RZ1 11 12 1.592E+02  
CP1 12 0 1E-10  
EP2 13 0 11 0 1.0  
RP2 13 14 1.592E+01  
CP2 14 0 1E-10  
EP3 15 0 14 0 1.0  
RP3 15 16 1.1371E+01  
CP3 16 0 1E-10  
EP4 17 0 16 0 1.0  
RP4 17 18 1.0613E+01  
CP4 18 0 1E-10  
EP5 19 0 18 0 1.0  
RP5 19 20 +9.95
CP5 20 0 1E-10  
*
*                 Output Stage
G2 0 21 20 0 1.0  
R2 21 0 6.5577E+02  
CC 21 22 2.2E-11  
GOL 22 0 21 0 1.8093E+03  
RD 22 0 5.0809E+01  
DH 22 23 DV  
DL 24 22 DV  
ECC 23 0 POLY(1)  4 0 -2.7  1.0  
EEE 24 0 POLY(1)  5 0 +2.7  1.0  
IH 4 0 3.5E-03  
IL 0 5 3.5E-03  
GPS 25 0 22 3 8.5427E-02  
DPH 4 25 DX  
DPL 25 5 DX  
D1 22 26 D1  
D2 26 22 D2  
EX1 26 0 POLY(2)  22 0 3 0 0.0   -7.2711E-01   +1.7231
RO 22 3 1.17059E+01  
.ENDS HA5147
*
*
*  HA-5190
*  COPYRIGHT (C) 1991 HARRIS CORPORATION
*  ALL RIGHTS RESERVED
*
* HA-5190 Macro-Model
*
* Rev: 8/8/91 
* By: J. Coutreau
*
* Connections: 
*               Non-Inverting Input
*               | Inverting Input
*               | | Positive Power Supply
*               | | | Negative Power Supply
*               | | | | Output
*               | | | | |
.SUBCKT HA5190  3 4 2 1 16
*
* INPUT STAGE
*
LP 3 5 5E-9
RP 5 6 20
ECR 7 6 3 0 132E-6
IBP 7 0 6.7E-6
CBP 7 0 0.5E-12
LN 4 8 5E-9
RN 8 9 20
EPR 9 10 2 1 132E-6
IBN 10 0 8.3E-6
CBN 10 0 0.5E-12
RD 7 24 28.8E3
VOF 24 10 2E-3
*
* SLEW LIMITING
*
ES 11 0 7 24 10
RS 11 12 100
CS 12 0 9E-12
D1 12 13 DM OFF
D2 14 12 DM OFF
.MODEL DM D (IS=1E-9 BV=40 IBV=50E-6)
VCP 13 0 1.2
VCN 0 14 1.2
*
* FREQUENCY RESPONSE
*
GA 0 15 12 0 1.43E-3
RH 15 0 2E6
CH 15 0 3E-12
CC1 15 0 6E-12
RC 15 25 1E3
CC2 25 0 1.8E-12
CC3 15 8 1.5E-12
*
*POLES
*
EP 17 0 25 0 1
RPA 17 18 75
CPA 18 0 7E-12
RPB 18 19 75
CPB 19 0 7E-12
*
*OUTPUT STAGE
*
EO 20 0 19 0 1
RO 20 21 25
LO 21 16 5E-9
CO 16 0 2E-12
*
*POWER SUPPLY CURRENT
*
IPS 2 1 19E-3
*
.ENDS HA5190
*
*
*  COPYRIGHT (C) 1991 HARRIS CORPORATION
*  ALL RIGHTS RESERVED
*
*  HA-5221 MacroModel
*  Rev: 4-22-91  DW Riemer
*
* Connections: 
*               Non-Inverting Input
*               | Inverting Input
*               | | Positive Power Supply
*               | | | Negative Power Supply
*               | | | | Output
*               | | | | |
.SUBCKT HA5221  1 2 4 5 3
.MODEL DP D  IS=1E-14  N=+1.0378
.MODEL DN D  IS=8.5539E-15    N=+1.0378
.MODEL DV D  IS=5.0027E-14  N=.2 
.MODEL D1 D  IS=1E-9  N=1 
.MODEL D2 D  IS=1E-9  N=+1.0
.MODEL DX D  IS=1E-20  N=+30.0
*
*                       Input Stage
*  Value of source VN models VIO and may be adjusted as desired.
*
VP 1 6 0  
VN 2 7 3.0E-04
I1 8 0 6.0300E-08  
FA 2 0 VN 7.0862E-01  
DP 6 8 DP  
DN 7 8 DN  
C1 8 0 2.4249E-16     IC=-3.9979E-01  
FP 9 0 VP  1.3609E+04  
FN 0 9 VN  1.5909E+04  
GC 0 9 8 0 5.2426E-07  
GPP 9 0 4 0 4.6750E-07  
GPN 9 0 5 0 5.2455E-07  
IRX 0 9 -6.4606E-07  
RT 9 0 1.0  
*
*                Poles and Zeros
EP1 10 0 9 0 1.0  
RP1 10 11 8.4769E+02  
RZ1 11 12 2.8945E+02  
CP1 12 0 1E-10  
EP2 13 0 11 0 1.0  
RP2 13 14 -2.1985E+01  
RZ2 14 15 3.7905E+01  
CP2 15 0 1E-10  
EP3 16 0 14 0 1.0  
RP3 16 17 1.0613E+01  
CP3 17 0 1E-10  
EP4 18 0 17 0 1.0  
RP4 18 19 +9.0971  
CP4 19 0 1E-10  
EP5 20 0 19 0 1.0  
RP5 20 21 +8.3789  
CP5 21 0 1E-10  
EP6 22 0 21 0 1.0  
RP6 22 23 +7.96  
CP6 23 0 1E-10  
*
*              Output Stage
G2 0 24 23 0 1.0  
R2 24 0 6.5577E+02 
CC 24 25 2.2E-11  
GOL 25 0 24 0 7.4372E+03      
RD 25 0 5.0809E+01  
DH 25 26 DV  
DL 27 25 DV  
ECC 26 0 POLY(1)  4 0 -2.5544  1.0  
EEE 27 0 POLY(1)  5 0 +2.3854  1.0  
IH 4 0 9.0E-03  
IL 0 5 9.0E-03  
GPS 28 0 25 3 8.5427E-02  
DPH 4 28 DX  
DPL 28 5 DX  
D1 25 29 D1  
D2 29 25 D2  
EX1 29 0 POLY(2)  25 0 3 0 0.0   3.6309E-01   6.3542E-01  
RO 25 3 1.1706E+01  
.ENDS HA5221
*
*
*  COPYRIGHT (C) 1991 HARRIS CORPORATION
*  ALL RIGHTS RESERVED
*
*  HA-5222 MacroModel
*  Rev: 4-22-91  DW Riemer
*  This model represents one of the two amplifiers available.
*  Actual ICC & IEE will be 2X that of this model.
*
* Connections: 
*               Non-Inverting Input
*               | Inverting Input
*               | | Positive Power Supply
*               | | | Negative Power Supply
*               | | | | Output
*               | | | | |
.SUBCKT HA5222  1 2 4 5 3
.MODEL DP D  IS=1E-14  N=+1.0378
.MODEL DN D  IS=8.5539E-15    N=+1.0378
.MODEL DV D  IS=5.0027E-14  N=.2 
.MODEL D1 D  IS=1E-9  N=1 
.MODEL D2 D  IS=1E-9  N=+1.0
.MODEL DX D  IS=1E-20  N=+30.0
*
*                       Input Stage
*  Value of source VN models VIO and may be adjusted as desired.
*
VP 1 6 0  
VN 2 7 3.0E-04
I1 8 0 6.0300E-08  
FA 2 0 VN 7.0862E-01  
DP 6 8 DP  
DN 7 8 DN  
C1 8 0 2.4249E-16     IC=-3.9979E-01  
FP 9 0 VP  1.3609E+04  
FN 0 9 VN  1.5909E+04  
GC 0 9 8 0 5.2426E-07  
GPP 9 0 4 0 4.6750E-07  
GPN 9 0 5 0 5.2455E-07  
IRX 0 9 -6.4606E-07  
RT 9 0 1.0  
*
*                Poles and Zeros
EP1 10 0 9 0 1.0  
RP1 10 11 8.4769E+02  
RZ1 11 12 2.8945E+02  
CP1 12 0 1E-10  
EP2 13 0 11 0 1.0  
RP2 13 14 -2.1985E+01  
RZ2 14 15 3.7905E+01  
CP2 15 0 1E-10  
EP3 16 0 14 0 1.0  
RP3 16 17 1.0613E+01  
CP3 17 0 1E-10  
EP4 18 0 17 0 1.0  
RP4 18 19 +9.0971  
CP4 19 0 1E-10  
EP5 20 0 19 0 1.0  
RP5 20 21 +8.3789  
CP5 21 0 1E-10  
EP6 22 0 21 0 1.0  
RP6 22 23 +7.96  
CP6 23 0 1E-10  
*
*              Output Stage
G2 0 24 23 0 1.0  
R2 24 0 6.5577E+02 
CC 24 25 2.2E-11  
GOL 25 0 24 0 7.4372E+03      
RD 25 0 5.0809E+01  
DH 25 26 DV  
DL 27 25 DV  
ECC 26 0 POLY(1)  4 0 -2.5544  1.0  
EEE 27 0 POLY(1)  5 0 +2.3854  1.0  
IH 4 0 9.0E-03  
IL 0 5 9.0E-03  
GPS 28 0 25 3 8.5427E-02  
DPH 4 28 DX  
DPL 28 5 DX  
D1 25 29 D1  
D2 29 25 D2  
EX1 29 0 POLY(2)  25 0 3 0 0.0   3.6309E-01   6.3542E-01  
RO 25 3 1.1706E+01  
.ENDS HA5222
*
*
*  HA-5004
*  COPYRIGHT (C) 1991 HARRIS CORPORATION
*  ALL RIGHTS RESERVED
*
* HA-5004 MACROMODEL
*
* REV: 8/8/91
* V. Hibner  &   S. Jost
*
* Connections:
*               Non-Inverting Input
*               |  Inverting Input
*               |  |  Positive Power Supply
*               |  |  |   Negative power Supply
*               |  |  |   |   Out
*               |  |  |   |   |
.SUBCKT HA5004  1  7  15  14  13
*
* Input stage
*
CP 1 0 1E-12
LP 1 2 5E-9
RP 2 3 20
RP1 3 0 3E6
IBP 3 0 3E-6
VIO 0 4 3E-3
EN 5 4 3 0 .9905
IBN 5 0 12E-6
RN1 5 0 12E6
RN 5 6 13
LN 6 7 5E-9
CN 7 0 1E-12
*
* Transimpedance gain stage
*
FZ 0 8 VIO 1
RZ 8 0 120E3
CZ 8 0 6.4E-12
*
* General Pole
*
EP2 9 0 8 0 1
RP2 9 10 1.35E3
CP2 10 0 1E-12
*
* Output stage
*
EO 11 0 10 0 1
RO 11 12 10
LO 12 13 5E-9
CO 13 0 1E-12
*
* Power Supply Current
*
IPS 15 14 12E-3
.ENDS HA5004
*
*
* CA3086/CA3018 NPN model
* created using Parts release 6.3a on 02/15/97 at 16:18
* Parts is a MicroSim product.
.SUBCKT CA3086 1 2 3 4 5 6 7 8 9 10 11 12 13 14
Q1 2 1 3 T3086
Q2 5 4 3 T3086
Q3 7 6 8 T3086
Q4 10 9 11 T3086
Q5 13 12 14 T3086
.MODEL T3086 NPN
+ IS=10.000E-15
+ BF=156.66
+ VAF=100
+ IKF=36.783E-3
+ ISE=114.82E-15
+ NE=1.4743
+ BR=.1001
+ VAR=100
+ IKR=10.010E-3
+ ISC=10.000E-15
+ RC=10
+ CJE=1.0260E-12
+ MJE=.33333
+ CJC=991.79E-15
+ MJC=.33333
+ TF=278.55E-12
+ XTF=91.905
+ VTF=18.899
+ ITF=.77631
+ TR=10.000E-9
.ENDS CA3086
*
*
* CA3046 NPN model
* created using Parts release 6.3a on 02/03/97 at 15:57
* Parts is a MicroSim product.
.MODEL CA3046 NPN
+ IS=10.000E-15
+ BF=145.76
+ VAF=100
+ IKF=46.747E-3
+ ISE=114.23E-15
+ NE=1.4830
+ BR=.1001
+ VAR=100
+ IKR=10.010E-3
+ ISC=10.000E-15
+ RC=10
+ CJE=1.0260E-12
+ MJE=.33333
+ CJC=991.79E-15
+ MJC=.33333
+ TF=277.09E-12
+ XTF=309.38
+ VTF=16.364
+ ITF=1.7597
+ TR=10.000E-9
*
*
* CA3083 NPN model
* created using Parts release 6.3a on 02/16/97 at 15:03
* Parts is a MicroSim product.
.MODEL CA3083 NPN
+ IS=10.000E-15
+ BF=112.82
+ VAF=100
+ IKF=.12091
+ ISE=99.047E-15
+ NE=1.4169
+ BR=16.076
+ VAR=100
+ IKR=29.844E-3
+ ISC=116.12E-15
+ NC=1.7076
+ RC=10
+ CJE=1.0260E-12
+ MJE=.33333
+ CJC=991.79E-15
+ MJC=.33333
+ TF=275.05E-12
+ XTF=91.993
+ VTF=18.982
+ ITF=.37511
+ TR=10.000E-9
*
*
* CA3096 SPICE model
* created using Parts release 6.3a on 02/23/97 at 15:21
* Parts is a MicroSim product.
.SUBCKT CA3096 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
Q1 2 1 3 CA3096N
Q2 5 4 6 CA3096P
Q3 8 7 9 CA3096N
Q4 11 10 12 CA3096P
Q5 14 13 15 CA3096N
*
.MODEL CA3096N NPN
+ IS=10.000E-15
+ BF=466.52
+ VAF=100
+ IKF=14.030E-3
+ ISE=74.093E-15
+ NE=1.6606
+ BR=.1001
+ VAR=100
+ IKR=10.010E-3
+ ISC=10.000E-15
+ NK=.46898
+ RC=10
+ CJE=1.2825E-12
+ MJE=.33333
+ CJC=786.59E-15
+ MJC=.33333
+ TF=490.39E-12
+ XTF=5.3212
+ VTF=28.396
+ ITF=.27408
+ TR=10.000E-9
*
.MODEL CA3096P PNP
+ IS=10.000E-15
+ BF=94.511
+ VAF=100
+ IKF=1.1177E-3
+ ISE=976.47E-15
+ NE=1.9980
+ BR=.1001
+ VAR=100
+ IKR=10.010E-3
+ ISC=10.000E-15
+ NK=.53243
+ CJE=1.4535E-12
+ MJE=.33333
+ CJC=3.8474E-12
+ MJC=.33333
+ TF=24.300E-9
+ XTF=10.054
+ VTF=9.7920
+ ITF=1.2571
+ TR=10.000E-9
*
.ENDS CA3096
*
*
* CA3127 NPN model
* created using Parts release 6.3a on 02/03/97 at 15:58
* Parts is a MicroSim product.
.MODEL CA3127 NPN
+ IS=3.2168E-12
+ BF=95.245
+ VAF=100
+ IKF=61.522E-3
+ ISE=20.480E-12
+ NE=1.9984
+ BR=.1001
+ VAR=100
+ IKR=10.010E-3
+ ISC=10.805E-9
+ RC=10
+ CJE=651.92E-15
+ MJE=.33697
+ CJC=281.16E-15
+ MJC=.13865
+ TF=122.68E-12
+ XTF=2.0529E3
+ VTF=307.73
+ ITF=1.6076
+ TR=10.000E-9
*
*
* HA-2541 MACRO-MODEL
*
* Rev: 8/8/91   D.L. Youngblood & R.S. Vogelsong
* pinout changed to conform to "standard"
*
* Pinout:  +In  -In  Vcc  Vee  Vout 
*
.SUBCKT HA2541 6  7  9  10  8
.MODEL DP D  IS=1E-14  N=+1.5563E+01
.MODEL DN D  IS=+8.4545E-15 N=+1.5563E+01
.MODEL DV D  IS=1E-14  N=.5
.MODEL D1 D  IS=1E-14  N=1 
.MODEL D2 D  IS=1E-14  N=+5.8815E-01
.MODEL DIO2 D IS=1E-14 N=20
*
* Input Stage
*
VP 6 12 0  
DP 12 1 DP  
*
* The value of source "VIO" represents offset voltage
* and may be changed to simulate worst case if desired
*
VIO 7 13 +4.1349E-04
*
DN 13 1 DN  
FA 7 0 VIO +1.0286E-03
I1 1 0 +2.4536E-05
C1 1 0 +6.8088E-16             IC=-8.4003E+00
FP 4 0 VP  +2.2865E+02
FN 0 4 VIO  +2.7045E+02
GC 0 4 1 0 +2.4042E-07
ICO 0 4 2.0195E-6
GPP 0 4 9 48 +1.011E-07
GPN 0 4 49 10 +3.858E-07
RT 4 0 1.0
VPP 48 0 +1.5E+01
RPP 48 0 1K
VPN 0 49 +1.5E+01
RPN 0 49 1K
*
* General Poles
*
EP1 15 0 4 0 1.0
RP1 15 16 +1.10345E+01
CP1 16 0 1.0E-10
EP2 17 0 16 0 1.0
RP2 17 18 +7.6525E+00
CP2 18 0 1.0E-10
EP3 19 0 18 0 1.0
RP3 19 20 +6.5466E+00
CP3 20 0 1.0E-10
EP4 21 0 20 0 1.0
RP4 21 22 +5.7505E+00
CP4 22 0 1.0E-10
EP5 24 0 22 0 1.0
RP5 24 25 +3.1289E+00
CP5 25 0 1.0E-10
*
* General Zeroes
*
GZ1 0 30 25 0 +6.2407E-04
VZ01 30 31 0.0
RHZ1 31 32  +1.6024E+03
LZ1 32 0 1.0E-6
GZ2 0 33 30 0 +5.0672E-04
VZ02 33 34 0.0
RHZ2 34 35  +1.9735E+03
LZ2 35 0 1.0E-6
*
* Complex Zero
*
ECZ 42 0 33 0 1.0 
VCZ 42 43 0.0
CC2Z 43 0 +6.9559E-13
RBIG2 43 0 1.0E+7
FCZ 0 38 VCZ    1.0
LCZ 38 39 1.0E-6 
CC1Z 39 40 +6.9559E-13
RHCZ 40 0 +5.9231E+02
RBIG1 38 0 1.0E+7   
*
* Complex Pole
*
ECP 45 0 38 0 1.0
RCP 45 46 +5.7687E+02
LCP 46 47 +6.4195E-07
CCPX 47 0 1.0E-12  
*
* Gain/Output Stage
*
* For Level 1 model, change node 47 on source "G2" to 4,
* add a capacitor from node 4 to node 0 of the value 2.926E-9,
* and comment out all poles and zeros
*
G2 0 2 47 0 1.0  
*
R2 2 0 +1.4769E+05
D2A 2 0 DIO2
D2B 0 2 DIO2
CC 2 3 +2.2E-11
GOL 3 0 2 0 4.7231E+01
RD 3 0 5.0000E-01
DH 3 5 DV
DL 50 3 DV
VH 9 5 4.2171
VL 50 10 2.03
IH 9 0 +3.0573E-02
IL 0 10 +3.0600E-02
D1 3 53 D1
D2 53 3 D2  
EX1 53