 * 03-16-93 16:00 LT1187 * 03-16-93 16:00 LT1189 * 03-16-93 16:00 LT1190 * 03-16-93 16:00 LT1191 * 03-16-93 16:00 LT1192 * 03-16-93 16:00 LT1193 * 03-16-93 16:00 LT1194 * 03-16-93 16:00 LT1195 * 03-16-93 16:00 LT1200 * 03-16-93 16:00 LT1201 * 03-16-93 16:00 LT1202 * 03-16-93 16:00 LT1208 * 03-16-93 16:00 LT1208 * 03-16-93 16:00 LT1209 * 03-16-93 16:00 LT1211 * 03-16-93 16:00 LT1212 * 03-16-93 16:00 LT1213 * 03-16-93 16:00 LT1214 * 03-16-93 16:00 LT1215 * 03-16-93 16:00 LT1216 * 03-16-93 16:00 LT1217 * 03-16-93 16:00 LT1220 * 03-16-93 16:00 LT1221 * 03-16-93 16:00 LT1222 * 03-16-93 16:00 LT1223 * 03-16-93 16:00 LT1224 * 03-16-93 16:00 LT1225 * 03-16-93 16:00 LT1226 * 03-16-93 16:00 LT1227 * 03-16-93 16:00 LT1228 * 03-16-93 16:00 LT1229 * 03-16-93 16:00 LT1230 * 03-16-93 16:00 LT1252 * 03-16-93 16:00 LT1253 * 03-16-93 16:00 LT1254 * * * * ----------------------------------------------------------------------- * * * Macromodel connections: * * The LTC library has two basic connection types as shown below. * The first is used with internally compensated (5 pin) op amps, * and the second with externally compensated (7 pin) op amps. * * CONNECTIONS: + - V+V-O *.SUBCKT LM107 3 2 7 4 6 (in the macromodel, line appears without the '*') * INPUT * * CONNECTIONS: + - V+V-O CACB *.SUBCKT LM101A 3 2 7 4 6 1 8 (in the macromodel, line appears without the '*') * USE C=30 PF IN MAIN CIRCUIT (CA TO CB). * INPUT * * ----------------------------------------------------------------------- * .SUBCKT LT1008 3 2 7 4 6 1 8 * USE C=30 PF IN MAIN CIRCUIT (CA TO CB). * INPUT RC1 7 80 8.842E+03 RC2 7 90 8.842E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 DDM1 2 3 DM2 DDM2 3 2 DM2 C1 80 90 8.660E-12 RE1 10 12 2.246E+02 RE2 11 12 2.246E+02 IEE 12 4 6.000E-06 RE 12 0 3.333E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 2.841E-11 GA 8 0 80 90 1.131E-04 R2 8 0 1.000E+05 * EXTERNAL COMP CAP USED FOR C2 (SEE NOTE ABOVE). GB 1 0 8 0 1.960E+02 * OUTPUT RO1 1 6 1.000E+02 RO2 1 0 9.000E+02 RC 17 0 6.802E-05 GC 0 17 6 0 1.470E+04 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 1.774E+00 VE 14 4 1.774E+00 IP 7 4 3.740E-04 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=6.667E+04) .MODEL QM2 NPN (IS=8.009E-16 BF=2.000E+05) .MODEL DM1 D (IS=4.276E-12) .MODEL DM2 D (IS=8.000E-16) .ENDS LT1008 * * - - - - - * FINI LT1008 * - - - - - * [OAMM VN1 8/89] .SUBCKT LT1122 3 2 7 4 6 * INPUT RD1 4 80 3.5368E+02 RD2 4 90 3.5368E+02 J1 80 2 12 JM1 J2 90 3 12 JM2 CIN 2 3 4.0000E-12 C1 80 90 9.7411E-12 ISS 7 12 2.2500E-03 * INTERMEDIATE GCM 0 8 12 0 3.5595E-08 GA 8 0 80 90 2.8274E-03 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 3.6103E+01 RO2 1 0 3.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 1.3974E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 3.6997E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 2.1997E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 4.7500E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=2.9500E-11 BETA=1.7765E-03 VTO=-2.000000E+00) .MODEL JM2 PJF (IS=2.4500E-11 BETA=1.7765E-03 VTO=-1.999400E+00) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=4.8000E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LT1122 * * - - - - - * FINI LT1122 * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LM108A 3 2 7 4 6 1 8 * USE C=30 PF IN MAIN CIRCUIT (CA TO CB). * INPUT RC1 7 80 8.842E+03 RC2 7 90 8.842E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 DDM1 2 3 DM2 DDM2 3 2 DM2 C1 80 90 5.460E-12 RE1 10 12 2.246E+02 RE2 11 12 2.246E+02 IEE 12 4 6.001E-06 RE 12 0 3.333E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 3.576E-10 GA 8 0 80 90 1.131E-04 R2 8 0 1.000E+05 * EXTERNAL COMP CAP USED FOR C2 (SEE NOTE ABOVE). GB 1 0 8 0 3.146E+01 * OUTPUT RO1 1 6 1.111E+02 RO2 1 0 8.889E+02 RC 17 0 3.533E-04 GC 0 17 6 0 2.830E+03 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 1.766E+00 VE 14 4 1.766E+00 IP 7 4 2.940E-04 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=5.714E+03) .MODEL QM2 NPN (IS=8.093E-16 BF=6.316E+03) .MODEL DM1 D (IS=1.192E-10) .MODEL DM2 D (IS=8.000E-16) .ENDS LM108A * .SUBCKT LH2108A 3 2 7 4 6 1 8 X_LH2108A 3 2 7 4 6 1 8 LM108A .ENDS LH2108A * * - - - - - * FINI LM108A FAMILY * - - - - - * [OAMM VN1 8/89] .SUBCKT LM308 3 2 7 4 6 1 8 * USE C=30 PF IN MAIN CIRCUIT (CA TO CB). * INPUT RC1 7 80 8.842E+03 RC2 7 90 8.842E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 DDM1 2 3 DM2 DDM2 3 2 DM2 C1 80 90 5.460E-12 RE1 10 12 2.245E+02 RE2 11 12 2.245E+02 IEE 12 4 6.003E-06 RE 12 0 3.332E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 1.131E-09 GA 8 0 80 90 1.131E-04 R2 8 0 1.000E+05 * EXTERNAL COMP CAP USED FOR C2 (SEE NOTE ABOVE). GB 1 0 8 0 3.146E+01 * OUTPUT RO1 1 6 1.111E+02 RO2 1 0 8.889E+02 RC 17 0 3.533E-04 GC 0 17 6 0 2.830E+03 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 1.766E+00 VE 14 4 1.766E+00 IP 7 4 2.940E-04 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=1.875E+03) .MODEL QM2 NPN (IS=8.643E-16 BF=2.143E+03) .MODEL DM1 D (IS=1.192E-10) .MODEL DM2 D (IS=8.000E-16) .ENDS LM308 * * - - - - - * FINI LM308 * - - - - - * [OAMM VN1 8/89] .SUBCKT LM308A 3 2 7 4 6 1 8 * USE C=30 PF IN MAIN CIRCUIT (CA TO CB). * INPUT RC1 7 80 8.842E+03 RC2 7 90 8.842E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 DDM1 2 3 DM2 DDM2 3 2 DM2 C1 80 90 5.460E-12 RE1 10 12 2.245E+02 RE2 11 12 2.245E+02 IEE 12 4 6.003E-06 RE 12 0 3.332E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 3.576E-10 GA 8 0 80 90 1.131E-04 R2 8 0 1.000E+05 * EXTERNAL COMP CAP USED FOR C2 (SEE NOTE ABOVE). GB 1 0 8 0 3.146E+01 * OUTPUT RO1 1 6 1.111E+02 RO2 1 0 8.889E+02 RC 17 0 3.533E-04 GC 0 17 6 0 2.830E+03 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 1.766E+00 VE 14 4 1.766E+00 IP 7 4 2.940E-04 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=1.875E+03) .MODEL QM2 NPN (IS=8.093E-16 BF=2.143E+03) .MODEL DM1 D (IS=1.192E-10) .MODEL DM2 D (IS=8.000E-16) .ENDS LM308A * * - - - - - * FINI LM308A * - - - - - * [OAMM VN1 8/89] .SUBCKT LM108 3 2 7 4 6 1 8 * USE C=30 PF IN MAIN CIRCUIT (CA TO CB). * INPUT RC1 7 80 8.842E+03 RC2 7 90 8.842E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 DDM1 2 3 DM2 DDM2 3 2 DM2 C1 80 90 5.460E-12 RE1 10 12 2.246E+02 RE2 11 12 2.246E+02 IEE 12 4 6.001E-06 RE 12 0 3.333E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 1.131E-09 GA 8 0 80 90 1.131E-04 R2 8 0 1.000E+05 * EXTERNAL COMP CAP USED FOR C2 (SEE NOTE ABOVE). GB 1 0 8 0 3.146E+01 * OUTPUT RO1 1 6 1.111E+02 RO2 1 0 8.889E+02 RC 17 0 3.533E-04 GC 0 17 6 0 2.830E+03 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 1.766E+00 VE 14 4 1.766E+00 IP 7 4 2.940E-04 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=5.714E+03) .MODEL QM2 NPN (IS=8.220E-16 BF=6.316E+03) .MODEL DM1 D (IS=1.192E-10) .MODEL DM2 D (IS=8.000E-16) .ENDS LM108 * .SUBCKT LH2108 3 2 7 4 6 1 8 X_LH2108 3 2 7 4 6 1 8 LM108 .ENDS LH2108 * * - - - - - * FINI LM108 FAMILY * - - - - - * [OAMM VN1 8/89] .SUBCKT LM101A 3 2 7 4 6 1 8 * USE C=30 PF IN MAIN CIRCUIT (CA TO CB). * INPUT RC1 7 80 5.895E+03 RC2 7 90 5.895E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 C1 80 90 5.460E-12 RE1 10 12 2.438E+03 RE2 11 12 2.438E+03 IEE 12 4 1.506E-05 RE 12 0 1.328E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 2.689E-09 GA 8 0 80 90 1.696E-04 R2 8 0 1.000E+05 * EXTERNAL COMP CAP USED FOR C2 (SEE NOTE ABOVE). GB 1 0 8 0 1.401E+02 * OUTPUT RO1 1 6 3.333E+01 RO2 1 0 6.667E+01 RC 17 0 4.758E-05 GC 0 17 6 0 2.102E+04 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 1.808E+00 VE 14 4 1.808E+00 IP 7 4 1.785E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=2.439E+02) .MODEL QM2 NPN (IS=8.220E-16 BF=2.564E+02) .MODEL DM1 D (IS=3.337E-15) .MODEL DM2 D (IS=8.000E-16) .ENDS LM101A * * - - - - - * FINI LM101A * - - - - - * [OAMM VN1 8/89] .SUBCKT LM301A 3 2 7 4 6 1 8 * USE C=30 PF IN MAIN CIRCUIT (CA TO CB). * INPUT RC1 7 80 5.895E+03 RC2 7 90 5.895E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 C1 80 90 5.460E-12 RE1 10 12 2.438E+03 RE2 11 12 2.438E+03 IEE 12 4 1.506E-05 RE 12 0 1.328E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 2.689E-09 GA 8 0 80 90 1.696E-04 R2 8 0 1.000E+05 * EXTERNAL COMP CAP USED FOR C2 (SEE NOTE ABOVE). GB 1 0 8 0 1.401E+02 * OUTPUT RO1 1 6 3.333E+01 RO2 1 0 6.667E+01 RC 17 0 4.758E-05 GC 0 17 6 0 2.102E+04 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 1.808E+00 VE 14 4 1.808E+00 IP 7 4 1.785E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=1.049E+02) .MODEL QM2 NPN (IS=8.647E-16 BF=1.095E+02) .MODEL DM1 D (IS=3.337E-15) .MODEL DM2 D (IS=8.000E-16) .ENDS LM301A * * - - - - - * FINI LM301A * - - - - - * [OAMM VN1 8/89] .SUBCKT LM10C 3 2 7 4 6 1 8 RC1 4 80 5.305E+04 RC2 4 90 5.305E+04 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 4.000E+03 RB2 3 103 4.000E+03 DCM1 105 102 DM2 DCM2 105 103 DM2 VCMC 105 4 4.000E-01 C1 80 90 2.598E-11 RE1 10 12 4.134E+04 RE2 11 12 4.134E+04 IEE 7 12 4.524E-06 RE 12 0 4.421E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 85 12 0 1.497E-10 GA 85 0 80 90 1.885E-05 R2 85 0 1.000E+05 C2 15 85 3.000E-11 GB 15 0 85 0 2.455E+02 * OUTPUT RO1 15 110 1.000E+02 RO2A 15 0 1.083E+03 RO2B 6 110 8.170E+02 EC 17 0 110 0 1 D1 15 17 DM1 D2 17 15 DM1 D3 110 13 DM2 D4 14 110 DM2 D5 6 110 DM2 D6 110 6 DM2 VC 7 13 8.075E-01 VE 14 4 8.075E-01 IP 7 4 2.955E-04 DSUB 4 7 DM2 * REFERENCE ER 1 4 8 200 70E3 VR 200 4 0.200 RRIN 200 4 1E9 IBR 8 4 22E-9 * MODELS .MODEL QM1 PNP (IS=8.000E-16 BF=1.844E+02) .MODEL QM2 PNP (IS=8.156E-16 BF=1.907E+02) .MODEL DM1 D (IS=2.784E-32) .MODEL DM2 D (IS=8.000E-16 BV=4.9500E+01) * .ENDS LM10C * * - - - - - * FINI LM10C * - - - - - * [OAMM VP02 6/26/90] .SUBCKT LT1101 1 2 3 4 5 6 7 8 * R90A 1 2 828E3 R9A 2 100 82.8E3 RA 100 101 9.2E3 RB 101 102 9.2E3 R9B 102 7 82.8E3 R90B 7 8 828E3 * XA 3 100 5 4 101 LT1078 XB 6 102 5 4 8 LT1078 * RINA 3 0 7E9 RINB 6 0 7E9 * .ENDS LT1101 * * CONNECTIONS: + - V+V-O .SUBCKT LT1078 3 2 7 4 6 * INPUT RC1 4 80 2.653E+04 RC2 4 90 2.653E+04 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 6.000E+02 RB2 3 103 6.000E+02 DCM1 105 102 DM2 DCM2 105 103 DM2 VCMC 105 4 4.000E-01 C1 80 90 8.660E-12 RE1 10 12 4.958E+03 RE2 11 12 4.958E+03 IEE 7 12 2.412E-06 RE 12 0 8.292E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 1.501E-10 GA 8 0 80 90 3.770E-05 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 2.449E+02 * OUTPUT RO1 1 110 1.000E+02 RO2A 1 0 1.083E+03 RO2B 6 110 8.170E+02 EC 17 0 110 0 1 D1 1 17 DM1 D2 17 1 DM1 D3 110 13 DM2 D4 14 110 DM2 D5 6 110 DM2 D6 110 6 DM2 VC 7 13 1.490E+00 VE 14 4 7.911E-01 IP 7 4 4.259E-05 DSUB 4 7 DM2 * MODELS .MODEL QM1 PNP (IS=8.000E-16 BF=1.992E+02) .MODEL QM2 PNP (IS=8.012E-16 BF=2.008E+02) .MODEL DM1 D (IS=3.718E-24) .MODEL DM2 D (IS=8.000E-16) .ENDS LT1078 * - - - - - * FINI LT1101 * - - - - - * .SUBCKT LT1078A 3 2 7 4 6 * INPUT RC1 4 80 2.653E+04 RC2 4 90 2.653E+04 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 6.000E+02 RB2 3 103 6.000E+02 DCM1 105 102 DM2 DCM2 105 103 DM2 VCMC 105 4 4.000E-01 C1 80 90 8.660E-12 RE1 10 12 4.958E+03 RE2 11 12 4.958E+03 IEE 7 12 2.412E-06 RE 12 0 8.292E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 1.501E-10 GA 8 0 80 90 3.770E-05 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 2.449E+02 * OUTPUT RO1 1 110 1.000E+02 RO2A 1 0 1.083E+03 RO2B 6 110 8.170E+02 EC 17 0 110 0 1 D1 1 17 DM1 D2 17 1 DM1 D3 110 13 DM2 D4 14 110 DM2 D5 6 110 DM2 D6 110 6 DM2 VC 7 13 1.490E+00 VE 14 4 7.911E-01 IP 7 4 4.259E-05 DSUB 4 7 DM2 * MODELS .MODEL QM1 PNP (IS=8.000E-16 BF=1.992E+02) .MODEL QM2 PNP (IS=8.009E-16 BF=2.008E+02) .MODEL DM1 D (IS=3.718E-24) .MODEL DM2 D (IS=8.000E-16) .ENDS LT1078A * .SUBCKT LT1079A 3 2 7 4 6 X_LT1079A 3 2 7 4 6 LT1078A .ENDS LT1079A * * - - - - - * FINI LT1078A FAMILY * - - - - - * [OAMM VP02 5/11/90] .SUBCKT LT1078 3 2 7 4 6 * INPUT RC1 4 80 2.653E+04 RC2 4 90 2.653E+04 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 6.000E+02 RB2 3 103 6.000E+02 DCM1 105 102 DM2 DCM2 105 103 DM2 VCMC 105 4 4.000E-01 C1 80 90 8.660E-12 RE1 10 12 4.958E+03 RE2 11 12 4.958E+03 IEE 7 12 2.412E-06 RE 12 0 8.292E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 1.501E-10 GA 8 0 80 90 3.770E-05 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 2.449E+02 * OUTPUT RO1 1 110 1.000E+02 RO2A 1 0 1.083E+03 RO2B 6 110 8.170E+02 EC 17 0 110 0 1 D1 1 17 DM1 D2 17 1 DM1 D3 110 13 DM2 D4 14 110 DM2 D5 6 110 DM2 D6 110 6 DM2 VC 7 13 1.490E+00 VE 14 4 7.911E-01 IP 7 4 4.259E-05 DSUB 4 7 DM2 * MODELS .MODEL QM1 PNP (IS=8.000E-16 BF=1.992E+02) .MODEL QM2 PNP (IS=8.012E-16 BF=2.008E+02) .MODEL DM1 D (IS=3.718E-24) .MODEL DM2 D (IS=8.000E-16) .ENDS LT1078 * .SUBCKT LT1079 3 2 7 4 6 X_LT1079 3 2 7 4 6 LT1078 .ENDS LT1079 * .SUBCKT LT1077 3 2 7 4 6 X_LT1077 3 2 7 4 6 LT1078 .ENDS LT1077 * * - - - - - * FINI LT1078 FAMILY * - - - - - * [OAMM VP02 5/11/90] .SUBCKT LT1178A 3 2 7 4 6 * INPUT RC1 4 80 8.842E+04 RC2 4 90 8.842E+04 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 6.000E+02 RB2 3 103 6.000E+02 DCM1 105 102 DM2 DCM2 105 103 DM2 VCMC 105 4 4.000E-01 C1 80 90 8.660E-12 RE1 10 12 1.933E+04 RE2 11 12 1.933E+04 IEE 7 12 7.560E-07 RE 12 0 2.646E+08 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 8.984E-11 GA 8 0 80 90 1.131E-05 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 5.780E+02 * OUTPUT RO1 1 110 1.000E+02 RO2A 1 0 1.083E+03 RO2B 6 110 8.170E+02 EC 17 0 110 0 1 D1 1 17 DM1 D2 17 1 DM1 D3 110 13 DM2 D4 14 110 DM2 D5 6 110 DM2 D6 110 6 DM2 VC 7 13 1.480E+00 VE 14 4 7.806E-01 IP 7 4 1.424E-05 DSUB 4 7 DM2 * MODELS .MODEL QM1 PNP (IS=8.000E-16 BF=1.240E+02) .MODEL QM2 PNP (IS=8.009E-16 BF=1.261E+02) .MODEL DM1 D (IS=6.881E-16) .MODEL DM2 D (IS=8.000E-16) .ENDS LT1178A * .SUBCKT LT1179A 3 2 7 4 6 X_LT1179A 3 2 7 4 6 LT1178A .ENDS LT1179A * * - - - - - * FINI LT1178A FAMILY * - - - - - * [OAMM VP02 5/11/90] .SUBCKT LT1178 3 2 7 4 6 * INPUT RC1 4 80 8.842E+04 RC2 4 90 8.842E+04 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 6.000E+02 RB2 3 103 6.000E+02 DCM1 105 102 DM2 DCM2 105 103 DM2 VCMC 105 4 4.000E-01 C1 80 90 8.660E-12 RE1 10 12 1.933E+04 RE2 11 12 1.933E+04 IEE 7 12 7.560E-07 RE 12 0 2.646E+08 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 8.984E-11 GA 8 0 80 90 1.131E-05 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 5.780E+02 * OUTPUT RO1 1 110 1.000E+02 RO2A 1 0 1.083E+03 RO2B 6 110 8.170E+02 EC 17 0 110 0 1 D1 1 17 DM1 D2 17 1 DM1 D3 110 13 DM2 D4 14 110 DM2 D5 6 110 DM2 D6 110 6 DM2 VC 7 13 1.480E+00 VE 14 4 7.806E-01 IP 7 4 1.424E-05 DSUB 4 7 DM2 * MODELS .MODEL QM1 PNP (IS=8.000E-16 BF=1.240E+02) .MODEL QM2 PNP (IS=8.012E-16 BF=1.261E+02) .MODEL DM1 D (IS=6.881E-16) .MODEL DM2 D (IS=8.000E-16) .ENDS LT1178 * .SUBCKT LT1179 3 2 7 4 6 X_LT1179 3 2 7 4 6 LT1178 .ENDS LT1179 * * - - - - - * FINI LT1178 FAMILY * - - - - - * [OAMM VP02 5/11/90] .SUBCKT OP37A 3 2 7 4 6 RC1 7 80 6.6315E+02 RC2 7 90 6.6315E+02 Q1 80 2 10 QM1 Q2 90 3 11 QM2 * C1 80 91 200E-12 RXC1 91 90 200 CXC1 91 90 200E-12 C2 8 98 1.000E-12 RXC2 8 98 10.00K CXC2 1 98 5.000E-12 * CIN 3 2 5E-12 DDM1 2 104 DM2 DDM3 104 3 DM2 DDM2 3 105 DM2 DDM4 105 2 DM2 RE1 10 12 -2.6233E+01 RE2 11 12 -2.6233E+01 IEE 12 4 7.5030E-05 RE 12 0 2.666E+06 CE 12 0 1.579E-12 GCM 0 8 12 0 7.558E-10 GA 8 0 80 90 1.5080E-03 R2 8 0 1.000E+05 GB 1 0 8 0 1.9176E+03 RO2 1 0 6.900E+01 * RS 1 6 1 ECL 18 0 1 6 2.828E+01 GCL 0 8 20 0 1 RCL 20 0 1E3 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1 VC 13 6 3.0909 RPLA 7 70 1E4 RPLB 7 131 1E5 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1 VE 6 14 3.0909 RNLA 60 4 1E4 RNLB 141 4 1E5 * IP 7 4 2.625E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=2.778E+03) .MODEL QM2 NPN (IS=8.003E-16 BF=5.769E+03) .MODEL DM1 D (IS=1.000E-19) .MODEL DM2 D (IS=8.000E-16) .MODEL DM3 D (IS=1.000E-20) .ENDS OP37A * .SUBCKT OP37E 3 2 7 4 6 X_OP37E 3 2 7 4 6 OP37A .ENDS OP37E * .SUBCKT OP237A 3 2 7 4 6 X_OP237A 3 2 7 4 6 OP37A .ENDS OP237A * .SUBCKT OP237E 3 2 7 4 6 X_OP237E 3 2 7 4 6 OP37A .ENDS OP237E * * - - - - - * FINI OP37A FAMILY * - - - - - * .SUBCKT OP37C 3 2 7 4 6 RC1 7 80 6.6315E+02 RC2 7 90 6.6315E+02 Q1 80 2 10 QM1 Q2 90 3 11 QM2 * C1 80 91 200E-12 RXC1 91 90 200 CXC1 91 90 200E-12 C2 8 98 1.000E-12 RXC2 8 98 10.00K CXC2 1 98 5.000E-12 * CIN 3 2 5E-12 DDM1 2 104 DM2 DDM3 104 3 DM2 DDM2 3 105 DM2 DDM4 105 2 DM2 RE1 10 12 -2.6233E+01 RE2 11 12 -2.6233E+01 IEE 12 4 7.5030E-05 RE 12 0 2.666E+06 CE 12 0 1.579E-12 GCM 0 8 12 0 7.558E-10 GA 8 0 80 90 1.5080E-03 R2 8 0 1.000E+05 GB 1 0 8 0 1.9176E+03 RO2 1 0 6.900E+01 * RS 1 6 1 ECL 18 0 1 6 2.828E+01 GCL 0 8 20 0 1 RCL 20 0 1E3 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1 VC 13 6 3.0909 RPLA 7 70 1E4 RPLB 7 131 1E5 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1 VE 6 14 3.0909 RNLA 60 4 1E4 RNLB 141 4 1E5 * IP 7 4 2.625E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=2.0000E+03) .MODEL QM2 NPN (IS=8.0093E-16 BF=4.6667E+03) .MODEL DM1 D (IS=1.000E-19) .MODEL DM2 D (IS=8.000E-16) .MODEL DM3 D (IS=1.000E-20) .ENDS OP37C * .SUBCKT OP37G 3 2 7 4 6 X_OP37G 3 2 7 4 6 OP37C .ENDS OP37G * .SUBCKT OP237C 3 2 7 4 6 X_OP237C 3 2 7 4 6 OP37C .ENDS OP237C * .SUBCKT OP237G 3 2 7 4 6 X_OP237G 3 2 7 4 6 OP37C .ENDS OP237G * * - - - - - * FINI OP37C FAMILY * - - - - - * .SUBCKT OP27C 3 2 7 4 6 RC1 7 80 6.6315E+02 RC2 7 90 6.6315E+02 Q1 80 2 10 QM1 Q2 90 3 11 QM2 * C1 80 91 200E-12 RXC1 91 90 50 CXC1 91 90 500E-12 C2 8 98 4.000E-12 RXC2 8 98 4.00K CXC2 1 98 27.000E-12 * CIN 3 2 5E-12 DDM1 2 104 DM2 DDM3 104 3 DM2 DDM2 3 105 DM2 DDM4 105 2 DM2 RE1 10 12 -2.6233E+01 RE2 11 12 -2.6233E+01 IEE 12 4 7.5030E-05 RE 12 0 2.666E+06 CE 12 0 1.579E-12 GCM 0 8 12 0 7.558E-10 GA 8 0 80 90 1.5080E-03 R2 8 0 1.000E+05 GB 1 0 8 0 1.9176E+03 RO2 1 0 6.900E+01 * RS 1 6 1 ECL 18 0 1 6 2.828E+01 GCL 0 8 20 0 1 RCL 20 0 1E3 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1 VC 13 6 3.0909 RPLA 7 70 1E4 RPLB 7 131 1E5 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1 VE 6 14 3.0909 RNLA 60 4 1E4 RNLB 141 4 1E5 * IP 7 4 2.625E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=2.0000E+03) .MODEL QM2 NPN (IS=8.0093E-16 BF=4.6667E+03) .MODEL DM1 D (IS=1.000E-19) .MODEL DM2 D (IS=8.000E-16) .MODEL DM3 D (IS=1.000E-20) .ENDS OP27C * .SUBCKT OP27G 3 2 7 4 6 X_OP27G 3 2 7 4 6 OP27C .ENDS OP27G * .SUBCKT OP227C 3 2 7 4 6 X_OP227C 3 2 7 4 6 OP27C .ENDS OP227C * .SUBCKT OP227G 3 2 7 4 6 X_OP227G 3 2 7 4 6 OP27C .ENDS OP227G * * - - - - - * FINI OP27C FAMILY * - - - - - * .SUBCKT OP27A 3 2 7 4 6 RC1 7 80 6.6315E+02 RC2 7 90 6.6315E+02 Q1 80 2 10 QM1 Q2 90 3 11 QM2 * C1 80 91 200E-12 RXC1 91 90 50 CXC1 91 90 500E-12 C2 8 98 4.000E-12 RXC2 8 98 4.00K CXC2 1 98 27.000E-12 * CIN 3 2 5E-12 DDM1 2 104 DM2 DDM3 104 3 DM2 DDM2 3 105 DM2 DDM4 105 2 DM2 RE1 10 12 -2.6233E+01 RE2 11 12 -2.6233E+01 IEE 12 4 7.5030E-05 RE 12 0 2.666E+06 CE 12 0 1.579E-12 GCM 0 8 12 0 7.558E-10 GA 8 0 80 90 1.5080E-03 R2 8 0 1.000E+05 GB 1 0 8 0 1.9176E+03 RO2 1 0 6.900E+01 * RS 1 6 1 ECL 18 0 1 6 2.828E+01 GCL 0 8 20 0 1 RCL 20 0 1E3 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1 VC 13 6 3.0909 RPLA 7 70 1E4 RPLB 7 131 1E5 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1 VE 6 14 3.0909 RNLA 60 4 1E4 RNLB 141 4 1E5 * IP 7 4 2.625E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=2.778E+03) .MODEL QM2 NPN (IS=8.003E-16 BF=5.769E+03) .MODEL DM1 D (IS=1.000E-19) .MODEL DM2 D (IS=8.000E-16) .MODEL DM3 D (IS=1.000E-20) .ENDS OP27A * .SUBCKT OP27E 3 2 7 4 6 X_OP27E 3 2 7 4 6 OP27A .ENDS OP27E * .SUBCKT OP227A 3 2 7 4 6 X_OP227A 3 2 7 4 6 OP27A .ENDS OP227A * .SUBCKT OP227E 3 2 7 4 6 X_OP227E 3 2 7 4 6 OP27A .ENDS OP227E * * - - - - - * FINI OP27A FAMILY * - - - - - * .SUBCKT OP07C 3 2 7 4 6 * INPUT RC1 7 80 8.842E+03 RC2 7 90 8.842E+03 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 5.000E+02 RB2 3 103 5.000E+02 DDM1 102 104 DM2 DDM3 104 103 DM2 DDM2 103 105 DM2 DDM4 105 102 DM2 C1 80 90 5.460E-12 RE1 10 12 1.948E+03 RE2 11 12 1.948E+03 IEE 12 4 7.502E-06 RE 12 0 2.666E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 5.668E-11 GA 8 0 80 90 1.131E-04 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 1.294E+03 * OUTPUT RO1 1 6 2.575E+01 RO2 1 0 3.425E+01 RC 17 0 6.634E-06 GC 0 17 6 0 1.507E+05 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 2.803E+00 VE 14 4 2.803E+00 IP 7 4 2.492E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=1.705E+03) .MODEL QM2 NPN (IS=8.019E-16 BF=2.679E+03) .MODEL DM1 D (IS=1.486E-08) .MODEL DM2 D (IS=8.000E-16) .ENDS OP07C * .SUBCKT OP07CS8 3 2 7 4 6 X_OP07CS8 3 2 7 4 6 OP07C .ENDS OP07CS8 * * - - - - - * FINI OP07C * - - - - - * [OAMM VN1 8/89] .SUBCKT OP07E 3 2 7 4 6 * INPUT RC1 7 80 8.842E+03 RC2 7 90 8.842E+03 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 5.000E+02 RB2 3 103 5.000E+02 DDM1 102 104 DM2 DDM3 104 103 DM2 DDM2 103 105 DM2 DDM4 105 102 DM2 C1 80 90 5.460E-12 RE1 10 12 1.948E+03 RE2 11 12 1.948E+03 IEE 12 4 7.502E-06 RE 12 0 2.666E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 5.668E-11 GA 8 0 80 90 1.131E-04 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 1.294E+03 * OUTPUT RO1 1 6 2.575E+01 RO2 1 0 3.425E+01 RC 17 0 6.634E-06 GC 0 17 6 0 1.507E+05 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 2.803E+00 VE 14 4 2.803E+00 IP 7 4 2.492E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=2.586E+03) .MODEL QM2 NPN (IS=8.009E-16 BF=3.947E+03) .MODEL DM1 D (IS=1.486E-08) .MODEL DM2 D (IS=8.000E-16) .ENDS OP07E * * - - - - - * FINI OP07E * - - - - - * [OAMM VN1 8/89] .SUBCKT OP07A 3 2 7 4 6 * INPUT RC1 7 80 8.842E+03 RC2 7 90 8.842E+03 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 5.000E+02 RB2 3 103 5.000E+02 DDM1 102 104 DM2 DDM3 104 103 DM2 DDM2 103 105 DM2 DDM4 105 102 DM2 C1 80 90 5.460E-12 RE1 10 12 1.948E+03 RE2 11 12 1.948E+03 IEE 12 4 7.502E-06 RE 12 0 2.666E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 5.668E-11 GA 8 0 80 90 1.131E-04 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 1.294E+03 * OUTPUT RO1 1 6 2.575E+01 RO2 1 0 3.425E+01 RC 17 0 6.634E-06 GC 0 17 6 0 1.507E+05 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 2.803E+00 VE 14 4 2.803E+00 IP 7 4 2.492E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=4.412E+03) .MODEL QM2 NPN (IS=8.003E-16 BF=6.818E+03) .MODEL DM1 D (IS=1.486E-08) .MODEL DM2 D (IS=8.000E-16) .ENDS OP07A * * - - - - - * FINI OP07A * - - - - - * [OAMM VN1 8/89] .SUBCKT OP05C 3 2 7 4 6 * INPUT RC1 7 80 8.842E+03 RC2 7 90 8.842E+03 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 5.000E+02 RB2 3 103 5.000E+02 DDM1 102 104 DM2 DDM3 104 103 DM2 DDM2 103 105 DM2 DDM4 105 102 DM2 C1 80 90 5.460E-12 RE1 10 12 3.097E+03 RE2 11 12 3.097E+03 IEE 12 4 9.002E-06 RE 12 0 2.222E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 5.668E-11 GA 8 0 80 90 1.131E-04 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 6.647E+02 * OUTPUT RO1 1 6 3.333E+01 RO2 1 0 6.667E+01 RC 17 0 1.393E-05 GC 0 17 6 0 7.179E+04 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 2.803E+00 VE 14 4 2.803E+00 IP 7 4 2.991E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=1.667E+03) .MODEL QM2 NPN (IS=8.094E-16 BF=5.001E+03) .MODEL DM1 D (IS=5.991E-12) .MODEL DM2 D (IS=8.000E-16) .ENDS OP05C * * - - - - - * FINI OP05C * - - - - - * [OAMM VN1 8/89] .SUBCKT OP05E 3 2 7 4 6 * INPUT RC1 7 80 8.842E+03 RC2 7 90 8.842E+03 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 5.000E+02 RB2 3 103 5.000E+02 DDM1 102 104 DM2 DDM3 104 103 DM2 DDM2 103 105 DM2 DDM4 105 102 DM2 C1 80 90 5.460E-12 RE1 10 12 3.097E+03 RE2 11 12 3.097E+03 IEE 12 4 9.002E-06 RE 12 0 2.222E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 5.668E-11 GA 8 0 80 90 1.131E-04 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 6.647E+02 * OUTPUT RO1 1 6 3.333E+01 RO2 1 0 6.667E+01 RC 17 0 1.393E-05 GC 0 17 6 0 7.179E+04 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 2.803E+00 VE 14 4 2.803E+00 IP 7 4 2.991E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=2.501E+03) .MODEL QM2 NPN (IS=8.062E-16 BF=7.502E+03) .MODEL DM1 D (IS=5.991E-12) .MODEL DM2 D (IS=8.000E-16) .ENDS OP05E * * - - - - - * FINI OP05E * - - - - - * [OAMM VN1 8/89] .SUBCKT OP05A 3 2 7 4 6 * INPUT RC1 7 80 8.842E+03 RC2 7 90 8.842E+03 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 5.000E+02 RB2 3 103 5.000E+02 DDM1 102 104 DM2 DDM3 104 103 DM2 DDM2 103 105 DM2 DDM4 105 102 DM2 C1 80 90 5.460E-12 RE1 10 12 3.097E+03 RE2 11 12 3.097E+03 IEE 12 4 9.002E-06 RE 12 0 2.222E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 5.668E-11 GA 8 0 80 90 1.131E-04 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 6.647E+02 * OUTPUT RO1 1 6 3.333E+01 RO2 1 0 6.667E+01 RC 17 0 1.393E-05 GC 0 17 6 0 7.179E+04 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 2.803E+00 VE 14 4 2.803E+00 IP 7 4 2.991E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=4.287E+03) .MODEL QM2 NPN (IS=8.022E-16 BF=1.286E+04) .MODEL DM1 D (IS=5.991E-12) .MODEL DM2 D (IS=8.000E-16) .ENDS OP05A * * - - - - - * FINI OP05A * - - - - - * [OAMM VN1 8/89] .SUBCKT LT1012D 3 2 7 4 6 * INPUT RC1 7 80 8.842E+03 RC2 7 90 8.842E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 DDM1 2 3 DM2 DDM2 3 2 DM2 C1 80 90 5.460E-12 RE1 10 12 2.246E+02 RE2 11 12 2.246E+02 IEE 12 4 6.000E-06 RE 12 0 3.333E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 2.841E-11 GA 8 0 80 90 1.131E-04 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 1.960E+02 * OUTPUT RO1 1 6 1.000E+02 RO2 1 0 9.000E+02 RC 17 0 1.063E-04 GC 0 17 6 0 9.408E+03 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 1.785E+00 VE 14 4 1.785E+00 IP 7 4 3.740E-04 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=7.500E+04) .MODEL QM2 NPN (IS=8.004E-16 BF=1.500E+05) .MODEL DM1 D (IS=1.179E-19) .MODEL DM2 D (IS=8.000E-16) .ENDS LT1012D * * - - - - - * FINI LT1012D FAMILY * - - - - - * [OAMM VN01 9/89] .SUBCKT LT1012S8 3 2 7 4 6 * INPUT RC1 7 80 8.842E+03 RC2 7 90 8.842E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 DDM1 2 3 DM2 DDM2 3 2 DM2 C1 80 90 5.460E-12 RE1 10 12 2.246E+02 RE2 11 12 2.246E+02 IEE 12 4 6.000E-06 RE 12 0 3.333E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 2.841E-11 GA 8 0 80 90 1.131E-04 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 1.960E+02 * OUTPUT RO1 1 6 1.000E+02 RO2 1 0 9.000E+02 RC 17 0 1.063E-04 GC 0 17 6 0 9.408E+03 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 1.785E+00 VE 14 4 1.785E+00 IP 7 4 3.740E-04 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=2.857E+04) .MODEL QM2 NPN (IS=8.005E-16 BF=5.455E+04) .MODEL DM1 D (IS=1.179E-19) .MODEL DM2 D (IS=8.000E-16) .ENDS LT1012S8 * * - - - - - * FINI LT1012S8 FAMILY * - - - - - * [OAMM VN01 9/89] .SUBCKT LT1012A 3 2 7 4 6 * INPUT RC1 7 80 8.842E+03 RC2 7 90 8.842E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 DDM1 2 3 DM2 DDM2 3 2 DM2 C1 80 90 5.460E-12 RE1 10 12 2.246E+02 RE2 11 12 2.246E+02 IEE 12 4 6.000E-06 RE 12 0 3.333E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 2.841E-11 GA 8 0 80 90 1.131E-04 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 1.960E+02 * OUTPUT RO1 1 6 1.000E+02 RO2 1 0 9.000E+02 RC 17 0 1.063E-04 GC 0 17 6 0 9.408E+03 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 1.785E+00 VE 14 4 1.785E+00 IP 7 4 3.740E-04 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=9.231E+04) .MODEL QM2 NPN (IS=8.002E-16 BF=1.714E+05) .MODEL DM1 D (IS=1.179E-19) .MODEL DM2 D (IS=8.000E-16) .ENDS LT1012A * .SUBCKT LT1024A 3 2 7 4 6 X_LT1024A 3 2 7 4 6 LT1012A .ENDS LT1024A * * - - - - - * FINI LT1012A FAMILY * - - - - - * [OAMM VN01 9/89] .SUBCKT LM318 3 2 7 4 6 * INPUT RC1 7 80 7.074E+02 RC2 7 90 7.074E+02 Q1 80 2 10 QM1 Q2 90 3 11 QM1 * C1 80 91 300E-12 RXC1 91 90 1E3 CXC1 91 90 15E-12 C2 1 8 5.000E-12 * RB1 2 102 1.0000E+00 RB2 3 103 1.0000E+00 DDM1 102 104 DM2 VZ1 104 103 5.5 DDM2 103 105 DM2 VZ2 105 102 5.5 RE1 10 12 6.209E+02 RE2 11 12 6.209E+02 IEE 12 4 6.000E-04 RE 12 0 3.332E+05 CE 12 0 2.632E-13 * GCM 0 8 12 0 1.414E-08 GA 8 0 80 90 1.414E-03 R2 8 0 1.000E+05 GB 1 0 8 0 5.318E+01 RO2 1 0 7.4000E+01 * RS 1 6 1 ECL 18 0 1 6 3.172E+01 GCL 0 8 20 0 1 RCL 20 0 1E3 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1 VC 13 6 3.6473 RPLA 7 70 1E4 RPLB 7 131 1E5 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1 VE 6 14 3.6473 RNLA 60 4 1E4 RNLB 141 4 1E5 * IP 7 4 4.400E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=1.818E+03) .MODEL QM2 NPN (IS=9.347E-16 BF=2.222E+03) * .MODEL DM1 D (IS=1.000E-19) .MODEL DM2 D (IS=8.000E-16) .MODEL DM3 D (IS=1.000E-20) .ENDS LM318 * .SUBCKT LM318S8 3 2 7 4 6 X_LM318S8 3 2 7 4 6 LM318 .ENDS LM318S8 * * - - - - - * FINI LM318 * - - - - - * .SUBCKT LT118A 3 2 7 4 6 * INPUT RC1 7 80 7.074E+02 RC2 7 90 7.074E+02 Q1 80 2 10 QM1 Q2 90 3 11 QM1 * C1 80 91 300E-12 RXC1 91 90 1E3 CXC1 91 90 15E-12 C2 1 8 5.000E-12 * RB1 2 102 1.0000E+00 RB2 3 103 1.0000E+00 DDM1 102 104 DM2 VZ1 104 103 5.5 DDM2 103 105 DM2 VZ2 105 102 5.5 RE1 10 12 6.209E+02 RE2 11 12 6.209E+02 IEE 12 4 6.000E-04 RE 12 0 3.332E+05 CE 12 0 2.632E-13 * GCM 0 8 12 0 1.414E-08 GA 8 0 80 90 1.414E-03 R2 8 0 1.000E+05 GB 1 0 8 0 5.318E+01 RO2 1 0 7.4000E+01 * RS 1 6 1 ECL 18 0 1 6 3.172E+01 GCL 0 8 20 0 1 RCL 20 0 1E3 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1 VC 13 6 3.6473 RPLA 7 70 1E4 RPLB 7 131 1E5 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1 VE 6 14 3.6473 RNLA 60 4 1E4 RNLB 141 4 1E5 * IP 7 4 4.400E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=2.439E+03) .MODEL QM2 NPN (IS=8.157E-16 BF=2.564E+03) * .MODEL DM1 D (IS=1.000E-19) .MODEL DM2 D (IS=8.000E-16) .MODEL DM3 D (IS=1.000E-20) .ENDS LT118A * .SUBCKT LT318A 3 2 7 4 6 X_LT318A 3 2 7 4 6 LT118A .ENDS LT318A * * - - - - - * FINI LT118A FAMILY * - - - - - * .SUBCKT LT1028 3 2 7 4 6 RC1 7 80 7.0736E+01 RC2 7 90 7.0736E+01 Q1 80 2 10 QM1 Q2 90 3 11 QM2 * C1 80 91 750E-12 RXC1 91 90 50 CXC1 91 90 400E-12 C2 1 98 30.000E-12 RXC2 98 8 1K CXC2 98 8 10.000E-12 * CIN 2 3 15E-12 RIN 2 3 2E4 DDM1 2 104 DM2 DDM3 104 3 DM2 DDM2 3 105 DM2 DDM4 105 2 DM2 RE1 10 12 -4.4157E+01 RE2 11 12 -4.4157E+01 IEE 12 4 4.5006E-04 RE 12 0 4.4439E+05 CE 12 0 1.5789E-12 GCM 0 8 12 0 7.0854E-09 GA 8 0 80 90 1.4137E-02 R2 8 0 1.0000E+05 GB 1 0 8 0 2.6731E+02 RO2 1 0 7.9000E+01 * RS 1 6 1 ECL 18 0 1 6 2.7910E+01 GCL 0 8 20 0 1 RCL 20 0 1E3 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1 VC 13 6 3.6394 RPLA 7 70 1E4 RPLB 7 131 1E5 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1 VE 6 14 3.6394 RNLA 60 4 1E4 RNLB 141 4 1E5 * IP 7 4 7.450E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=5.7692E+03) .MODEL QM2 NPN (IS=8.0062E-16 BF=1.0714E+04) .MODEL DM1 D (IS=1.000E-19) .MODEL DM2 D (IS=8.000E-16) .MODEL DM3 D (IS=1.000E-20) .ENDS LT1028 * .SUBCKT LT1028CS 3 2 7 4 6 X_LT1028CS 3 2 7 4 6 LT1028 .ENDS LT1028CS * - - - - - * FINI LT1028 FAMILY * - - - - - * .SUBCKT LT1028A 3 2 7 4 6 RC1 7 80 7.0736E+01 RC2 7 90 7.0736E+01 Q1 80 2 10 QM1 Q2 90 3 11 QM2 * C1 80 91 750E-12 RXC1 91 90 50 CXC1 91 90 400E-12 C2 1 98 30.000E-12 RXC2 98 8 1K CXC2 98 8 10.000E-12 * CIN 2 3 15E-12 RIN 2 3 2E4 DDM1 2 104 DM2 DDM3 104 3 DM2 DDM2 3 105 DM2 DDM4 105 2 DM2 RE1 10 12 -4.4157E+01 RE2 11 12 -4.4157E+01 IEE 12 4 4.5006E-04 RE 12 0 4.4439E+05 CE 12 0 1.5789E-12 GCM 0 8 12 0 7.0854E-09 GA 8 0 80 90 1.4137E-02 R2 8 0 1.0000E+05 GB 1 0 8 0 2.6731E+02 RO2 1 0 7.9000E+01 * RS 1 6 1 ECL 18 0 1 6 2.7910E+01 GCL 0 8 20 0 1 RCL 20 0 1E3 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1 VC 13 6 3.6394 RPLA 7 70 1E4 RPLB 7 131 1E5 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1 VE 6 14 3.6394 RNLA 60 4 1E4 RNLB 141 4 1E5 * IP 7 4 7.450E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=7.258E+03) .MODEL QM2 NPN (IS=8.003E-16 BF=1.184E+04) .MODEL DM1 D (IS=1.000E-19) .MODEL DM2 D (IS=8.000E-16) .MODEL DM3 D (IS=1.000E-20) .ENDS LT1028A * * - - - - - * FINI LT1028A * - - - - - * .SUBCKT LT1006 1 2 3 4 5 * C1 11 12 8.661E-12 C2 6 7 30.00E-12 DC 8 53 DX DE 54 8 DX DLP 90 91 DX DLN 92 90 DX DP 4 3 DX EGND 99 0 POLY(2) (3,0) (4,0) 0 .5 .5 FB 7 99 POLY(5) VB VC VE VLP VLN 0 2.475E9 -2E9 2E9 2E9 -2E9 GA 6 0 11 12 113.1E-6 GCM 0 6 10 99 225.7E-12 IEE 3 10 DC 12.03E-6 HLIM 90 0 VLIM 1K Q1 11 102 13 QM1 Q2 12 101 14 QM2 RB1 2 102 400 RB2 1 101 400 DCM1 105 102 DX DCM2 105 101 DX VCMC 105 4 DC 0.4 R2 6 9 100.0E3 RC1 4 11 8.841E3 RC2 4 12 8.841E3 RE1 13 10 4.519E3 RE2 14 10 4.519E3 REE 10 99 16.63E6 RO1 8 5 80 RO2 7 99 25 IP 3 4 328E-6 VB 9 0 DC 0 VC 3 53 DC 1.610 VE 54 4 DC .61 VLIM 7 8 DC 0 VLP 91 0 DC 25 VLN 0 92 DC 25 .MODEL DX D(IS=800.0E-18) .MODEL QM1 PNP (IS=8.000E-16 BF=5.955E+02) .MODEL QM2 PNP (IS=8.009E-16 BF=6.045E+02) .ENDS *--------------------------------------------------------------- .SUBCKT LT1013 1 2 3 4 5 * C1 11 12 8.661E-12 C2 6 7 30.00E-12 DC 8 53 DX DE 54 8 DX DLP 90 91 DX DLN 92 90 DX DP 4 3 DX EGND 99 0 POLY(2) (3,0) (4,0) 0 .5 .5 FB 7 99 POLY(5) VB VC VE VLP VLN 0 2.475E9 -2E9 2E9 2E9 -2E9 GA 6 0 11 12 113.1E-6 GCM 0 6 10 99 225.7E-12 IEE 3 10 DC 12.03E-6 HLIM 90 0 VLIM 1K Q1 11 102 13 QM1 Q2 12 101 14 QM2 RB1 2 102 400 RB2 1 101 400 DCM1 105 102 DX DCM2 105 101 DX VCMC 105 4 DC 0.4 R2 6 9 100.0E3 RC1 4 11 8.841E3 RC2 4 12 8.841E3 RE1 13 10 4.519E3 RE2 14 10 4.519E3 REE 10 99 16.63E6 RO1 8 5 80 RO2 7 99 25 IP 3 4 328E-6 VB 9 0 DC 0 VC 3 53 DC 1.610 VE 54 4 DC .61 VLIM 7 8 DC 0 VLP 91 0 DC 25 VLN 0 92 DC 25 .MODEL DX D(IS=800.0E-18) .MODEL QM1 PNP (IS=8.000E-16 BF=3.974E+02) .MODEL QM2 PNP (IS=8.019E-16 BF=4.027E+02) .ENDS *--------------------------------------------------------------- * CONNECTIONS: NON-INVERTING INPUT * | INVERTING INPUT * | | POSITIVE POWER SUPPLY * | | | NEGATIVE POWER SUPPLY * | | | | OUTPUT * | | | | | .SUBCKT LT1014 1 2 3 4 5 * X_LT1014 1 2 3 4 5 LT1013 .ENDS *--------------------------------------------------------------- .SUBCKT LT1037A 3 2 7 4 6 RC1 7 80 6.6315E+02 RC2 7 90 6.6315E+02 Q1 80 2 10 QM1 Q2 90 3 11 QM2 * C1 80 91 200E-12 RXC1 91 90 200 CXC1 91 90 200E-12 C2 8 98 1.000E-12 RXC2 8 98 10.00K CXC2 1 98 5.000E-12 * CIN 3 2 5E-12 DDM1 2 104 DM2 DDM3 104 3 DM2 DDM2 3 105 DM2 DDM4 105 2 DM2 RE1 10 12 -2.6233E+01 RE2 11 12 -2.6233E+01 IEE 12 4 7.5030E-05 RE 12 0 2.666E+06 CE 12 0 1.579E-12 GCM 0 8 12 0 7.558E-10 GA 8 0 80 90 1.5080E-03 R2 8 0 1.000E+05 GB 1 0 8 0 1.9176E+03 RO2 1 0 6.900E+01 * RS 1 6 1 ECL 18 0 1 6 2.828E+01 GCL 0 8 20 0 1 RCL 20 0 1E3 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1 VC 13 6 3.0909 RPLA 7 70 1E4 RPLB 7 131 1E5 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1 VE 6 14 3.0909 RNLA 60 4 1E4 RNLB 141 4 1E5 * IP 7 4 2.625E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=2.778E+03) .MODEL QM2 NPN (IS=8.003E-16 BF=5.769E+03) .MODEL DM1 D (IS=1.000E-19) .MODEL DM2 D (IS=8.000E-16) .MODEL DM3 D (IS=1.000E-20) .ENDS LT1037A * * - - - - - * FINI LT1037A * - - - - - * .SUBCKT LT1037 3 2 7 4 6 RC1 7 80 6.6315E+02 RC2 7 90 6.6315E+02 Q1 80 2 10 QM1 Q2 90 3 11 QM2 * C1 80 91 200E-12 RXC1 91 90 200 CXC1 91 90 200E-12 C2 8 98 1.000E-12 RXC2 8 98 10.00K CXC2 1 98 5.000E-12 * CIN 3 2 5E-12 DDM1 2 104 DM2 DDM3 104 3 DM2 DDM2 3 105 DM2 DDM4 105 2 DM2 RE1 10 12 -2.6233E+01 RE2 11 12 -2.6233E+01 IEE 12 4 7.5030E-05 RE 12 0 2.666E+06 CE 12 0 1.579E-12 GCM 0 8 12 0 7.558E-10 GA 8 0 80 90 1.5080E-03 R2 8 0 1.000E+05 GB 1 0 8 0 1.9176E+03 RO2 1 0 6.900E+01 * RS 1 6 1 ECL 18 0 1 6 2.828E+01 GCL 0 8 20 0 1 RCL 20 0 1E3 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1 VC 13 6 3.0909 RPLA 7 70 1E4 RPLB 7 131 1E5 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1 VE 6 14 3.0909 RNLA 60 4 1E4 RNLB 141 4 1E5 * IP 7 4 2.625E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=1.7857E+03) .MODEL QM2 NPN (IS=8.0062E-16 BF=4.1667E+03) .MODEL DM1 D (IS=1.000E-19) .MODEL DM2 D (IS=8.000E-16) .MODEL DM3 D (IS=1.000E-20) .ENDS LT1037 * .SUBCKT LT1037CS 3 2 7 4 6 X_LT1037CS 3 2 7 4 6 LT1037 .ENDS LT1037CS * - - - - - * FINI LT1037 FAMILY * - - - - - * .SUBCKT LT1007A 3 2 7 4 6 RC1 7 80 6.6315E+02 RC2 7 90 6.6315E+02 Q1 80 2 10 QM1 Q2 90 3 11 QM2 * C1 80 91 200E-12 RXC1 91 90 50 CXC1 91 90 500E-12 C2 8 98 4.000E-12 RXC2 8 98 4.00K CXC2 1 98 27.000E-12 * CIN 3 2 5E-12 DDM1 2 104 DM2 DDM3 104 3 DM2 DDM2 3 105 DM2 DDM4 105 2 DM2 RE1 10 12 -2.6233E+01 RE2 11 12 -2.6233E+01 IEE 12 4 7.5030E-05 RE 12 0 2.666E+06 CE 12 0 1.579E-12 GCM 0 8 12 0 7.558E-10 GA 8 0 80 90 1.5080E-03 R2 8 0 1.000E+05 GB 1 0 8 0 1.9176E+03 RO2 1 0 6.900E+01 * RS 1 6 1 ECL 18 0 1 6 2.828E+01 GCL 0 8 20 0 1 RCL 20 0 1E3 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1 VC 13 6 3.0909 RPLA 7 70 1E4 RPLB 7 131 1E5 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1 VE 6 14 3.0909 RNLA 60 4 1E4 RNLB 141 4 1E5 * IP 7 4 2.625E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=2.778E+03) .MODEL QM2 NPN (IS=8.003E-16 BF=5.769E+03) .MODEL DM1 D (IS=1.000E-19) .MODEL DM2 D (IS=8.000E-16) .MODEL DM3 D (IS=1.000E-20) .ENDS LT1007A * * - - - - - * FINI LT1007A * - - - - - * .SUBCKT LT1007 3 2 7 4 6 RC1 7 80 6.6315E+02 RC2 7 90 6.6315E+02 Q1 80 2 10 QM1 Q2 90 3 11 QM2 * C1 80 91 200E-12 RXC1 91 90 50 CXC1 91 90 500E-12 C2 8 98 4.000E-12 RXC2 8 98 4.00K CXC2 1 98 27.000E-12 * CIN 3 2 5E-12 DDM1 2 104 DM2 DDM3 104 3 DM2 DDM2 3 105 DM2 DDM4 105 2 DM2 RE1 10 12 -2.6233E+01 RE2 11 12 -2.6233E+01 IEE 12 4 7.5030E-05 RE 12 0 2.666E+06 CE 12 0 1.579E-12 GCM 0 8 12 0 7.558E-10 GA 8 0 80 90 1.5080E-03 R2 8 0 1.000E+05 GB 1 0 8 0 1.9176E+03 RO2 1 0 6.900E+01 * RS 1 6 1 ECL 18 0 1 6 2.828E+01 GCL 0 8 20 0 1 RCL 20 0 1E3 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1 VC 13 6 3.0909 RPLA 7 70 1E4 RPLB 7 131 1E5 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1 VE 6 14 3.0909 RNLA 60 4 1E4 RNLB 141 4 1E5 * IP 7 4 2.625E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=1.7857E+03) .MODEL QM2 NPN (IS=8.0062E-16 BF=4.1667E+03) .MODEL DM1 D (IS=1.000E-19) .MODEL DM2 D (IS=8.000E-16) .MODEL DM3 D (IS=1.000E-20) .ENDS LT1007 * .SUBCKT LT1007CS 3 2 7 4 6 X_LT1007CS 3 2 7 4 6 LT1007 .ENDS LT1007CS * - - - - - * FINI LT1007 FAMILY * - - - - - * .SUBCKT LT1001 3 2 7 4 6 * INPUT RC1 7 80 6.631E+03 RC2 7 90 6.631E+03 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 5.000E+02 RB2 3 103 5.000E+02 DDM1 102 104 DM2 DDM3 104 103 DM2 DDM2 103 105 DM2 DDM4 105 102 DM2 C1 80 90 8.660E-12 RE1 10 12 1.409E+03 RE2 11 12 1.409E+03 IEE 12 4 9.901E-06 RE 12 0 2.020E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 7.558E-11 GA 8 0 80 90 1.508E-04 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 1.538E+03 * OUTPUT RO1 1 6 2.575E+01 RO2 1 0 3.425E+01 RC 17 0 4.228E-06 GC 0 17 6 0 2.365E+05 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 1.803E+00 VE 14 4 1.803E+00 IP 7 4 1.590E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=5.500E+03) .MODEL QM2 NPN (IS=8.006E-16 BF=9.900E+03) .MODEL DM1 D (IS=2.331E-08) .MODEL DM2 D (IS=8.000E-16) .ENDS LT1001 * .SUBCKT LT1002 3 2 7 4 6 X_LT1002 3 2 7 4 6 LT1001 .ENDS LT1002 * .SUBCKT LT1001S8 3 2 7 4 6 X_LT1001S8 3 2 7 4 6 LT1001 .ENDS LT1001S8 * - - - - - * FINI LT1001 FAMILY * - - - - - * [OAMM VN01 9/89] .SUBCKT LT1006S8 1 2 3 4 5 * C1 11 12 8.661E-12 C2 6 7 30.00E-12 DC 8 53 DX DE 54 8 DX DLP 90 91 DX DLN 92 90 DX DP 4 3 DX EGND 99 0 POLY(2) (3,0) (4,0) 0 .5 .5 FB 7 99 POLY(5) VB VC VE VLP VLN 0 2.475E9 -2E9 2E9 2E9 -2E9 GA 6 0 11 12 113.1E-6 GCM 0 6 10 99 225.7E-12 IEE 3 10 DC 12.03E-6 HLIM 90 0 VLIM 1K Q1 11 102 13 QM1 Q2 12 101 14 QM2 RB1 2 102 400 RB2 1 101 400 DCM1 105 102 DX DCM2 105 101 DX VCMC 105 4 DC 0.4 R2 6 9 100.0E3 RC1 4 11 8.841E3 RC2 4 12 8.841E3 RE1 13 10 4.519E3 RE2 14 10 4.519E3 REE 10 99 16.63E6 RO1 8 5 80 RO2 7 99 25 IP 3 4 328E-6 VB 9 0 DC 0 VC 3 53 DC 1.610 VE 54 4 DC .61 VLIM 7 8 DC 0 VLP 91 0 DC 25 VLN 0 92 DC 25 .MODEL DX D(IS=800.0E-18) .MODEL QM1 PNP (IS=8.000E-16 BF=5.955E+02) .MODEL QM2 PNP (IS=8.025E-16 BF=6.045E+02) .ENDS .SUBCKT LM307 3 2 7 4 6 * INPUT RC1 7 80 5.895E+03 RC2 7 90 5.895E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 C1 80 90 5.460E-12 RE1 10 12 2.438E+03 RE2 11 12 2.438E+03 IEE 12 4 1.506E-05 RE 12 0 1.328E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 2.689E-09 GA 8 0 80 90 1.696E-04 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 1.401E+02 * OUTPUT RO1 1 6 3.333E+01 RO2 1 0 6.667E+01 RC 17 0 4.758E-05 GC 0 17 6 0 2.102E+04 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 1.808E+00 VE 14 4 1.808E+00 IP 7 4 1.785E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=1.049E+02) .MODEL QM2 NPN (IS=8.647E-16 BF=1.095E+02) .MODEL DM1 D (IS=3.337E-15) .MODEL DM2 D (IS=8.000E-16) .ENDS LM307 * * - - - - - * FINI LM307 * - - - - - * [OAMM VN1 8/89] .SUBCKT LT1013D 1 2 3 4 5 * C1 11 12 8.661E-12 C2 6 7 30.00E-12 DC 8 53 DX DE 54 8 DX DLP 90 91 DX DLN 92 90 DX DP 4 3 DX EGND 99 0 POLY(2) (3,0) (4,0) 0 .5 .5 FB 7 99 POLY(5) VB VC VE VLP VLN 0 2.475E9 -2E9 2E9 2E9 -2E9 GA 6 0 11 12 113.1E-6 GCM 0 6 10 99 225.7E-12 IEE 3 10 DC 12.03E-6 HLIM 90 0 VLIM 1K Q1 11 102 13 QM1 Q2 12 101 14 QM2 RB1 2 102 400 RB2 1 101 400 DCM1 105 102 DX DCM2 105 101 DX VCMC 105 4 DC 0.4 R2 6 9 100.0E3 RC1 4 11 8.841E3 RC2 4 12 8.841E3 RE1 13 10 4.519E3 RE2 14 10 4.519E3 REE 10 99 16.63E6 RO1 8 5 80 RO2 7 99 25 IP 3 4 328E-6 VB 9 0 DC 0 VC 3 53 DC 1.610 VE 54 4 DC .61 VLIM 7 8 DC 0 VLP 91 0 DC 25 VLN 0 92 DC 25 .MODEL DX D(IS=800.0E-18) .MODEL QM1 PNP (IS=8.000E-16 BF=3.974E+02) .MODEL QM2 PNP (IS=8.062E-16 BF=4.027E+02) .ENDS *--------------------------------------------------------------- * CONNECTIONS: + - V+V-O .SUBCKT LT1014D 1 2 3 4 5 * X_LT1014D 1 2 3 4 5 LT1013D .ENDS *--------------------------------------------------------------- .SUBCKT LT1001A 3 2 7 4 6 * INPUT RC1 7 80 6.631E+03 RC2 7 90 6.631E+03 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 5.000E+02 RB2 3 103 5.000E+02 DDM1 102 104 DM2 DDM3 104 103 DM2 DDM2 103 105 DM2 DDM4 105 102 DM2 C1 80 90 8.660E-12 RE1 10 12 1.409E+03 RE2 11 12 1.409E+03 IEE 12 4 9.901E-06 RE 12 0 2.020E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 7.558E-11 GA 8 0 80 90 1.508E-04 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 1.538E+03 * OUTPUT RO1 1 6 2.575E+01 RO2 1 0 3.425E+01 RC 17 0 4.228E-06 GC 0 17 6 0 2.365E+05 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 1.803E+00 VE 14 4 1.803E+00 IP 7 4 1.590E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=7.692E+03) .MODEL QM2 NPN (IS=8.003E-16 BF=1.429E+04) .MODEL DM1 D (IS=2.331E-08) .MODEL DM2 D (IS=8.000E-16) .ENDS LT1001A * .SUBCKT LT1002A 3 2 7 4 6 X_LT1002A 3 2 7 4 6 LT1001A .ENDS LT1002A * * - - - - - * FINI LT1001A FAMILY * - - - - - * [OAMM VN01 9/89] .SUBCKT LT1006A 1 2 3 4 5 * C1 11 12 8.661E-12 C2 6 7 30.00E-12 DC 8 53 DX DE 54 8 DX DLP 90 91 DX DLN 92 90 DX DP 4 3 DX EGND 99 0 POLY(2) (3,0) (4,0) 0 .5 .5 FB 7 99 POLY(5) VB VC VE VLP VLN 0 2.475E9 -2E9 2E9 2E9 -2E9 GA 6 0 11 12 113.1E-6 GCM 0 6 10 99 225.7E-12 IEE 3 10 DC 12.03E-6 HLIM 90 0 VLIM 1K Q1 11 102 13 QM1 Q2 12 101 14 QM2 RB1 2 102 400 RB2 1 101 400 DCM1 105 102 DX DCM2 105 101 DX VCMC 105 4 DC 0.4 R2 6 9 100.0E3 RC1 4 11 8.841E3 RC2 4 12 8.841E3 RE1 13 10 4.519E3 RE2 14 10 4.519E3 REE 10 99 16.63E6 RO1 8 5 80 RO2 7 99 25 IP 3 4 328E-6 VB 9 0 DC 0 VC 3 53 DC 1.610 VE 54 4 DC .61 VLIM 7 8 DC 0 VLP 91 0 DC 25 VLN 0 92 DC 25 .MODEL DX D(IS=800.0E-18) .MODEL QM1 PNP (IS=8.000E-16 BF=6.623E+02) .MODEL QM2 PNP (IS=8.006E-16 BF=6.711E+02) .ENDS .SUBCKT LT1013A 1 2 3 4 5 * C1 11 12 8.661E-12 C2 6 7 30.00E-12 DC 8 53 DX DE 54 8 DX DLP 90 91 DX DLN 92 90 DX DP 4 3 DX EGND 99 0 POLY(2) (3,0) (4,0) 0 .5 .5 FB 7 99 POLY(5) VB VC VE VLP VLN 0 2.475E9 -2E9 2E9 2E9 -2E9 GA 6 0 11 12 113.1E-6 GCM 0 6 10 99 225.7E-12 IEE 3 10 DC 12.03E-6 HLIM 90 0 VLIM 1K Q1 11 102 13 QM1 Q2 12 101 14 QM2 RB1 2 102 400 RB2 1 101 400 DCM1 105 102 DX DCM2 105 101 DX VCMC 105 4 DC 0.4 R2 6 9 100.0E3 RC1 4 11 8.841E3 RC2 4 12 8.841E3 RE1 13 10 4.519E3 RE2 14 10 4.519E3 REE 10 99 16.63E6 RO1 8 5 80 RO2 7 99 25 IP 3 4 328E-6 VB 9 0 DC 0 VC 3 53 DC 1.610 VE 54 4 DC .61 VLIM 7 8 DC 0 VLP 91 0 DC 25 VLN 0 92 DC 25 .MODEL DX D(IS=800.0E-18) .MODEL QM1 PNP (IS=8.000E-16 BF=4.969E+02) .MODEL QM2 PNP (IS=8.012E-16 BF=5.031E+02) .ENDS *--------------------------------------------------------------- * CONNECTIONS: + - V+V-O .SUBCKT LT1014A 1 2 3 4 5 * X_LT1014A 1 2 3 4 5 LT1013A .ENDS *--------------------------------------------------------------- .SUBCKT LTC1051 3 2 7 4 6 * INPUT RD1 4 80 2.1221E+03 RD2 4 90 2.1221E+03 M1 80 2 12 12 PM1 M2 90 3 12 12 PM2 CIN 2 3 5.0000E-12 DG1 2 7 DMG1 DG2 3 7 DMG2 C1 80 90 1.5000E-11 ISS 7 12 1.2000E-04 CS 12 0 1.2857E-11 * INTERMEDIATE GCM 0 8 12 0 1.4902E-10 GA 8 0 80 90 4.7124E-04 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 1.0664E+04 RO2 1 0 1.9900E+02 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 1.7955E+02 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 0.0000E+00 D2 20 21 DM1 VOD2 21 18 2.6932E+00 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 1.4332E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 1.4332E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 8.8000E-04 DSUB 4 7 DM2 * MODELS .MODEL PM1 PMOS (KP=1.8506E-03 VTO=-1.1000000E+00) .MODEL PM2 PMOS (KP=1.8506E-03 VTO=-1.1000005E+00) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=1.9800E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DMG1 D (IS=3.7500E-11) .MODEL DMG2 D (IS=2.2500E-11) .ENDS LTC1051 * .SUBCKT LTC1053 3 2 7 4 6 X_LTC1053 3 2 7 4 6 LTC1051 .ENDS LTC1053 * * - - - - - * FINI LTC1051 FAMILY * - - - - - * [OAMM VM02 5/11/90] .SUBCKT LTC1150 3 2 7 4 6 * INPUT RD1 4 80 2.1221E+03 RD2 4 90 2.1221E+03 M1 80 2 12 12 PM1 M2 90 3 12 12 PM2 CIN 2 3 5.0000E-12 DG1 2 7 DMG1 DG2 3 7 DMG2 C1 80 90 1.5000E-11 ISS 7 12 9.0000E-05 CS 12 0 1.2857E-11 * INTERMEDIATE GCM 0 8 12 0 2.6500E-11 GA 8 0 80 90 4.7124E-04 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 1.0664E+05 RO2 1 0 1.9900E+02 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.9675E+02 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 5.9605E-08 D2 20 21 DM1 VOD2 21 18 2.6708E+00 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 1.4253E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 1.4253E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 7.1000E-04 DSUB 4 7 DM2 * MODELS .MODEL PM1 PMOS (KP=2.4674E-03 VTO=-1.1000000E+00) .MODEL PM2 PMOS (KP=2.4674E-03 VTO=-1.1000005E+00) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=3.9600E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DMG1 D (IS=2.5000E-11) .MODEL DMG2 D (IS=1.5000E-11) .ENDS LTC1150 * * - - - - - * FINI LTC1150 * - - - - - * [OAMM VM02 5/11/90] .SUBCKT LTC1049 3 2 7 4 6 * INPUT RD1 4 80 6.6315E+03 RD2 4 90 6.6315E+03 M1 80 2 12 12 PM1 M2 90 3 12 12 PM2 CIN 2 3 5.0000E-12 DG1 2 7 DMG1 DG2 3 7 DMG2 C1 80 90 1.5000E-11 ISS 7 12 2.4000E-05 * INTERMEDIATE GCM 0 8 12 0 4.7686E-11 GA 8 0 80 90 1.5080E-04 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 3.3324E+04 RO2 1 0 1.9900E+02 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.8534E+02 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 0.0000E+00 D2 20 21 DM1 VOD2 21 18 1.9974E+00 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 1.3894E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 1.3894E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 1.7600E-04 DSUB 4 7 DM2 * MODELS .MODEL PM1 PMOS (KP=9.4748E-04 VTO=-1.1000000E+00) .MODEL PM2 PMOS (KP=9.4748E-04 VTO=-1.1000020E+00) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=1.9800E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DMG1 D (IS=3.7500E-11) .MODEL DMG2 D (IS=2.2500E-11) .ENDS LTC1049 * * - - - - - * FINI LTC1049 * - - - - - * [OAMM VM02 5/11/90] .SUBCKT LTC1052 3 2 7 4 6 * INPUT RD1 4 80 4.4210E+03 RD2 4 90 4.4210E+03 M1 80 2 12 12 PM1 M2 90 3 12 12 PM2 CIN 2 3 5.0000E-12 DG1 2 7 DMG1 DG2 3 7 DMG2 C1 80 90 1.5000E-11 ISS 7 12 1.2000E-04 CS 12 0 7.5000E-12 * INTERMEDIATE GCM 0 8 12 0 2.2619E-11 GA 8 0 80 90 2.2619E-04 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 7.0253E+03 RO2 1 0 1.9900E+02 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 1.7955E+02 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 0.0000E+00 D2 20 21 DM1 VOD2 21 18 1.7955E+00 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 1.4332E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 1.4332E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 1.5800E-03 DSUB 4 7 DM2 * MODELS .MODEL PM1 PMOS (KP=4.2637E-04 VTO=-1.1000000E+00) .MODEL PM2 PMOS (KP=4.2637E-04 VTO=-1.1000005E+00) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=1.9800E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DMG1 D (IS=3.5000E-12) .MODEL DMG2 D (IS=2.5000E-12) .ENDS LTC1052 * .SUBCKT LTC1052CS 3 2 7 4 6 X_LTC1052CS 3 2 7 4 6 LTC1052 .ENDS LTC1052CS * .SUBCKT LTC7652 3 2 7 4 6 X_LTC7652 3 2 7 4 6 LTC1052 .ENDS LTC7652 * * - - - - - * FINI LTC1052 FAMILY * - - - - - * [OAMM VM02 5/11/90] .SUBCKT LTC1050A 3 2 7 4 6 * INPUT RD1 4 80 2.1221E+03 RD2 4 90 2.1221E+03 M1 80 2 12 12 PM1 M2 90 3 12 12 PM2 CIN 2 3 5.0000E-12 DG1 2 7 DMG1 DG2 3 7 DMG2 C1 80 90 1.5000E-11 ISS 7 12 1.2000E-04 CS 12 0 1.2857E-11 * INTERMEDIATE GCM 0 8 12 0 4.7124E-11 GA 8 0 80 90 4.7124E-04 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 1.0664E+04 RO2 1 0 1.9900E+02 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 1.7955E+02 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 0.0000E+00 D2 20 21 DM1 VOD2 21 18 2.6932E+00 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 1.4332E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 1.4332E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 8.8000E-04 DSUB 4 7 DM2 * MODELS .MODEL PM1 PMOS (KP=1.8506E-03 VTO=-1.1000000E+00) .MODEL PM2 PMOS (KP=1.8506E-03 VTO=-1.1000005E+00) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=1.9800E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DMG1 D (IS=2.0010E-11) .MODEL DMG2 D (IS=9.9998E-15) .ENDS LTC1050A * * - - - - - * FINI LTC1050A * - - - - - * [OAMM VM02 5/11/90] .SUBCKT LTC1050 3 2 7 4 6 * INPUT RD1 4 80 2.1221E+03 RD2 4 90 2.1221E+03 M1 80 2 12 12 PM1 M2 90 3 12 12 PM2 CIN 2 3 5.0000E-12 DG1 2 7 DMG1 DG2 3 7 DMG2 C1 80 90 1.5000E-11 ISS 7 12 1.2000E-04 CS 12 0 1.2857E-11 * INTERMEDIATE GCM 0 8 12 0 1.4902E-10 GA 8 0 80 90 4.7124E-04 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 1.0664E+04 RO2 1 0 1.9900E+02 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 1.7955E+02 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 0.0000E+00 D2 20 21 DM1 VOD2 21 18 2.6932E+00 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 1.4332E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 1.4332E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 8.8000E-04 DSUB 4 7 DM2 * MODELS .MODEL PM1 PMOS (KP=1.8506E-03 VTO=-1.1000000E+00) .MODEL PM2 PMOS (KP=1.8506E-03 VTO=-1.1000005E+00) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=1.9800E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DMG1 D (IS=2.0010E-11) .MODEL DMG2 D (IS=9.9998E-15) .ENDS LTC1050 * * - - - - - * FINI LTC1050 * - - - - - * [OAMM VM02 5/11/90] .SUBCKT OP16B 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 6.9805E+02 RD2 40 90 6.9805E+02 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 7.2000E-04 GOSIT 7 12 90 80 3.6000E-04 * INTERMEDIATE GCM 0 8 12 0 1.4326E-08 GA 8 0 80 90 1.4326E-03 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 2.1118E+01 RO2 1 0 7.4000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.1119E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 3.1666E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 3.1666E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 3.8800E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=4.5000E-11 BETA=1.4252E-03 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=3.5000E-11 BETA=1.4252E-03 VTO=-9.996000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=5.2800E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS OP16B * .SUBCKT OP16F 3 2 7 4 6 X_OP16F 3 2 7 4 6 OP16B .ENDS OP16F * * - - - - - * FINI OP16B FAMILY * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT OP16A 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 6.6315E+02 RD2 40 90 6.6315E+02 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 8.0000E-04 GOSIT 7 12 90 80 4.0000E-04 * INTERMEDIATE GCM 0 8 12 0 1.5080E-08 GA 8 0 80 90 1.5080E-03 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 2.2510E+01 RO2 1 0 7.4000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.1231E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 3.1696E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 3.1696E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 3.8000E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=2.2500E-11 BETA=1.4212E-03 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=1.7500E-11 BETA=1.4212E-03 VTO=-9.998000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=5.2800E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS OP16A * .SUBCKT OP16E 3 2 7 4 6 X_OP16E 3 2 7 4 6 OP16A .ENDS OP16E * * - - - - - * FINI OP16A FAMILY * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT OP16C 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 7.3683E+02 RD2 40 90 7.3683E+02 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 6.4000E-04 GOSIT 7 12 90 80 3.2000E-04 * INTERMEDIATE GCM 0 8 12 0 2.1510E-08 GA 8 0 80 90 1.3572E-03 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 1.9867E+01 RO2 1 0 7.4000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.0994E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 3.1633E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 3.1633E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 4.1600E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=9.0000E-11 BETA=1.4390E-03 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=7.0000E-11 BETA=1.4390E-03 VTO=-9.995000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=4.3200E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS OP16C * .SUBCKT OP16G 3 2 7 4 6 X_OP16G 3 2 7 4 6 OP16C .ENDS OP16G * * - - - - - * FINI OP16C FAMILY * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT OP15B 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 9.3073E+02 RD2 40 90 9.3073E+02 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 4.4000E-04 GOSIT 7 12 90 80 2.2000E-04 * INTERMEDIATE GCM 0 8 12 0 1.0744E-08 GA 8 0 80 90 1.0744E-03 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 2.1047E+01 RO2 1 0 9.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.0598E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 3.1528E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 3.1528E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 2.2600E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=4.5000E-11 BETA=1.3118E-03 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=3.5000E-11 BETA=1.3118E-03 VTO=-9.996000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=5.2800E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS OP15B * .SUBCKT OP15F 3 2 7 4 6 X_OP15F 3 2 7 4 6 OP15B .ENDS OP15F * * - - - - - * FINI OP15B FAMILY * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT OP15A 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 8.8419E+02 RD2 40 90 8.8419E+02 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 5.2000E-04 GOSIT 7 12 90 80 2.6000E-04 * INTERMEDIATE GCM 0 8 12 0 1.1310E-08 GA 8 0 80 90 1.1310E-03 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 2.2434E+01 RO2 1 0 9.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.0774E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 3.1575E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 3.1575E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 2.1800E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=2.0500E-11 BETA=1.2299E-03 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=1.5500E-11 BETA=1.2299E-03 VTO=-9.998000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=5.2800E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS OP15A * .SUBCKT OP15E 3 2 7 4 6 X_OP15E 3 2 7 4 6 OP15A .ENDS OP15E * * - - - - - * FINI OP15A FAMILY * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT OP15C 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 9.8244E+02 RD2 40 90 9.8244E+02 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 3.6000E-04 GOSIT 7 12 90 80 1.8000E-04 * INTERMEDIATE GCM 0 8 12 0 1.6132E-08 GA 8 0 80 90 1.0179E-03 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 1.9800E+01 RO2 1 0 9.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.0387E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 3.1472E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 3.1472E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 2.4400E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=9.0000E-11 BETA=1.4390E-03 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=7.0000E-11 BETA=1.4390E-03 VTO=-9.995000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=4.3200E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS OP15C * .SUBCKT OP15G 3 2 7 4 6 X_OP15G 3 2 7 4 6 OP15C .ENDS OP15G * * - - - - - * FINI OP15C FAMILY * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT OP215A 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 9.3073E+02 RD2 40 90 9.3073E+02 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 6.0000E-04 GOSIT 7 12 90 80 3.0000E-04 * INTERMEDIATE GCM 0 8 12 0 1.0744E-08 GA 8 0 80 90 1.0744E-03 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 3.7427E+01 RO2 1 0 9.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.0925E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 3.1615E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 3.1615E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 1.3000E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=2.0000E-11 BETA=9.6199E-04 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=1.0000E-11 BETA=9.6199E-04 VTO=-9.998000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=5.2800E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS OP215A * .SUBCKT OP215E 3 2 7 4 6 X_OP215E 3 2 7 4 6 OP215A .ENDS OP215E * * - - - - - * FINI OP215A FAMILY * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT OP215C 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 9.6458E+02 RD2 40 90 9.6458E+02 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 5.2000E-04 GOSIT 7 12 90 80 2.6000E-04 * INTERMEDIATE GCM 0 8 12 0 1.0367E-08 GA 8 0 80 90 1.0367E-03 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 2.4474E+01 RO2 1 0 9.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.0774E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 3.1575E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 3.1575E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 1.3800E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=2.7500E-11 BETA=1.0335E-03 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=1.2500E-11 BETA=1.0335E-03 VTO=-9.995000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=4.3200E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS OP215C * .SUBCKT OP215G 3 2 7 4 6 X_OP215G 3 2 7 4 6 OP215C .ENDS OP215G * * - - - - - * FINI OP215C FAMILY * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LF412A 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 9.3073E+02 RD2 40 90 9.3073E+02 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 6.0000E-04 GOSIT 7 12 90 80 3.0000E-04 * INTERMEDIATE GCM 0 8 12 0 1.0744E-08 GA 8 0 80 90 1.0744E-03 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 2.9730E+01 RO2 1 0 9.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.0925E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 3.1615E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 3.1615E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 1.2000E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=2.0000E-11 BETA=9.6199E-04 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=1.0000E-11 BETA=9.6199E-04 VTO=-9.997000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=5.2800E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LF412A * * - - - - - * FINI LF412A * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LF412 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 9.6458E+02 RD2 40 90 9.6458E+02 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 5.2000E-04 GOSIT 7 12 90 80 2.6000E-04 * INTERMEDIATE GCM 0 8 12 0 1.0367E-08 GA 8 0 80 90 1.0367E-03 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 2.4474E+01 RO2 1 0 9.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.0774E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 3.1575E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 3.1575E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 1.3800E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=2.7500E-11 BETA=1.0335E-03 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=1.2500E-11 BETA=1.0335E-03 VTO=-9.995000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=4.3200E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LF412 * * - - - - - * FINI LF412 * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LF156A 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 1.0610E+03 RD2 40 90 1.0610E+03 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 4.8000E-04 GOSIT 7 12 90 80 2.4000E-04 * INTERMEDIATE GCM 0 8 12 0 9.4248E-09 GA 8 0 80 90 9.4248E-04 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 2.8609E+01 RO2 1 0 7.4000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.0690E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 3.1552E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 3.1552E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 4.5200E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=3.1500E-11 BETA=9.2528E-04 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=2.8500E-11 BETA=9.2528E-04 VTO=-9.990000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=5.2800E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LF156A * * - - - - - * FINI LF156A * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LF156 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 1.0610E+03 RD2 40 90 1.0610E+03 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 4.8000E-04 GOSIT 7 12 90 80 2.4000E-04 * INTERMEDIATE GCM 0 8 12 0 9.4248E-09 GA 8 0 80 90 9.4248E-04 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 2.8609E+01 RO2 1 0 7.4000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.0690E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 3.1552E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 3.1552E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 4.5200E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=3.1500E-11 BETA=9.2528E-04 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=2.8500E-11 BETA=9.2528E-04 VTO=-9.980000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=5.2800E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LF156 * * - - - - - * FINI LF156 * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LF356A 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 1.0610E+03 RD2 40 90 1.0610E+03 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 4.8000E-04 GOSIT 7 12 90 80 2.4000E-04 * INTERMEDIATE GCM 0 8 12 0 9.4248E-09 GA 8 0 80 90 9.4248E-04 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 2.8609E+01 RO2 1 0 7.4000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.0690E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 3.1552E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 3.1552E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 4.5200E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=3.1500E-11 BETA=9.2528E-04 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=2.8500E-11 BETA=9.2528E-04 VTO=-9.990000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=5.2800E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LF356A * * - - - - - * FINI LF356A * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LF356 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 1.0610E+03 RD2 40 90 1.0610E+03 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 4.8000E-04 GOSIT 7 12 90 80 2.4000E-04 * INTERMEDIATE GCM 0 8 12 0 9.4248E-09 GA 8 0 80 90 9.4248E-04 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 2.8609E+01 RO2 1 0 7.4000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.0690E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 3.1552E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 3.1552E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 4.5200E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=3.1500E-11 BETA=9.2528E-04 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=2.8500E-11 BETA=9.2528E-04 VTO=-9.970000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=4.3200E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LF356 * * - - - - - * FINI LF356 * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LF155A 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 2.1221E+03 RD2 40 90 2.1221E+03 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 2.8000E-04 GOSIT 7 12 90 80 1.4000E-04 * INTERMEDIATE GCM 0 8 12 0 4.7124E-09 GA 8 0 80 90 4.7124E-04 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 4.2768E+01 RO2 1 0 9.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.0124E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 3.1403E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 3.1403E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 1.7200E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=3.1500E-11 BETA=3.9655E-04 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=2.8500E-11 BETA=3.9655E-04 VTO=-9.990000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=5.2800E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LF155A * * - - - - - * FINI LF155A * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LF155 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 2.1221E+03 RD2 40 90 2.1221E+03 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 2.8000E-04 GOSIT 7 12 90 80 1.4000E-04 * INTERMEDIATE GCM 0 8 12 0 4.7124E-09 GA 8 0 80 90 4.7124E-04 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 4.2768E+01 RO2 1 0 9.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.0124E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 3.1403E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 3.1403E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 1.7200E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=3.1500E-11 BETA=3.9655E-04 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=2.8500E-11 BETA=3.9655E-04 VTO=-9.980000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=5.2800E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LF155 * * - - - - - * FINI LF155 * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LF355A 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 2.1221E+03 RD2 40 90 2.1221E+03 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 2.8000E-04 GOSIT 7 12 90 80 1.4000E-04 * INTERMEDIATE GCM 0 8 12 0 4.7124E-09 GA 8 0 80 90 4.7124E-04 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 4.2768E+01 RO2 1 0 9.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.0124E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 3.1403E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 3.1403E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 1.7200E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=3.1500E-11 BETA=3.9655E-04 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=2.8500E-11 BETA=3.9655E-04 VTO=-9.990000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=5.2800E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LF355A * * - - - - - * FINI LF355A * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LF355 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 2.1221E+03 RD2 40 90 2.1221E+03 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 2.4000E-04 GOSIT 7 12 90 80 1.2000E-04 * INTERMEDIATE GCM 0 8 12 0 4.7124E-09 GA 8 0 80 90 4.7124E-04 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 4.2768E+01 RO2 1 0 9.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 1.9963E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 3.1360E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 3.1360E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 1.7600E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=3.1500E-11 BETA=4.6264E-04 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=2.8500E-11 BETA=4.6264E-04 VTO=-9.970000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=4.3200E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LF355 * * - - - - - * FINI LF355 * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LT1057S 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 1.0610E+03 RD2 40 90 1.0610E+03 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 5.2000E-04 GOSIT 7 12 90 80 2.6000E-04 * INTERMEDIATE GCM 0 8 12 0 1.1865E-08 GA 8 0 80 90 9.4248E-04 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 3.3892E+01 RO2 1 0 9.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.0774E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 2.9575E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 2.9575E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 1.1800E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=1.2500E-11 BETA=8.5410E-04 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=7.5000E-12 BETA=8.5410E-04 VTO=-9.997000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=4.8000E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LT1057S * * - - - - - * FINI LT1057S * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LT1057A 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 1.0610E+03 RD2 40 90 1.0610E+03 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 5.6000E-04 GOSIT 7 12 90 80 2.8000E-04 * INTERMEDIATE GCM 0 8 12 0 9.4248E-09 GA 8 0 80 90 9.4248E-04 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 3.8027E+01 RO2 1 0 9.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.0852E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 2.9595E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 2.9595E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 1.0400E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=6.5000E-12 BETA=7.9309E-04 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=3.5000E-12 BETA=7.9309E-04 VTO=-9.998500E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=4.8000E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LT1057A * .SUBCKT LT1058A 3 2 7 4 6 X_LT1058A 3 2 7 4 6 LT1057A .ENDS LT1058A * * - - - - - * FINI LT1057A FAMILY * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LT1057 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 1.0610E+03 RD2 40 90 1.0610E+03 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 5.2000E-04 GOSIT 7 12 90 80 2.6000E-04 * INTERMEDIATE GCM 0 8 12 0 1.1865E-08 GA 8 0 80 90 9.4248E-04 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 3.3892E+01 RO2 1 0 9.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.0774E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 2.9575E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 2.9575E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 1.1800E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=9.0000E-12 BETA=8.5410E-04 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=5.0000E-12 BETA=8.5410E-04 VTO=-9.998000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=4.8000E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LT1057 * .SUBCKT LT1058 3 2 7 4 6 X_LT1058 3 2 7 4 6 LT1057 .ENDS LT1058 * * - - - - - * FINI LT1057 FAMILY * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LT1056S8 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 9.6458E+02 RD2 40 90 9.6458E+02 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 5.6000E-04 GOSIT 7 12 90 80 2.8000E-04 * INTERMEDIATE GCM 0 8 12 0 1.3052E-08 GA 8 0 80 90 1.0367E-03 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 7.8368E+01 RO2 1 0 4.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 1.7377E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 2.9595E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 2.9595E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 4.4400E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=3.2500E-11 BETA=9.5964E-04 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=2.7500E-11 BETA=9.5964E-04 VTO=-9.995000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=4.8000E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LT1056S8 * * - - - - - * FINI LT1056S8 * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LT1056A 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 8.1618E+02 RD2 40 90 8.1618E+02 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 6.4000E-04 GOSIT 7 12 90 80 3.2000E-04 * INTERMEDIATE GCM 0 8 12 0 1.2252E-08 GA 8 0 80 90 1.2252E-03 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 6.6312E+01 RO2 1 0 4.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 1.7495E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 2.9633E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 2.9633E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 4.3600E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=1.1000E-11 BETA=1.1728E-03 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=9.0000E-12 BETA=1.1728E-03 VTO=-9.999500E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=4.8000E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LT1056A * * - - - - - * FINI LT1056A * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LT1056 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 9.6458E+02 RD2 40 90 9.6458E+02 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 5.6000E-04 GOSIT 7 12 90 80 2.8000E-04 * INTERMEDIATE GCM 0 8 12 0 1.3052E-08 GA 8 0 80 90 1.0367E-03 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 7.8368E+01 RO2 1 0 4.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 1.7377E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 2.9595E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 2.9595E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 4.4400E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=1.1000E-11 BETA=9.5964E-04 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=9.0000E-12 BETA=9.5964E-04 VTO=-9.998600E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=4.8000E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LT1056 * * - - - - - * FINI LT1056 * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LT1055S8 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 1.1789E+03 RD2 40 90 1.1789E+03 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 4.8000E-04 GOSIT 7 12 90 80 2.4000E-04 * INTERMEDIATE GCM 0 8 12 0 1.0679E-08 GA 8 0 80 90 8.4823E-04 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 9.5783E+01 RO2 1 0 4.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 1.7241E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 2.9552E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 2.9552E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 2.3200E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=3.2500E-11 BETA=7.4947E-04 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=2.7500E-11 BETA=7.4947E-04 VTO=-9.995000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=4.8000E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LT1055S8 * * - - - - - * FINI LT1055S8 * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LT1055A 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 1.0610E+03 RD2 40 90 1.0610E+03 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 5.2000E-04 GOSIT 7 12 90 80 2.6000E-04 * INTERMEDIATE GCM 0 8 12 0 9.4248E-09 GA 8 0 80 90 9.4248E-04 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 8.6205E+01 RO2 1 0 4.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 1.7312E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 2.9575E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 2.9575E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 2.2800E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=1.1000E-11 BETA=8.5410E-04 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=9.0000E-12 BETA=8.5410E-04 VTO=-9.999500E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=4.8000E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LT1055A * * - - - - - * FINI LT1055A * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LT1055 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 1.1789E+03 RD2 40 90 1.1789E+03 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 4.8000E-04 GOSIT 7 12 90 80 2.4000E-04 * INTERMEDIATE GCM 0 8 12 0 1.0679E-08 GA 8 0 80 90 8.4823E-04 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 9.5783E+01 RO2 1 0 4.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 1.7241E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 2.9552E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 2.9552E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 2.3200E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=1.1000E-11 BETA=7.4947E-04 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=9.0000E-12 BETA=7.4947E-04 VTO=-9.998800E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=4.8000E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LT1055 * * - - - - - * FINI LT1055 * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LT1022 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 6.6315E+02 RD2 40 90 6.6315E+02 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 1.0000E-03 GOSIT 7 12 90 80 5.0000E-04 * INTERMEDIATE GCM 0 8 12 0 3.7878E-08 GA 8 0 80 90 1.5080E-03 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 5.3878E+01 RO2 1 0 4.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 1.7891E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 2.9759E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 2.9759E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 4.2000E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=1.1000E-11 BETA=1.1370E-03 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=9.0000E-12 BETA=1.1370E-03 VTO=-9.999000E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=4.8000E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LT1022 * * - - - - - * FINI LT1022 * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT LT1022A 3 2 7 4 6 * INPUT VCM2 40 4 2.0000E+00 RD1 40 80 6.6315E+02 RD2 40 90 6.6315E+02 J1 80 102 12 JM1 J2 90 103 12 JM2 CIN 2 3 4.0000E-12 RG1 2 102 2.0000E+00 RG2 3 103 2.0000E+00 ** CM CLAMP * DCM1 107 103 DM4 * DCM2 105 107 DM4 * VCMC 105 4 4.0E+00 * ECMP 106 4 103 4 1 * RCMP 107 106 1E+04 * DCM3 109 102 DM4 * DCM4 105 109 DM4 * ECMN 108 4 102 4 1 * RCMN 109 108 1E+04 ** END CM CLAMP C1 80 90 1.5000E-11 ISS 7 12 1.0000E-03 GOSIT 7 12 90 80 5.0000E-04 * INTERMEDIATE GCM 0 8 12 0 3.0088E-08 GA 8 0 80 90 1.5080E-03 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 5.3878E+01 RO2 1 0 4.9000E+01 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 1.7891E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+03 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 2.9759E+00 RPLA 7 70 1.0000E+04 RPLB 7 131 1.0000E+05 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 2.9759E+00 RNLA 60 4 1.0000E+04 RNLB 141 4 1.0000E+05 * IP 7 4 4.2000E-03 DSUB 4 7 DM2 * MODELS .MODEL JM1 PJF (IS=1.1000E-11 BETA=1.1370E-03 VTO=-1.000000E+00) .MODEL JM2 PJF (IS=9.0000E-12 BETA=1.1370E-03 VTO=-9.999200E-01) .MODEL DM1 D (IS=1.0000E-15) .MODEL DM2 D (IS=8.0000E-16 BV=4.8000E+01) .MODEL DM3 D (IS=1.0000E-16) .MODEL DM4 D (IS=1.0000E-09) .ENDS LT1022A * * - - - - - * FINI LT1022A * - - - - - * [OAMM VJ02 05/08/90] .SUBCKT OP97 3 2 7 4 6 * INPUT RC1 7 80 8.842E+03 RC2 7 90 8.842E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 DDM1 2 3 DM2 DDM2 3 2 DM2 C1 80 90 5.460E-12 RE1 10 12 2.246E+02 RE2 11 12 2.246E+02 IEE 12 4 6.000E-06 RE 12 0 3.333E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 2.841E-11 GA 8 0 80 90 1.131E-04 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 1.960E+02 * OUTPUT RO1 1 6 1.000E+02 RO2 1 0 9.000E+02 RC 17 0 1.063E-04 GC 0 17 6 0 9.408E+03 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 1.785E+00 VE 14 4 1.785E+00 IP 7 4 3.740E-04 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=7.500E+04) .MODEL QM2 NPN (IS=8.008E-16 BF=1.500E+05) .MODEL DM1 D (IS=1.179E-19) .MODEL DM2 D (IS=8.000E-16) .ENDS OP97 * * - - - - - * FINI OP97 * - - - - - * .SUBCKT OP07 3 2 7 4 6 * INPUT RC1 7 80 8.842E+03 RC2 7 90 8.842E+03 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 5.000E+02 RB2 3 103 5.000E+02 DDM1 102 104 DM2 DDM3 104 103 DM2 DDM2 103 105 DM2 DDM4 105 102 DM2 C1 80 90 5.460E-12 RE1 10 12 1.948E+03 RE2 11 12 1.948E+03 IEE 12 4 7.502E-06 RE 12 0 2.666E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 5.668E-11 GA 8 0 80 90 1.131E-04 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 1.294E+03 * OUTPUT RO1 1 6 2.575E+01 RO2 1 0 3.425E+01 RC 17 0 6.634E-06 GC 0 17 6 0 1.507E+05 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 2.803E+00 VE 14 4 2.803E+00 IP 7 4 2.492E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=3.125E+03) .MODEL QM2 NPN (IS=8.009E-16 BF=4.688E+03) .MODEL DM1 D (IS=1.486E-08) .MODEL DM2 D (IS=8.000E-16) .ENDS OP07 * * - - - - - * FINI OP07 * - - - - - * [OAMM VN1 8/89] .SUBCKT OP05 3 2 7 4 6 * INPUT RC1 7 80 8.842E+03 RC2 7 90 8.842E+03 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 5.000E+02 RB2 3 103 5.000E+02 DDM1 102 104 DM2 DDM3 104 103 DM2 DDM2 103 105 DM2 DDM4 105 102 DM2 C1 80 90 5.460E-12 RE1 10 12 3.097E+03 RE2 11 12 3.097E+03 IEE 12 4 9.002E-06 RE 12 0 2.222E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 5.668E-11 GA 8 0 80 90 1.131E-04 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 6.647E+02 * OUTPUT RO1 1 6 3.333E+01 RO2 1 0 6.667E+01 RC 17 0 1.393E-05 GC 0 17 6 0 7.179E+04 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 2.803E+00 VE 14 4 2.803E+00 IP 7 4 2.991E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=3.000E+03) .MODEL QM2 NPN (IS=8.062E-16 BF=9.000E+03) .MODEL DM1 D (IS=5.991E-12) .MODEL DM2 D (IS=8.000E-16) .ENDS OP05 * * - - - - - * FINI OP05 * - - - - - * [OAMM VN1 8/89] .SUBCKT LT1115 3 2 7 4 6 RC1 7 80 7.0736E+01 RC2 7 90 7.0736E+01 Q1 80 2 10 QM1 Q2 90 3 11 QM2 * C1 80 91 750E-12 RXC1 91 90 50 CXC1 91 90 400E-12 C2 1 98 30.000E-12 RXC2 98 8 1K CXC2 98 8 10.000E-12 * CIN 2 3 15E-12 RIN 2 3 2E4 DDM1 2 104 DM2 DDM3 104 3 DM2 DDM2 3 105 DM2 DDM4 105 2 DM2 RE1 10 12 -4.4157E+01 RE2 11 12 -4.4157E+01 IEE 12 4 4.5006E-04 RE 12 0 4.4439E+05 CE 12 0 1.5789E-12 GCM 0 8 12 0 7.0854E-09 GA 8 0 80 90 1.4137E-02 R2 8 0 1.0000E+05 GB 1 0 8 0 2.6731E+02 RO2 1 0 7.9000E+01 * RS 1 6 1 ECL 18 0 1 6 2.7910E+01 GCL 0 8 20 0 1 RCL 20 0 1E3 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1 VC 13 6 3.6394 RPLA 7 70 1E4 RPLB 7 131 1E5 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1 VE 6 14 3.6394 RNLA 60 4 1E4 RNLB 141 4 1E5 * IP 7 4 7.450E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=3.4615E+03) .MODEL QM2 NPN (IS=8.0155E-16 BF=6.4286E+03) .MODEL DM1 D (IS=1.000E-19) .MODEL DM2 D (IS=8.000E-16) .MODEL DM3 D (IS=1.000E-20) .ENDS LT1115 * * - - - - - * FINI LT1115 * - - - - - * .SUBCKT LT1097 3 2 7 4 6 * INPUT RC1 7 80 8.842E+03 RC2 7 90 8.842E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 DDM1 2 3 DM2 DDM2 3 2 DM2 C1 80 90 5.460E-12 RE1 10 12 2.246E+02 RE2 11 12 2.246E+02 IEE 12 4 6.000E-06 RE 12 0 3.333E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 2.841E-11 GA 8 0 80 90 1.131E-04 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 1.960E+02 * OUTPUT RO1 1 6 1.000E+02 RO2 1 0 9.000E+02 RC 17 0 1.063E-04 GC 0 17 6 0 9.408E+03 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 1.785E+00 VE 14 4 1.785E+00 IP 7 4 3.740E-04 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=5.000E+04) .MODEL QM2 NPN (IS=8.003E-16 BF=7.500E+05) .MODEL DM1 D (IS=1.179E-19) .MODEL DM2 D (IS=8.000E-16) .ENDS LT1097 * * - - - - - * FINI LT1097 * - - - - - * .SUBCKT LT1012 3 2 7 4 6 * INPUT RC1 7 80 8.842E+03 RC2 7 90 8.842E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 DDM1 2 3 DM2 DDM2 3 2 DM2 C1 80 90 5.460E-12 RE1 10 12 2.246E+02 RE2 11 12 2.246E+02 IEE 12 4 6.000E-06 RE 12 0 3.333E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 2.841E-11 GA 8 0 80 90 1.131E-04 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 1.960E+02 * OUTPUT RO1 1 6 1.000E+02 RO2 1 0 9.000E+02 RC 17 0 1.063E-04 GC 0 17 6 0 9.408E+03 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 1.785E+00 VE 14 4 1.785E+00 IP 7 4 3.740E-04 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=7.500E+04) .MODEL QM2 NPN (IS=8.003E-16 BF=1.500E+05) .MODEL DM1 D (IS=1.179E-19) .MODEL DM2 D (IS=8.000E-16) .ENDS LT1012 * .SUBCKT LT1024 3 2 7 4 6 X_LT1024 3 2 7 4 6 LT1012 .ENDS LT1024 * * - - - - - * FINI LT1012 FAMILY * - - - - - * [OAMM VN01 9/89] .SUBCKT LM118 3 2 7 4 6 * INPUT RC1 7 80 7.074E+02 RC2 7 90 7.074E+02 Q1 80 2 10 QM1 Q2 90 3 11 QM1 * C1 80 91 300E-12 RXC1 91 90 1E3 CXC1 91 90 15E-12 C2 1 8 5.000E-12 * RB1 2 102 1.0000E+00 RB2 3 103 1.0000E+00 DDM1 102 104 DM2 VZ1 104 103 5.5 DDM2 103 105 DM2 VZ2 105 102 5.5 RE1 10 12 6.209E+02 RE2 11 12 6.209E+02 IEE 12 4 6.000E-04 RE 12 0 3.332E+05 CE 12 0 2.632E-13 * GCM 0 8 12 0 1.414E-08 GA 8 0 80 90 1.414E-03 R2 8 0 1.000E+05 GB 1 0 8 0 5.318E+01 RO2 1 0 7.4000E+01 * RS 1 6 1 ECL 18 0 1 6 3.172E+01 GCL 0 8 20 0 1 RCL 20 0 1E3 D1 18 20 DM1 D2 20 18 DM1 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1 VC 13 6 3.6473 RPLA 7 70 1E4 RPLB 7 131 1E5 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1 VE 6 14 3.6473 RNLA 60 4 1E4 RNLB 141 4 1E5 * IP 7 4 4.400E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=2.4390E+03) .MODEL QM2 NPN (IS=8.6435E-16 BF=2.5641E+03) * .MODEL DM1 D (IS=1.000E-19) .MODEL DM2 D (IS=8.000E-16) .MODEL DM3 D (IS=1.000E-20) .ENDS LM118 * * - - - - - * FINI LM118 * - - - - - * .SUBCKT LM107 3 2 7 4 6 * INPUT RC1 7 80 5.895E+03 RC2 7 90 5.895E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 C1 80 90 5.460E-12 RE1 10 12 2.438E+03 RE2 11 12 2.438E+03 IEE 12 4 1.506E-05 RE 12 0 1.328E+07 CE 12 0 1.579E-12 * INTERMEDIATE GCM 0 8 12 0 2.689E-09 GA 8 0 80 90 1.696E-04 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 1.401E+02 * OUTPUT RO1 1 6 3.333E+01 RO2 1 0 6.667E+01 RC 17 0 4.758E-05 GC 0 17 6 0 2.102E+04 D1 1 17 DM1 D2 17 1 DM1 D3 6 13 DM2 D4 14 6 DM2 VC 7 13 1.808E+00 VE 14 4 1.808E+00 IP 7 4 1.785E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.000E-16 BF=2.439E+02) .MODEL QM2 NPN (IS=8.220E-16 BF=2.564E+02) .MODEL DM1 D (IS=3.337E-15) .MODEL DM2 D (IS=8.000E-16) .ENDS LM107 * * - - - - - * FINI LM107 * - - - - - * [OAMM VN1 8/89] * .SUBCKT LT1187 3 2 7 4 6 REF FB *****LT1187 FRONT END***** RL1A 7 1A 500 RL2A 7 5A 500 RE1A 9A 10A 1143 RE2A 6A 8A 1150 I1 9A 4 DC 234UA I2 10A 4 DC 234UA I3 6A 4 DC 245UA I4 8A 4 DC 245UA Q1A 1A 3 9A MOD1 Q2A 5A 2 10A MOD2 Q3A 1A REF 6A MOD1 Q4A 5A FB 8A MOD2 RCM1 9A 0 10MEG RCM2 6A 0 10MEG CCM1 9A 0 .4PF CCM2 6A 0 .4PF CIN1 2 3 2PF CIN2 REF FB 2PF .MODEL MOD1 NPN BF=500 IS=1.00E-16 .MODEL MOD2 NPN BF 550 IS=1.04E-16 *************************** * INPUT RC1 7 80 8.8419E+01 RC2 7 90 8.8419E+01 Q1 80 1A 10 QM1 Q2 90 5A 11 QM2 CIN 2 3 1.0000E-13 C1 80 90 1.5000E-11 RE1 10 12 +7.8281E+01 RE2 11 12 +7.8281E+01 IEE 12 4 5.1000E-03 RE 12 0 3.9216E+04 * INTERMEDIATE GCM 0 8 12 0 2.2566E-08 GA 8 0 80 90 1.1310E-02 R2 8 0 1.0000E+05 C2 1 8 18.000E-12 GB 1 0 8 0 9.8244E-01 RO2 1 0 9.0000E+00 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.8561E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 0.0000E+00 D2 20 21 DM1 VOD2 21 18 0.0000E+00 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 2.5416E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 2.0416E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 6.9000E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=1.7000E+09) .MODEL QM2 NPN (IS=8.0003E-16 BF=5.1000E+09) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=2.1600E+01) .MODEL DM3 D (IS=1.0000E-16) .ENDS LT1187 * - - - - - * FINI LT1187 * - - - - - * [OAMM VN02 10/29/90] * .SUBCKT LT1189 3 2 7 4 6 REF FB *****LT1189 FRONT END***** RL1A 7 1A 500 RL2A 7 5A 500 RE1A 9A 10A 295 RE2A 6A 8A 300 I1 9A 4 DC 234UA I2 10A 4 DC 234UA I3 6A 4 DC 245UA I4 8A 4 DC 245UA Q1A 1A 3 9A MOD1 Q2A 5A 2 10A MOD2 Q3A 1A REF 6A MOD1 Q4A 5A FB 8A MOD2 RCM1 9A 0 10MEG RCM2 6A 0 10MEG CCM1 9A 0 .2PF CCM2 6A 0 .2PF CIN1 2 3 2PF CIN2 REF FB 2PF .MODEL MOD1 NPN BF=500 IS=1.00E-16 .MODEL MOD2 NPN BF=550 IS=1.04E-16 ************************** * INPUT RC1 7 80 3.5368E+01 RC2 7 90 3.5368E+01 Q1 80 1A 10 QM1 Q2 90 5A 11 QM2 CIN 2 3 1.0000E-13 C1 80 90 4.1212E-11 RE1 10 12 +3.1059E+01 RE2 11 12 +3.1059E+01 IEE 12 4 1.2000E-02 RE 12 0 1.6667E+04 * INTERMEDIATE GCM 0 8 12 0 5.6415E-08 GA 8 0 80 90 2.8274E-02 R2 8 0 1.0000E+05 C2 1 8 25.0000E-12 GB 1 0 8 0 3.5024E-01 RO2 1 0 9.0000E+00 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.9390E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 0.0000E+00 D2 20 21 DM1 VOD2 21 18 0.0000E+00 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 2.5822E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 2.0822E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 1.3970E-09 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=4.0000E+09) .MODEL QM2 NPN (IS=8.0003E-16 BF=1.2000E+10) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=2.1600E+01) .MODEL DM3 D (IS=1.0000E-16) .ENDS LT1189 * * - - - - - * FINI LT1189 * - - - - - * [OAMM VN02 10/29/90] * .SUBCKT LT1190 3 2 7 4 6 * INPUT RC1 7 80 9.6458E+01 RC2 7 90 9.6458E+01 Q1 80 2 10 QM1 Q2 90 3 11 QM2 CIN 2 3 2.2000E-12 C1 80 90 4.0192E-12 ***** CXC1 80 80A 10PF RXR1 80A 90 500 ***** RE1 10 12 +9.3801E+01 RE2 11 12 +9.3801E+01 IEE 12 4 1.9501E-02 RE 12 0 1.0256E+04 * INTERMEDIATE GCM 0 8 12 0 3.2784E-06 GA 8 0 80 90 1.0367E-02 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 6.4305E+00 RO2 1 0 1.5000E+00 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 1.2338E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 0.0000E+00 D2 20 21 DM1 VOD2 21 18 1.8507E-01 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 2.6107E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 2.1107E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 1.2499E-02 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=1.6250E+04) .MODEL QM2 NPN (IS=8.9844E-16 BF=2.4375E+04) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=2.1600E+01) .MODEL DM3 D (IS=1.0000E-16) .ENDS LT1190 * * - - - - - * FINI LT1190 * - - - - - * [OAMM VN02 10/29/90] * .SUBCKT LT1191 3 2 7 4 6 * INPUT RC1 7 80 5.3052E+01 RC2 7 90 5.3052E+01 Q1 80 2 10 QM1 Q2 90 3 11 QM2 CIN 2 3 2.0000E-12 C1 80 90 1.5000E-11 ***** CXC1 80 80A 10PF RXR1 80A 90 250 ***** RE1 10 12 +5.0177E+01 RE2 11 12 +5.0177E+01 IEE 12 4 1.8001E-02 RE 12 0 1.1110E+04 * INTERMEDIATE GCM 0 8 12 0 3.3520E-06 GA 8 0 80 90 1.8850E-02 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 7.0568E+00 RO2 1 0 1.5000E+00 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 1.2296E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 0.0000E+00 D2 20 21 DM1 VOD2 21 18 1.8444E-01 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 2.6057E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 2.1057E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 1.3999E-02 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=1.5000E+04) .MODEL QM2 NPN (IS=8.3155E-16 BF=2.2500E+04) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=2.1600E+01) .MODEL DM3 D (IS=1.0000E-16) .ENDS LT1191 * * - - - - - * FINI LT1191 * - - - - - * [OAMM VN02 10/29/90] * .SUBCKT LT1192 3 2 7 4 6 * INPUT RC1 7 80 1.1789E+01 RC2 7 90 1.1789E+01 Q1 80 2 10 QM1 Q2 90 3 11 QM2 CIN 2 3 1.8000E-12 C1 80 90 5.5981E-11 RE1 10 12 +8.6552E+00 RE2 11 12 +8.6552E+00 IEE 12 4 1.6501E-02 RE 12 0 1.2120E+04 * INTERMEDIATE GCM 0 8 12 0 4.7699E-06 GA 8 0 80 90 8.4823E-02 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 3.1289E+00 RO2 1 0 1.5000E+00 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 1.2252E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 0.0000E+00 D2 20 21 DM1 VOD2 21 18 1.8378E-01 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 2.6003E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 2.1003E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 1.5499E-02 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=1.3750E+04) .MODEL QM2 NPN (IS=8.0621E-16 BF=2.0625E+04) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=2.1600E+01) .MODEL DM3 D (IS=1.0000E-16) .ENDS LT1192 * * - - - - - * FINI LT1192 * - - - - - * [OAMM VN02 10/29/90] * .SUBCKT LT1193 3 2 7 4 6 REF FB *****LT1193 FRONTEND***** RL1A 7 1A 500 RL2A 7 5A 500 RE1A 9A 10A 1K RE2A 6A 8A 1K I1 9A 4 DC .0013 I2 10A 4 DC .0013 I3 6A 4 DC .0014 I4 8A 4 DC .0014 Q1A 1A 3 9A MOD1 Q2A 5A 2 10A MOD2 Q3A 1A REF 6A MOD1 Q4A 5A FB 8A MOD2 RCM1 9A 0 2.5MEG RCM2 6A 0 2.5MEG CCM1 9A 0 .2PF CCM2 6A 0 .2PF CIN1 2 3 2PF CIN2 REF FB 2PF .MODEL MOD1 NPN BF=2000 IS=1.00E-16 .MODEL MOD2 NPN BF 2500 IS=1.04E-16 ************************* * INPUT RC1 7 80 9.6458E+01 RC2 7 90 9.6458E+01 Q1 80 1A 10 QM1 Q2 90 5A 11 QM2 CIN 1A 5A 1.0000E-13 C1 80 90 1.5000E-11 RE1 10 12 +9.3806E+01 RE2 11 12 +9.3806E+01 IEE 12 4 1.9500E-02 RE 12 0 1.0256E+04 * INTERMEDIATE GCM 0 8 12 0 2.0685E-08 GA 8 0 80 90 1.0367E-02 R2 8 0 1.0000E+05 C2 1 8 2.0000E-11 GB 1 0 8 0 1.1435E+01 RO2 1 0 1.5000E+00 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 1.2338E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 0.0000E+00 D2 20 21 DM1 VOD2 21 18 1.8507E-01 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 2.6107E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 2.1107E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 1.0100E-02 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=6.5000E+09) .MODEL QM2 NPN (IS=8.0003E-16 BF=1.9500E+10) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=2.1600E+01) .MODEL DM3 D (IS=1.0000E-16) .ENDS LT1193 * * - - - - - * FINI LT1193 * - - - - - * [OAMM VN02 10/29/90] * .SUBCKT LT1194 3 2 7 4 6 REF VOS1 VOS2 *****LT1194 FRONT END***** VBIAS 2A 4 DC 0.975 I1 6A 4 DC .0014 I2 8A 4 DC .0014 RL1A 7 1A 500 RL2A 7 5A 500 RE1A 9A 10A 230 RE2A 6A 8A 230 RFB FB 6 4500 RG FB REF 500 RX1 VOS1 4 150 RX2 VOS2 4 150 RCM1 9A 0 7.5MEG RCM2 6A 0 7.5MEG CCM1 9A 0 1PF CCM2 6A 0 1PF CIN1 2 3 2PF Q1A 1A 3 9A MOD1 Q2A 5A 2 10A MOD2 Q3A 1A REF 6A MOD1 Q4A 5A FB 8A MOD2 Q5A 9A 2A VOS1 MOD1 Q6A 10A 2A VOS2 MOD1 .MODEL MOD1 NPN BF=2000 IS=1.00E-16 .MODEL MOD2 NPN BF=2500 IS=1.04E-16 *************************** * INPUT RC1 7 80 5.8946E+01 RC2 7 90 5.8946E+01 Q1 80 1A 10 QM1 Q2 90 5A 11 QM2 CIN 1A 5A 1.0000E-13 C1 80 90 1.5000E-11 RE1 10 12 +5.6484E+01 RE2 11 12 +5.6484E+01 IEE 12 4 2.1000E-02 RE 12 0 9.5238E+03 * INTERMEDIATE GCM 0 8 12 0 3.3849E-08 GA 8 0 80 90 1.6965E-02 R2 8 0 1.0000E+05 C2 1 8 3.0000E-11 GB 1 0 8 0 3.1215E+00 RO2 1 0 1.5000E+00 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 1.2378E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 0.0000E+00 D2 20 21 DM1 VOD2 21 18 1.8567E-01 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 2.6155E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 2.1155E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 8.5000E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=7.0000E+09) .MODEL QM2 NPN (IS=8.0003E-16 BF=2.1000E+10) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=2.1600E+01) .MODEL DM3 D (IS=1.0000E-16) .ENDS LT1194 * * - - - - - * FINI LT1194 * - - - - - * [OAMM VN02 10/29/90] * .SUBCKT LT1195 3 2 7 4 6 *****LT1195 FRONT END***** RL1A 7 1A 500 RL2A 7 5A 500 CRL 1A 5A 6PF RE1A 9A 10A 1200 RCM 9A 0 10MEG I1 9A 4 DC 260UA I2 10A 4 DC 260UA Q1A 1A 3 9A MOD1 Q2A 5A 2 10A MOD2 .MODEL MOD1 NPN BF=500 IS=1.00E-16 .MODEL MOD2 NPN BF=550 IS=1.04E-16 ************************** * INPUT RC1 7 80 7.5788E+01 RC2 7 90 7.5788E+01 Q1 80 1A 10 QM1 Q2 90 5A 11 QM2 CIN 2 3 2.000E-12 C1 80 90 20.981E-12 RE1 10 12 +6.8885E+01 RE2 11 12 +6.8885E+01 IEE 12 4 7.5010E-03 *RE 12 0 2.6663E+04 * INTERMEDIATE GCM 0 8 12 0 7.4199E-07 GA 8 0 80 90 1.3195E-02 R2 8 0 1.0000E+05 C2 1 800 2.0000E-11 RXC2 800 8 800 GB 1 0 8 0 6.3148E-01 RO2 1 0 9.0000E+00 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.8915E+01 GCL 0 8 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 0.0000E+00 D2 20 21 DM1 VOD2 21 18 0.0000E+00 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 0 8 70 7 1.0000E+00 VC 13 6 2.5586E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 0 8 60 4 1.0000E+00 VE 6 14 2.0586E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 4.4990E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=6.2500E+03) .MODEL QM2 NPN (IS=8.9844E-16 BF=9.3750E+03) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=2.1600E+01) .MODEL DM3 D (IS=1.0000E-16) .ENDS LT1195 * * - - - - - * FINI LT1195 * - - - - - * [OAMM VN02 10/29/90] * * CONNECTIONS: + - V+V-O .SUBCKT LT1200 3 2 7 4 6 * INPUT RC1 7 80 4.5214E+03 RC2 7 90 4.5214E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 CIN 2 3 2.0000E-12 C1 80 90 2.35E-12 *INPUT POLE AT 75MHZ RE1 10 12 +4.1723E+03 RE2 11 12 +4.1723E+03 IEE 12 4 1.6100E-04 RE 12 0 1.2422E+06 * INTERMEDIATE GCM 8 0 12 0 2.2117E-09 GA 8 0 90 80 2.2117E-04 R2 8 0 31.6E+06 C2 8 0 2.67E-12 *POLE AT 75MHZ GX1 0 28 8 0 1E-06 RX1 28 0 1E+06 CX1 28 0 2.12E-15 *POLE AT 150MHZ GX2 0 38 28 0 1E-06 RX2 38 0 1E+06 CX2 38 0 1.06E-15 *POLE AT 150MHZ GX3 0 48 38 0 1E-06 RX3 48 0 1E+06 CX3 48 0 1.06E-15 *ZERO AT 13MHZ GX4 0 58 48 0 1E-06 RX4 58 59 1E+06 LX4 59 0 12.2E-03 *POLE AT 200MHZ GX5 0 68 58 0 1E-06 RX5 68 0 1E+06 CX5 68 0 .796E-15 *POLE AT 750MHZ GX6 0 78 68 0 1E-06 RX6 78 0 1E+06 CX6 78 0 .212E-15 * GB 0 1 78 0 10.5E-03 RO2 1 0 9.5000E+01 RF 8 99 12E+03 CF 99 6 2.5E-12 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 4.5269E+01 GCL 8 0 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 0.0000E+00 D2 20 21 DM1 VOD2 21 18 0.0000E+00 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 8 0 70 7 1.0000E+00 VC 13 6 2.4313E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 8 0 60 4 1.0000E+00 VE 6 14 2.7313E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 8.3900E-04 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=1.5238E+02) .MODEL QM2 NPN (IS=8.1562E-16 BF=1.6842E+02) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=4.3200E+01) .MODEL DM3 D (IS=1.0000E-16) .ENDS LT1200 * * - - - - - * FINI LT1200 * - - - - - * [OAMM VN02 10/29/90] * .SUBCKT LT1201 3 2 7 4 6 * INPUT RC1 7 80 4.5214E+03 RC2 7 90 4.5214E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 CIN 2 3 2.0000E-12 C1 80 90 2.35E-12 *INPUT POLE AT 75MHZ RE1 10 12 +4.1723E+03 RE2 11 12 +4.1723E+03 IEE 12 4 1.6100E-04 RE 12 0 1.2422E+06 * INTERMEDIATE GCM 8 0 12 0 2.2117E-09 GA 8 0 90 80 2.2117E-04 R2 8 0 31.6E+06 C2 8 0 2.67E-12 *POLE AT 75MHZ GX1 0 28 8 0 1E-06 RX1 28 0 1E+06 CX1 28 0 2.12E-15 *POLE AT 150MHZ GX2 0 38 28 0 1E-06 RX2 38 0 1E+06 CX2 38 0 1.06E-15 *POLE AT 150MHZ GX3 0 48 38 0 1E-06 RX3 48 0 1E+06 CX3 48 0 1.06E-15 *ZERO AT 13MHZ GX4 0 58 48 0 1E-06 RX4 58 59 1E+06 LX4 59 0 12.2E-03 *POLE AT 200MHZ GX5 0 68 58 0 1E-06 RX5 68 0 1E+06 CX5 68 0 .796E-15 *POLE AT 750MHZ GX6 0 78 68 0 1E-06 RX6 78 0 1E+06 CX6 78 0 .212E-15 * GB 0 1 78 0 10.5E-03 RO2 1 0 9.5000E+01 RF 8 99 12E+03 CF 99 6 2.5E-12 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 4.5269E+01 GCL 8 0 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 0.0000E+00 D2 20 21 DM1 VOD2 21 18 0.0000E+00 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 8 0 70 7 1.0000E+00 VC 13 6 2.4313E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 8 0 60 4 1.0000E+00 VE 6 14 2.7313E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 8.3900E-04 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=1.5238E+02) .MODEL QM2 NPN (IS=8.1562E-16 BF=1.6842E+02) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=4.3200E+01) .MODEL DM3 D (IS=1.0000E-16) .ENDS LT1201 * * - - - - - * FINI LT1201 * - - - - - * [OAMM VN02 10/29/90] * .SUBCKT LT1202 3 2 7 4 6 * INPUT RC1 7 80 4.5214E+03 RC2 7 90 4.5214E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 CIN 2 3 2.0000E-12 C1 80 90 2.35E-12 *INPUT POLE AT 75MHZ RE1 10 12 +4.1723E+03 RE2 11 12 +4.1723E+03 IEE 12 4 1.6100E-04 RE 12 0 1.2422E+06 * INTERMEDIATE GCM 8 0 12 0 2.2117E-09 GA 8 0 90 80 2.2117E-04 R2 8 0 31.6E+06 C2 8 0 2.67E-12 *POLE AT 75MHZ GX1 0 28 8 0 1E-06 RX1 28 0 1E+06 CX1 28 0 2.12E-15 *POLE AT 150MHZ GX2 0 38 28 0 1E-06 RX2 38 0 1E+06 CX2 38 0 1.06E-15 *POLE AT 150MHZ GX3 0 48 38 0 1E-06 RX3 48 0 1E+06 CX3 48 0 1.06E-15 *ZERO AT 13MHZ GX4 0 58 48 0 1E-06 RX4 58 59 1E+06 LX4 59 0 12.2E-03 *POLE AT 200MHZ GX5 0 68 58 0 1E-06 RX5 68 0 1E+06 CX5 68 0 .796E-15 *POLE AT 750MHZ GX6 0 78 68 0 1E-06 RX6 78 0 1E+06 CX6 78 0 .212E-15 * GB 0 1 78 0 10.5E-03 RO2 1 0 9.5000E+01 RF 8 99 12E+03 CF 99 6 2.5E-12 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 4.5269E+01 GCL 8 0 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 0.0000E+00 D2 20 21 DM1 VOD2 21 18 0.0000E+00 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 8 0 70 7 1.0000E+00 VC 13 6 2.4313E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 8 0 60 4 1.0000E+00 VE 6 14 2.7313E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 8.3900E-04 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=1.5238E+02) .MODEL QM2 NPN (IS=8.1562E-16 BF=1.6842E+02) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=4.3200E+01) .MODEL DM3 D (IS=1.0000E-16) .ENDS LT1202 * * - - - - - * FINI LT1202 * - - - - - * [OAMM VN02 10/29/90] * .SUBCKT LT1208 3 2 7 4 6 * INPUT RC1 7 80 9.9909E+02 RC2 7 90 9.9909E+02 Q1 80 2 10 QM1 Q2 90 3 11 QM2 CIN 2 3 2.0000E-12 C1 80 90 0.265E-12 *INPUT POLE AT 300MHZ RE1 10 12 +9.5717E+02 RE2 11 12 +9.5717E+02 IEE 12 4 1.4240E-03 RE 12 0 1.4045E+05 * INTERMEDIATE GCM 8 0 12 0 1.0009E-08 GA 8 0 90 80 1.0009E-03 R2 8 0 7.35E+06 C2 8 0 3.11E-12 *POLE AT 300MHZ GX1 0 28 8 0 1E-06 RX1 28 0 1E+06 CX1 28 0 0.53E-15 *POLE AT 300MHZ GX2 0 38 28 0 1E-06 RX2 38 0 1E+06 CX2 38 0 0.53E-15 *POLE AT 300MHZ GX3 0 48 38 0 1E-06 RX3 48 0 1E+06 CX3 48 0 0.53E-15 *ZERO AT 60MHZ GX4 0 58 48 0 1E-06 RX4 58 59 1E+06 LX4 59 0 2.65E-03 *POLE AT 120MHZ GX5 0 68 58 0 1E-06 RX5 68 0 1E+06 CX5 68 0 1.33E-15 *POLE AT 300MHZ GX6 0 78 68 0 1E-06 RX6 78 0 1E+06 CX6 78 0 0.53E-15 * GB 0 1 78 0 20.4E-03 RO2 1 0 49 RF 8 99 2400 CF 99 6 5E-12 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.3987E+01 GCL 8 0 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 5.9605E-08 D2 20 21 DM1 VOD2 21 18 5.9605E-08 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 8 0 70 7 1.0000E+00 VC 13 6 2.7909E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 8 0 60 4 1.0000E+00 VE 6 14 3.1909E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 5.5760E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=1.7481E+02) .MODEL QM2 NPN (IS=8.1240E-16 BF=1.7924E+02) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=4.3200E+01) .MODEL DM3 D (IS=1.0000E-16) .ENDS LT1208 * * - - - - - * FINI LT1208 * - - - - - * [OAMM VN02 10/29/90] * .SUBCKT LT1209 3 2 7 4 6 * INPUT RC1 7 80 9.9909E+02 RC2 7 90 9.9909E+02 Q1 80 2 10 QM1 Q2 90 3 11 QM2 CIN 2 3 2.0000E-12 C1 80 90 0.265E-12 *INPUT POLE AT 300MHZ RE1 10 12 +9.5717E+02 RE2 11 12 +9.5717E+02 IEE 12 4 1.4240E-03 RE 12 0 1.4045E+05 * INTERMEDIATE GCM 8 0 12 0 1.0009E-08 GA 8 0 90 80 1.0009E-03 R2 8 0 7.35E+06 C2 8 0 3.11E-12 *POLE AT 300MHZ GX1 0 28 8 0 1E-06 RX1 28 0 1E+06 CX1 28 0 0.53E-15 *POLE AT 300MHZ GX2 0 38 28 0 1E-06 RX2 38 0 1E+06 CX2 38 0 0.53E-15 *POLE AT 300MHZ GX3 0 48 38 0 1E-06 RX3 48 0 1E+06 CX3 48 0 0.53E-15 *ZERO AT 60MHZ GX4 0 58 48 0 1E-06 RX4 58 59 1E+06 LX4 59 0 2.65E-03 *POLE AT 120MHZ GX5 0 68 58 0 1E-06 RX5 68 0 1E+06 CX5 68 0 1.33E-15 *POLE AT 300MHZ GX6 0 78 68 0 1E-06 RX6 78 0 1E+06 CX6 78 0 0.53E-15 * GB 0 1 78 0 20.4E-03 RO2 1 0 49 RF 8 99 2400 CF 99 6 5E-12 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.3987E+01 GCL 8 0 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 5.9605E-08 D2 20 21 DM1 VOD2 21 18 5.9605E-08 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 8 0 70 7 1.0000E+00 VC 13 6 2.7909E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 8 0 60 4 1.0000E+00 VE 6 14 3.1909E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 5.5760E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=1.7481E+02) .MODEL QM2 NPN (IS=8.1240E-16 BF=1.7924E+02) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=4.3200E+01) .MODEL DM3 D (IS=1.0000E-16) .ENDS LT1209 * * - - - - - * FINI LT1209 * - - - - - * [OAMM VN02 10/29/90] * .SUBCKT LT1211 3 2 7 4 6 * INPUT RC1 4 80 3.789E+02 RC2 4 90 3.789E+02 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 1.000E+02 RB2 3 103 1.000E+02 DCM1 105 102 DM2 DCM2 105 103 DM2 VCMC 105 4 4.000E-01 C1 80 90 1.788E-11 RE1 10 12 -51.87531280517578 RE2 11 12 -51.87531280517578 IEE 7 12 1.201E-04 RE 12 0 1.665E+06 CE 12 0 1.579E-12 DCMR 12 112 DM2 VCMR 7 112 1.4 * INTERMEDIATE GCM 0 8 12 0 2.096E-08 GA 8 0 80 90 2.639E-03 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 1.421E+03 * OUTPUT RO1 1 110 5.000E+00 RO2A 1 0 1.500E+01 RO2B 110 6 22 EC 17 0 110 0 1 D1 1 17 DM1 D2 17 1 DM1 D3 110 13 DM2 D4 14 110 DM2 D5 6 110 DM2 D6 110 6 DM2 VC 7 13 1.5E+00 VE 14 4 8.25E-01 IP 7 4 1.180E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 PNP (IS=8.000E-16 BF=9.600E+02) .MODEL QM2 PNP (IS=8.031E-16 BF=1.043E+03) .MODEL DM1 D (IS=1.076E-01) .MODEL DM2 D (IS=8.000E-16 BV=3.9600E+01) .ENDS LT1211 * * - - - - - * FINI LT1211 * - - - - - * [OAMM VP02 6/26/90] * .SUBCKT LT1212 3 2 7 4 6 * INPUT RC1 4 80 3.789E+02 RC2 4 90 3.789E+02 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 1.000E+02 RB2 3 103 1.000E+02 DCM1 105 102 DM2 DCM2 105 103 DM2 VCMC 105 4 4.000E-01 C1 80 90 1.788E-11 RE1 10 12 -51.87531280517578 RE2 11 12 -51.87531280517578 IEE 7 12 1.201E-04 RE 12 0 1.665E+06 CE 12 0 1.579E-12 DCMR 12 112 DM2 VCMR 7 112 1.4 * INTERMEDIATE GCM 0 8 12 0 2.096E-08 GA 8 0 80 90 2.639E-03 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 1.421E+03 * OUTPUT RO1 1 110 5.000E+00 RO2A 1 0 1.500E+01 RO2B 110 6 22 EC 17 0 110 0 1 D1 1 17 DM1 D2 17 1 DM1 D3 110 13 DM2 D4 14 110 DM2 D5 6 110 DM2 D6 110 6 DM2 VC 7 13 1.5E+00 VE 14 4 8.25E-01 IP 7 4 1.180E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 PNP (IS=8.000E-16 BF=9.600E+02) .MODEL QM2 PNP (IS=8.031E-16 BF=1.043E+03) .MODEL DM1 D (IS=1.076E-01) .MODEL DM2 D (IS=8.000E-16 BV=3.9600E+01) .ENDS LT1212 * * - - - - - * FINI LT1212 * - - - - - * [OAMM VP02 6/26/90] * .SUBCKT LT1213 3 2 7 4 6 * INPUT RC1 4 80 1.895E+02 RC2 4 90 1.895E+02 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 1.000E+02 RB2 3 103 1.000E+02 DCM1 105 102 DM2 DCM2 105 103 DM2 VCMC 105 4 4.000E-01 C1 80 90 2.142E-11 RE1 10 12 -13.28056335449219 RE2 11 12 -13.28056335449219 IEE 7 12 2.552E-04 RE 12 0 7.837E+05 CE 12 0 1.579E-12 DCMR 12 112 DM2 VCMR 7 112 1.4 * INTERMEDIATE GCM 0 8 12 0 2.968E-08 GA 8 0 80 90 5.278E-03 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 1.876E+03 * OUTPUT RO1 1 110 5.000E+00 RO2A 1 0 15.000E+00 RO2B 6 110 23.000E+00 EC 17 0 110 0 1 D1 1 17 DM1 D2 17 1 DM1 D3 110 13 DM2 D4 14 110 DM2 D5 6 110 DM2 D6 110 6 DM2 VC 7 13 1.465E+00 VE 14 4 8.262E-01 IP 7 4 2.445E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 PNP (IS=8.000E-16 BF=1.244E+03) .MODEL QM2 PNP (IS=8.031E-16 BF=1.308E+03) .MODEL DM1 D (IS=3.020E-01) .MODEL DM2 D (IS=8.000E-16 BV=3.9600E+01) .ENDS LT1213 * * - - - - - * FINI LT1213.LIB * - - - - - * [OAMM VP02 6/26/90] * .SUBCKT LT1214 3 2 7 4 6 * INPUT RC1 4 80 1.895E+02 RC2 4 90 1.895E+02 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 1.000E+02 RB2 3 103 1.000E+02 DCM1 105 102 DM2 DCM2 105 103 DM2 VCMC 105 4 4.000E-01 C1 80 90 2.142E-11 RE1 10 12 -13.28056335449219 RE2 11 12 -13.28056335449219 IEE 7 12 2.552E-04 RE 12 0 7.837E+05 CE 12 0 1.579E-12 DCMR 12 112 DM2 VCMR 7 112 1.4 * INTERMEDIATE GCM 0 8 12 0 2.968E-08 GA 8 0 80 90 5.278E-03 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 1.876E+03 * OUTPUT RO1 1 110 5.000E+00 RO2A 1 0 15.000E+00 RO2B 6 110 23.000E+00 EC 17 0 110 0 1 D1 1 17 DM1 D2 17 1 DM1 D3 110 13 DM2 D4 14 110 DM2 D5 6 110 DM2 D6 110 6 DM2 VC 7 13 1.465E+00 VE 14 4 8.262E-01 IP 7 4 2.445E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 PNP (IS=8.000E-16 BF=1.244E+03) .MODEL QM2 PNP (IS=8.031E-16 BF=1.308E+03) .MODEL DM1 D (IS=3.020E-01) .MODEL DM2 D (IS=8.000E-16 BV=3.9600E+01) .ENDS LT1214 * * - - - - - * FINI LT1214.LIB * - - - - - * [OAMM VP02 6/26/90] * .SUBCKT LT1215 3 2 7 4 6 * INPUT RC1 4 80 2.307E+02 RC2 4 90 2.307E+02 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 1.000E+02 RB2 3 103 1.000E+02 DCM1 105 102 DM2 DCM2 105 103 DM2 VCMC 105 4 4.000E-01 C1 80 90 2.142E-11 RE1 10 12 1.730E+02 RE2 11 12 1.730E+02 IEE 7 12 9.008E-04 RE 12 0 2.220E+05 CE 12 0 1.579E-12 DCMR 12 112 DM2 VCMR 7 112 2 * INTERMEDIATE GCM 0 8 12 0 1.726E-08 GA 8 0 80 90 4.335E-03 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 1.617E+03 * OUTPUT RO1 1 110 5.000E+00 RO2A 1 0 15.000E+00 RO2B 6 110 23.000E+00 EC 17 0 110 0 1 D1 1 17 DM1 D2 17 1 DM1 D3 110 13 DM2 D4 14 110 DM2 D5 6 110 DM2 D6 110 6 DM2 VC 7 13 1.421E+00 VE 14 4 8.272E-01 IP 7 4 3.849E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 PNP (IS=8.000E-16 BF=1.029E+03) .MODEL QM2 PNP (IS=8.047E-16 BF=1.118E+03) .MODEL DM1 D (IS=9.187E-01) .MODEL DM2 D (IS=8.000E-16 BV=3.9600E+01) .ENDS LT1215 * * - - - - - * FINI LT1215 FAMILY * - - - - - * [OAMM VP02 6/26/90] * .SUBCKT LT1216 3 2 7 4 6 * INPUT RC1 4 80 2.307E+02 RC2 4 90 2.307E+02 Q1 80 102 10 QM1 Q2 90 103 11 QM2 RB1 2 102 1.000E+02 RB2 3 103 1.000E+02 DCM1 105 102 DM2 DCM2 105 103 DM2 VCMC 105 4 4.000E-01 C1 80 90 2.142E-11 RE1 10 12 1.730E+02 RE2 11 12 1.730E+02 IEE 7 12 9.008E-04 RE 12 0 2.220E+05 CE 12 0 1.579E-12 DCMR 12 112 DM2 VCMR 7 112 2 * INTERMEDIATE GCM 0 8 12 0 1.726E-08 GA 8 0 80 90 4.335E-03 R2 8 0 1.000E+05 C2 1 8 3.000E-11 GB 1 0 8 0 1.617E+03 * OUTPUT RO1 1 110 5.000E+00 RO2A 1 0 15.000E+00 RO2B 6 110 23.000E+00 EC 17 0 110 0 1 D1 1 17 DM1 D2 17 1 DM1 D3 110 13 DM2 D4 14 110 DM2 D5 6 110 DM2 D6 110 6 DM2 VC 7 13 1.421E+00 VE 14 4 8.272E-01 IP 7 4 3.849E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 PNP (IS=8.000E-16 BF=1.029E+03) .MODEL QM2 PNP (IS=8.047E-16 BF=1.118E+03) .MODEL DM1 D (IS=9.187E-01) .MODEL DM2 D (IS=8.000E-16 BV=3.9600E+01) .ENDS LT1216 * * - - - - - * FINI LT1216 FAMILY * - - - - - * [OAMM VP02 6/26/90] * .SUBCKT LT1217 3 2 7 4 6 * Q2A 4 3 10 QP 0.5 Q3A 11 10 200 QN Q4A 11 11 7 QP Q5A 9 11 7 QP Q6A 12 11 7 QP Q7A 4 9 12 QP Q8A 7 12 13 QN 10 RSCA 13 6 8 IBA 7 10 DC 40U * Q2B 7 3 110 QN 0.5 Q3B 111 110 200 QP Q4B 111 111 4 QN * Q5B 9 111 4 QN Q6B 112 111 4 QN Q7B 7 9 112 QN Q8B 4 112 113 QP 10 RSCB 6 113 8 IBB 110 4 DC 40U * RC 2 200 16 R9 9 0 5MEG D1 9 6 DC D2 6 9 DC * .MODEL DC D * .MODEL QN NPN (IS=160E-18 BF=170 ISC=40E-18 NC=1 RB=250 RE=8 RC=100 +CJE=0.37P VJE=0.65 MJE=0.33 FC=0.7 CJC=2.1P VJC=0.62 MJC=0.44 +TF=500P * .MODEL QP PNP (IS=165E-18 BF=150 ISC=113E-18 NC=1 RB=250 RE=8 RC=100 +CJE=0.34P VJE=0.75 MJE=0.40 FC=0.7 CJC=2.1P VJC=0.62 MJC=0.44 +TF=500P * .ENDS LT1217 **-------LT1217-------** * .SUBCKT LT1220 3 2 7 4 6 * INPUT RC1 7 80 1E+03 RC2 7 90 1E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 CIN 2 3 2.0000E-12 C1 80 90 0.265E-12 *INPUT POLE AT 300MHZ RE1 10 12 848 RE2 11 12 848 IEE 12 4 1E-03 RE 12 0 2.3E+05 CE 12 0 .75E-12 * INTERMEDIATE GCM 8 0 12 0 1.8E-09 GA 8 0 90 80 1.0E-3 R2 8 0 47.7E+06 C2 8 0 3.51E-12 *POLE AT 180MHZ GX1 0 28 8 0 1E-06 RX1 28 0 1E+06 CX1 28 0 0.885E-15 *POLE AT 180MHZ GX2 0 38 28 0 1E-06 RX2 38 0 1E+06 CX2 38 0 0.885E-15 *POLE AT 240MHZ GX3 0 48 38 0 1E-06 RX3 48 0 1E+06 CX3 48 0 0.663E-15 *ZERO AT 60MHZ GX4 0 58 48 0 1E-06 RX4 58 59 1E+06 LX4 59 0 2.65E-03 *POLE AT 360MHZ GX5 0 68 58 0 1E-06 RX5 68 0 1E+06 CX5 68 0 .443E-15 *POLE AT 360MHZ GX6 0 78 68 0 1E-06 RX6 78 0 1E+06 CX6 78 0 .443E-15 * GB 0 1 78 0 20.4E-03 RO2 1 0 49 RF 8 99 3200 CF 99 6 5E-12 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.3987E+01 GCL 8 0 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 5.9605E-08 D2 20 21 DM1 VOD2 21 18 5.9605E-08 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 8 0 70 7 1.0000E+00 VC 13 6 3.4909E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 8 0 60 4 1.0000E+00 VE 6 14 3.9909E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 7E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0E-16 BF=10E+03) .MODEL QM2 NPN (IS=8.19E-16 BF=3.33E+03) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=4.3200E+01) .MODEL DM3 D (IS=1.0000E-16) .ENDS LT1220 * * - - - - - * FINI LT1220 * - - - - - * * .SUBCKT LT1221 3 2 7 4 6 * INPUT RC1 7 80 1E+03 RC2 7 90 1E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 CIN 2 3 2.0000E-12 C1 80 90 0.265E-12 *INPUT POLE AT 300MHZ RE1 10 12 218 RE2 11 12 218 * RE1, RE2 REDUCED VS LT1220 TO REFLECT HIGHER GM IEE 12 4 1E-03 RE 12 0 2.3E+05 CE 12 0 2E-12 *CE ADDED TO GIVE ASSYMETRICAL SLEW FOR NON-INVERTING GAINS * INTERMEDIATE GCM 8 0 12 0 7.2E-09 GA 8 0 90 80 1.0E-3 R2 8 0 28.4E+06 C2 8 0 3.51E-12 *POLE AT 180MHZ GX1 0 28 8 0 1E-06 RX1 28 0 1E+06 CX1 28 0 0.885E-15 *POLE AT 180MHZ GX2 0 38 28 0 1E-06 RX2 38 0 1E+06 CX2 38 0 0.885E-15 *POLE AT 180MHZ GX3 0 48 38 0 1E-06 RX3 48 0 1E+06 CX3 48 0 0.885E-15 *ZERO AT 60MHZ GX4 0 58 48 0 1E-06 RX4 58 59 1E+06 LX4 59 0 2.65E-03 *POLE AT 360MHZ GX5 0 68 58 0 1E-06 RX5 68 0 1E+06 CX5 68 0 .443E-15 *POLE AT 360MHZ GX6 0 78 68 0 1E-06 RX6 78 0 1E+06 CX6 78 0 .443E-15 * GB 0 1 78 0 20.4E-03 RO2 1 0 49 RF 8 99 3200 CF 99 6 5E-12 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.3987E+01 GCL 8 0 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 5.9605E-08 D2 20 21 DM1 VOD2 21 18 5.9605E-08 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 8 0 70 7 1.0000E+00 VC 13 6 3.4909E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 8 0 60 4 1.0000E+00 VE 6 14 3.9909E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 7E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0E-16 BF=10E+03) .MODEL QM2 NPN (IS=8.1E-16 BF=3.33E+03) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=4.3200E+01) .MODEL DM3 D (IS=1.0000E-16) .ENDS LT1221 * * - - - - - * FINI LT1221 * - - - - - * * .SUBCKT LT1222 3 2 7 4 6 8 * INPUT RC1 7 80 1E+03 RC2 7 90 1E+03 Q1 80 2 10 QM1 Q2 90 3 11 QM2 CIN 2 3 2.0000E-12 C1 80 90 0.265E-12 *INPUT POLE AT 300MHZ RE1 10 12 8.5 RE2 11 12 8.5 * RE1, RE2 REDUCED VS LT1220 TO REFLECT HIGHER GM IEE 12 4 1.2E-03 RE 12 0 2.3E+05 CE 12 0 2E-12 *CE ADDED TO GIVE ASSYMETRICAL SLEW FOR NON-INVERTING GAINS * INTERMEDIATE GCM 8 0 12 0 19.8E-09 GA 8 0 90 80 1.0E-3 R2 8 0 10.9E+06 C2 8 0 5.65E-12 *POLE AT 180MHZ GX1 0 28 8 0 1E-06 RX1 28 0 1E+06 CX1 28 0 0.885E-15 *POLE AT 180MHZ GX2 0 38 28 0 1E-06 RX2 38 0 1E+06 CX2 38 0 0.885E-15 *POLE AT 180MHZ GX3 0 48 38 0 1E-06 RX3 48 0 1E+06 CX3 48 0 0.885E-15 *ZERO AT 60MHZ GX4 0 58 48 0 1E-06 RX4 58 59 1E+06 LX4 59 0 2.65E-03 *POLE AT 240MHZ GX5 0 68 58 0 1E-06 RX5 68 0 1E+06 CX5 68 0 .663E-15 *POLE AT 360MHZ GX6 0 78 68 0 1E-06 RX6 78 0 1E+06 CX6 78 0 .443E-15 * GB 0 1 78 0 20.4E-03 RO2 1 0 49 RF 8 99 2400 CF 99 6 5E-12 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.3987E+01 GCL 8 0 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 5.9605E-08 D2 20 21 DM1 VOD2 21 18 5.9605E-08 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 8 0 70 7 1.0000E+00 VC 13 6 3.4909E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 8 0 60 4 1.0000E+00 VE 6 14 3.9909E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 6.8E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0E-16 BF=12E+03) .MODEL QM2 NPN (IS=8.033E-16 BF=4E+03) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=4.3200E+01) .MODEL DM3 D (IS=1.0000E-16) .ENDS LT1222 * * - - - - - * FINI LT1222 * - - - - - * * .SUBCKT LT1223 3 2 7 4 6 * Q2A 4 3 10 QP 0.5 Q3A 11 10 200 QN Q4A 11 11 7 QP Q5A 9 11 7 QP Q6A 12 11 7 QP Q7A 4 9 12 QP Q8A 7 12 13 QN 10 RSCA 13 6 8 IBA 7 10 DC 350U * Q2B 7 3 110 QN 0.5 Q3B 111 110 200 QP Q4B 111 111 4 QN * Q5B 9 111 4 QN Q6B 112 111 4 QN Q7B 7 9 112 QN Q8B 4 112 113 QP 10 RSCB 6 113 8 IBB 110 4 DC 350U * RC 2 200 16 R9 9 0 5MEG D1 9 6 DC D2 6 9 DC * .MODEL DC D * .MODEL QN NPN (IS=160E-18 BF=170 ISC=40E-18 NC=1 RB=250 RE=8 RC=100 +CJE=0.37P VJE=0.65 MJE=0.33 FC=0.7 CJC=0.8P VJC=0.62 MJC=0.44 +TF=500P * .MODEL QP PNP (IS=165E-18 BF=150 ISC=113E-18 NC=1 RB=250 RE=8 RC=100 +CJE=0.34P VJE=0.75 MJE=0.40 FC=0.7 CJC=0.8P VJC=0.62 MJC=0.44 +TF=500P * .ENDS LT1223 * .SUBCKT LT1224 3 2 7 4 6 * INPUT RC1 7 80 9.9909E+02 RC2 7 90 9.9909E+02 Q1 80 2 10 QM1 Q2 90 3 11 QM2 CIN 2 3 2.0000E-12 C1 80 90 0.265E-12 *INPUT POLE AT 300MHZ RE1 10 12 +9.5717E+02 RE2 11 12 +9.5717E+02 IEE 12 4 1.4240E-03 RE 12 0 1.4045E+05 * INTERMEDIATE GCM 8 0 12 0 1.0009E-08 GA 8 0 90 80 1.0009E-03 R2 8 0 7.35E+06 C2 8 0 3.11E-12 *POLE AT 300MHZ GX1 0 28 8 0 1E-06 RX1 28 0 1E+06 CX1 28 0 0.53E-15 *POLE AT 300MHZ GX2 0 38 28 0 1E-06 RX2 38 0 1E+06 CX2 38 0 0.53E-15 *POLE AT 300MHZ GX3 0 48 38 0 1E-06 RX3 48 0 1E+06 CX3 48 0 0.53E-15 *ZERO AT 60MHZ GX4 0 58 48 0 1E-06 RX4 58 59 1E+06 LX4 59 0 2.65E-03 *POLE AT 120MHZ GX5 0 68 58 0 1E-06 RX5 68 0 1E+06 CX5 68 0 1.33E-15 *POLE AT 300MHZ GX6 0 78 68 0 1E-06 RX6 78 0 1E+06 CX6 78 0 0.53E-15 * GB 0 1 78 0 20.4E-03 RO2 1 0 49 RF 8 99 2400 CF 99 6 5E-12 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.3987E+01 GCL 8 0 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 5.9605E-08 D2 20 21 DM1 VOD2 21 18 5.9605E-08 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 8 0 70 7 1.0000E+00 VC 13 6 2.7909E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 8 0 60 4 1.0000E+00 VE 6 14 3.1909E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 5.5760E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=1.7481E+02) .MODEL QM2 NPN (IS=8.1240E-16 BF=1.7924E+02) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=4.3200E+01) .MODEL DM3 D (IS=1.0000E-16) .ENDS LT1224 * * - - - - - * FINI LT1224 * - - - - - * [OAMM VN02 10/29/90] * .SUBCKT LT1225 3 2 7 4 6 * INPUT RC1 7 80 9.9909E+02 RC2 7 90 9.9909E+02 Q1 80 2 10 QM1 Q2 90 3 11 QM2 CIN 2 3 2.0000E-12 C1 80 90 0.265E-12 *INPUT POLE AT 300MHZ RE1 10 12 263 RE2 11 12 263 * RE1, RE2 REDUCED VS LT1224 TO REFLECT HIGHER GM IEE 12 4 1.4240E-03 RE 12 0 1.4045E+05 * INTERMEDIATE GCM 8 0 12 0 1.0009E-08 GA 8 0 90 80 1.0009E-3 R2 8 0 7.0E+06 C2 8 0 3.11E-12 *POLE AT 180MHZ GX1 0 28 8 0 1E-06 RX1 28 0 1E+06 CX1 28 0 0.885E-15 *POLE AT 180MHZ GX2 0 38 28 0 1E-06 RX2 38 0 1E+06 CX2 38 0 0.885E-15 *POLE AT 180MHZ GX3 0 48 38 0 1E-06 RX3 48 0 1E+06 CX3 48 0 0.885E-15 *ZERO AT 60MHZ GX4 0 58 48 0 1E-06 RX4 58 59 1E+06 LX4 59 0 2.65E-03 *POLE AT 180MHZ GX5 0 68 58 0 1E-06 RX5 68 0 1E+06 CX5 68 0 .885E-15 *POLE AT 180MHZ GX6 0 78 68 0 1E-06 RX6 78 0 1E+06 CX6 78 0 .885E-15 * GB 0 1 78 0 20.4E-03 RO2 1 0 49 RF 8 99 2400 CF 99 6 5E-12 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.3987E+01 GCL 8 0 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 5.9605E-08 D2 20 21 DM1 VOD2 21 18 5.9605E-08 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 8 0 70 7 1.0000E+00 VC 13 6 2.7909E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 8 0 60 4 1.0000E+00 VE 6 14 3.1909E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 5.5760E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=1.7481E+02) .MODEL QM2 NPN (IS=8.1240E-16 BF=1.7924E+02) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=4.3200E+01) .MODEL DM3 D (IS=1.0000E-16) .ENDS LT1225 * * - - - - - * FINI LT1225 * - - - - - * * .SUBCKT LT1226 3 2 7 4 6 * INPUT RC1 7 80 9.9909E+02 RC2 7 90 9.9909E+02 Q1 80 2 10 QM1 Q2 90 3 11 QM2 CIN 2 3 2.0000E-12 C1 80 90 0.265E-12 *INPUT POLE AT 300MHZ RE1 10 12 7.5 RE2 11 12 7.5 * RE1, RE2 REDUCED VS LT1224 TO REFLECT HIGHER GM IEE 12 4 1.4240E-03 RE 12 0 1.4205E+05 * INTERMEDIATE GCM 8 0 12 0 16.0009E-08 GA 8 0 90 80 1.0009E-3 R2 8 0 7.0E+06 C2 8 0 3.21E-12 *POLE AT 180MHZ GX1 0 28 8 0 1E-06 RX1 28 0 1E+06 CX1 28 0 0.885E-15 *POLE AT 180MHZ GX2 0 38 28 0 1E-06 RX2 38 0 1E+06 CX2 38 0 0.885E-15 *POLE AT 180MHZ GX3 0 48 38 0 1E-06 RX3 48 0 1E+06 CX3 48 0 0.885E-15 *ZERO AT 60MHZ GX4 0 58 48 0 1E-06 RX4 58 59 1E+06 LX4 59 0 2.65E-03 *POLE AT 150MHZ GX5 0 68 58 0 1E-06 RX5 68 0 1E+06 CX5 68 0 1.06E-15 *POLE AT 150MHZ GX6 0 78 68 0 1E-06 RX6 78 0 1E+06 CX6 78 0 1.06E-15 * GB 0 1 78 0 20.4E-03 RO2 1 0 49 RF 8 99 2400 CF 99 6 5E-12 * OUTPUT RSO 1 6 1.0000E+00 ECL 18 0 1 6 2.3987E+01 GCL 8 0 20 0 1.0000E+00 RCL 20 0 1.0000E+01 D1 18 19 DM1 VOD1 19 20 5.9605E-08 D2 20 21 DM1 VOD2 21 18 5.9605E-08 * D3A 131 70 DM3 D3B 13 131 DM3 GPL 8 0 70 7 1.0000E+00 VC 13 6 2.7909E+00 RPLA 7 70 1.0000E+01 RPLB 7 131 1.0000E+03 D4A 60 141 DM3 D4B 141 14 DM3 GNL 8 0 60 4 1.0000E+00 VE 6 14 3.1909E+00 RNLA 60 4 1.0000E+01 RNLB 141 4 1.0000E+03 * IP 7 4 5.5760E-03 DSUB 4 7 DM2 * MODELS .MODEL QM1 NPN (IS=8.0000E-16 BF=1.7481E+02) .MODEL QM2 NPN (IS=8.0930E-16 BF=1.7924E+02) .MODEL DM1 D (IS=1.0000E-20) .MODEL DM2 D (IS=8.0000E-16 BV=4.3200E+01) .MODEL DM3 D (IS=1.0000E-16) .ENDS LT1226 * * - - - - - * FINI LT1226 * - - - - - * * .SUBCKT LT1227 3 2 7 4 6 * Q2A 4 3 10 QPI 0.5 Q3A 11 10 200 QNI Q4A 11 11 7 QPI Q5A 9 11 7 QPI Q6A 12 11 7 QPI 2 Q7A 4 9 12 QPI Q8A 7 12 13 QNI 10 RSCA 13 6 12 IBA 7 10 DC 325U RBA 7 10 73K DIA 10 7 DCC 3 * Q2B 7 3 110 QNI 0.5 Q3B 111 110 200 QPI Q4B 111 111 4 QNI Q5B 9 111 4 QNI Q6B 112 111 4 QNI 2 Q7B 7 9 112 QNI Q8B 4 112 113 QPI 10 RSCB 6 113 12 IBB 110 4 DC 325U RBB 110 4 73K DIB 4 110 DCC 5 * CM1 7 11 10PF CM2 111 4 10PF * RIB 7 11 75K RC 2 200 75 R9 9 0 250K D1 9 6 DC D2 6 9 DC D3 9 7 DCC D4 4 9 DCC * .MODEL DC D .MODEL DCC D CJO=3PF VJ=0.62 M=0.44 * .MODEL QNI NPN TF=225P .MODEL QPI PNP TF=225P * .ENDS LT1227 * .SUBCKT LT1228 1 2 3 4 5 6 7 8 * * THE OTA Q11 5 5 21 QN 10 Q12 21 21 22 QN 10 VC 22 4 DC 0 F1 26 4 VC 0.375 F2 27 4 VC 0.25 F3 28 4 VC 0.375 F4 7 23 VC 1.6 F5 7 24 VC 1.6 VB 7 25 DC 1.4 CE1 23 7 11PF CE2 24 7 11PF RE13 23 32 120 RE14 24 33 120 Q13 29 25 32 QPI Q14 1 25 33 QPI Q15 23 3 28 QNI 9 Q16 23 3 27 QNI Q17 23 3 26 QNI Q18 24 2 26 QNI 9 Q19 24 2 27 QNI Q20 24 2 28 QNI VM 29 4 DC 1.4 FM 1 4 VM 1 DM 29 1 DC C1 1 7 5PF * * THE CFA Q2A 4 1 10 QP 0.5 Q3A 11 10 200 QN Q4A 11 11 7 QP Q5A 9 11 7 QP Q6A 12 11 7 QP Q7A 4 9 12 QP Q8A 7 12 13 QN 10 RSCA 13 6 10 IBA 7 10 DC 300U * Q2B 7 1 110 QN 0.5 Q3B 111 110 200 QP Q4B 111 111 4 QN * Q5B 9 111 4 QN Q6B 112 111 4 QN Q7B 7 9 112 QN Q8B 4 112 113 QP 10 RSCB 6 113 10 IBB 110 4 DC 300U * RC 8 200 20 R9 9 0 201600 D1 9 6 DC D2 6 9 DC * .MODEL DC D * .MODEL QNI NPN * .MODEL QN NPN (IS=168E-18 BF=150 ISC=40E-18 NC=1 RB=250 RE=8 RC=100 +CJE=0.37P VJE=0.65 MJE=0.33 FC=0.7 CJC=0.8P VJC=0.62 MJC=0.44 +TF=300P * .MODEL QPI PNP * .MODEL QP PNP (IS=230E-18 BF=150 ISC=113E-18 NC=1 RB=250 RE=8 RC=100 +CJE=0.34P VJE=0.75 MJE=0.40 FC=0.7 CJC=0.8P VJC=0.5 MJC=0.36 +TF=300P * .ENDS LT1228 * .SUBCKT LT1229 3 2 7 4 6 * Q2A 4 3 10 QP 0.5 Q3A 11 10 200 QN Q4A 11 11 7 QP Q5A 9 11 7 QP Q6A 12 11 7 QP Q7A 4 9 12 QP Q8A 7 12 13 QN 10 RSCA 13 6 10 IBA 7 10 DC 300U * Q2B 7 3 110 QN 0.5 Q3B 111 110 200 QP Q4B 111 111 4 QN * Q5B 9 111 4 QN Q6B 112 111 4 QN Q7B 7 9 112 QN Q8B 4 112 113 QP 10 RSCB 6 113 10 IBB 110 4 DC 300U * RC 2 200 20 R9 9 0 201600 D1 9 6 DC D2 6 9 DC * .MODEL DC D * .MODEL QN NPN (IS=168E-18 BF=150 ISC=40E-18 NC=1 RB=250 RE=8 RC=100 +CJE=0.37P VJE=0.65 MJE=0.33 FC=0.7 CJC=0.8P VJC=0.62 MJC=0.44 +TF=300P * .MODEL QP PNP (IS=230E-18 BF=150 ISC=113E-18 NC=1 RB=250 RE=8 RC=100 +CJE=0.34P VJE=0.75 MJE=0.40 FC=0.7 CJC=0.8P VJC=0.5 MJC=0.36 +TF=300P * .ENDS LT1229 * .SUBCKT LT1230 3 2 7 4 6 * Q2A 4 3 10 QP 0.5 Q3A 11 10 200 QN Q4A 11 11 7 QP Q5A 9 11 7 QP Q6A 12 11 7 QP Q7A 4 9 12 QP Q8A 7 12 13 QN 10 RSCA 13 6 10 IBA 7 10 DC 300U * Q2B 7 3 110 QN 0.5 Q3B 111 110 200 QP Q4B 111 111 4 QN * Q5B 9 111 4 QN Q6B 112 111 4 QN Q7B 7 9 112 QN Q8B 4 112 113 QP 10 RSCB 6 113 10 IBB 110 4 DC 300U * RC 2 200 20 R9 9 0 201600 D1 9 6 DC D2 6 9 DC * .MODEL DC D * .MODEL QN NPN (IS=168E-18 BF=150 ISC=40E-18 NC=1 RB=250 RE=8 RC=100 +CJE=0.37P VJE=0.65 MJE=0.33 FC=0.7 CJC=0.8P VJC=0.62 MJC=0.44 +TF=300P * .MODEL QP PNP (IS=230E-18 BF=150 ISC=113E-18 NC=1 RB=250 RE=8 RC=100 +CJE=0.34P VJE=0.75 MJE=0.40 FC=0.7 CJC=0.8P VJC=0.5 MJC=0.36 +TF=300P * .ENDS LT1230 * .SUBCKT LT1252 3 2 7 4 6 * Q2A 4 3 10 QPI 0.5 Q3A 11 10 200 QNI Q4A 11 11 7 QPI Q5A 9 11 7 QPI Q6A 12 11 7 QPI 2 Q7A 4 9 12 QPI Q8A 7 12 13 QNI 10 RSCA 13 6 12 IBA 7 10 DC 325U RBA 7 10 73K DIA 10 7 DCC 3 * Q2B 7 3 110 QNI 0.5 Q3B 111 110 200 QPI Q4B 111 111 4 QNI Q5B 9 111 4 QNI Q6B 112 111 4 QNI 2 Q7B 7 9 112 QNI Q8B 4 112 113 QPI 10 RSCB 6 113 12 IBB 110 4 DC 325U RBB 110 4 73K DIB 4 110 DCC 5 * CM1 7 11 10PF CM2 111 4 10PF * RIB 4 111 35K RC 2 200 75 R9 9 0 250K D1 9 6 DC D2 6 9 DC D3 9 7 DCC D4 4 9 DCC * .MODEL DC D .MODEL DCC D CJO=3PF VJ=0.62 M=0.44 * .MODEL QNI NPN TF=225P .MODEL QPI PNP TF=225P * .ENDS LT1252 * .SUBCKT LT1253 3 2 7 4 6 * Q2A 4 3 10 QP 0.5 Q3A 11 10 200 QN Q4A 11 11 7 QP RIB 11 7 35K Q5A 9 11 7 QP Q6A 12 11 7 QP Q7A 4 9 12 QP Q8A 7 12 13 QN 10 RSCA 13 6 10 IBA 7 10 DC 300U * Q2B 7 3 110 QN 0.5 Q3B 111 110 200 QP Q4B 111 111 4 QN * Q5B 9 111 4 QN Q6B 112 111 4 QN Q7B 7 9 112 QN Q8B 4 112 113 QP 10 RSCB 6 113 10 IBB 110 4 DC 300U * RC 2 200 20 R9 9 0 201600 D1 9 6 DC D2 6 9 DC * .MODEL DC D * .MODEL QN NPN (IS=200E-18 BF=150 ISC=40E-18 NC=1 RB=250 RE=8 RC=100 +CJE=0.37P VJE=0.65 MJE=0.33 FC=0.7 CJC=0.8P VJC=0.62 MJC=0.44 +TF=300P * .MODEL QP PNP (IS=170E-18 BF=150 ISC=113E-18 NC=1 RB=250 RE=8 RC=100 +CJE=0.34P VJE=0.75 MJE=0.40 FC=0.7 CJC=0.8P VJC=0.5 MJC=0.36 +TF=300P * .ENDS LT1253 * .SUBCKT LT1254 3 2 7 4 6 * Q2A 4 3 10 QP 0.5 Q3A 11 10 200 QN Q4A 11 11 7 QP RIB 11 7 35K Q5A 9 11 7 QP Q6A 12 11 7 QP Q7A 4 9 12 QP Q8A 7 12 13 QN 10 RSCA 13 6 10 IBA 7 10 DC 300U * Q2B 7 3 110 QN 0.5 Q3B 111 110 200 QP Q4B 111 111 4 QN * Q5B 9 111 4 QN Q6B 112 111 4 QN Q7B 7 9 112 QN Q8B 4 112 113 QP 10 RSCB 6 113 10 IBB 110 4 DC 300U * RC 2 200 20 R9 9 0 201600 D1 9 6 DC D2 6 9 DC * .MODEL DC D * .MODEL QN NPN (IS=200E-18 BF=150 ISC=40E-18 NC=1 RB=250 RE=8 RC=100 +CJE=0.37P VJE=0.65 MJE=0.33 FC=0.7 CJC=0.8P VJC=0.62 MJC=0.44 +TF=300P * * .MODEL QP PNP (IS=170E-18 BF=150 ISC=113E-18 NC=1 RB=250 RE=8 RC=100 +CJE=0.34P VJE=0.75 MJE=0.40 FC=0.7 CJC=0.8P VJC=0.5 MJC=0.36 +TF=300P * .ENDS LT1254 * *** * * (C) COPYRIGHT LINEAR TECHNOLOGY CORPORATION 1990 * All rights reserved. * * Linear Technology Corporation hereby grants the users of this * macromodel a non-exclusive, nontransferrable license to use this * macromodel under the following conditions: * * The user agrees that this macromodel is licensed from Linear * Technology and agrees that the macromodel may be used, loaned, * given away or included in other model libraries as long as this * notice and the model in its entirety and unchanged is included. * No right to make derivative works or modifications to the * macromodel is granted hereby. All such rights are reserved. * * This model is provided as is. Linear Technology makes no * warranty, either expressed or implied about the suitability or * fitness of this model for any particular purpose. In no event * will Linear Technology be liable for special, collateral, * incidental or consequential damages in connection with or arising * out of the use of this macromodel. It should be remembered that * models are a simplification of the actual circuit. * * Linear Technology reserves the right to change these macromodels * without prior notice. Contact Linear Technology at 1630 McCarthy * Blvd., Milpitas, CA, 95035-7487 or telephone 408/432-1900 for * datasheets on the actual amplifiers or the latest macromodels. * * ----------------------------------------------------------------------- *