harris.lib

protel元件库library

LZ4 35 0 1.0E-6
*
* Complex Pole
*
ECP 43 0 33 0 1.0
RCP 43 44 2.4045E+04
LCP 44 45 1.4988E-04
CCPX 45 0 1.0E-12
*
* Gain/Output Stage
*
G2 0 2 45 0 1.0
R2 2 0 8.9835E+05
CC 2 3 2.2000E-11
GOL 3 0 2 0 6.1330E+01
RD 3 0 4.6980E+00
DH 3 5 DV  
DL 48 3 DV  
VH 9 5 1.607
VL 48 10  1.5986
IH 9 0 1.0E-03
IL 0 10 1.0E-03
D1 3 51 D1  
D2 51 3 D2  
EX1 51 0 POLY(2)  3 0 3 8 0  1  -4.0840E-01
RO 52 8 1.0611E+02
VIS 3 52 0
FI 0 53 VIS 1
DIP 53 54 DV
DIN 56 55 DV
VIP 54 56 0
VIN 55 53 0
RI 56 0 1.0
FIP 9 0 VIP 1.0
FIN 0 10 VIN 1.0
.ENDS HA5102
*
*
*  COPYRIGHT (C) 1991 HARRIS CORPORATION
*  ALL RIGHTS RESERVED
*
* HA-5104 Macro Model
*
* Rev: 8/8/91  DL Youngblood
* The schematic for this rev is the same as 11/03/89.  The subcircuit
* call is different and only 1 amp is present
* pinout changed to conform to "standard"
*
* Actual chip Icc/Iee will have 4 amplifiers + 1mA
*
* Connections: 
*               Non-Inverting Input
*               |  Inverting Input
*               |  |  Positive Power Supply
*               |  |  |  Negative Power Supply
*               |  |  |  |   Output
*               |  |  |  |   |
.SUBCKT HA5104  6  7  9  10  8
.MODEL DP D  IS=1E-14  N=9.6204E-01
.MODEL DN D  IS=1.0012E-14 N=9.6204E-01
.MODEL DV D  IS=1E-14  N=.1
.MODEL D1 D  IS=1E-14  N=1 
.MODEL D2 D  IS=1E-14  N=9.8914E-01
*
* 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 2.2845E-04
*
DN 13 1 DN  
FA 7 0 VIO 9.7559E-02
I1 1 0 5.1342E-08
C1 1 0 2.6360E-16 IC=-3.6478E-01
FP 4 0 VP  9.7214E+02
FN 0 4 VIO  9.7098E+02
GC 0 4 1 0 1.0090E-08
GPP 0 4 9 46 9.9726E-10
GPN 0 4 47 10 1.4492E-08
RT 4 0 1.0
VPP 46 0 1.5E+01
RPP 46 0 1K
VPN 0 47 1.5E+01
RPN 0 47 1K
*
* General Poles
*
EP1 14 0 4 0 1.0
RP1 14 15 4.5768E+01
CP1 15 0 1.0E-10
EP2 16 0 15 0 1.0
RP2 16 17 2.4966E+01
CP2 17 0 1.0E-10
EP3 18 0 17 0 1.0
RP3 18 19 1.8702E+01
CP3 19 0 1.0E-10
EP4 20 0 19 0 1.0
RP4 20 21 1.4508E+01
CP4 21 0 1.0E-10
EP5 22 0 21 0 1.0
RP5 22 23 1.2762E+01
CP5 23 0 1.0E-10
*
* General Zeroes
*
GZ1 0 24 23 0 1.4852E-02
VZ01 24 25 0.0
HZ1 25 26 VZ01   6.7333E+01
LZ1 26 0 1.0E-6
GZ2 0 27 24 0 8.5174E-03
VZ02 27 28 0.0
HZ2 28 29 VZ02   1.1741E+02
LZ2 29 0 1.0E-6
GZ3 0 30 27 0 2.0450E-03
VZ03 30 31 0.0
HZ3 31 32 VZ03   4.8900E+02
LZ3 32 0 1.0E-6
GZ4 0 33 30 0 1.6037E-03
VZ04 33 34 0.0
HZ4 34 35 VZ04   6.2354E+02
LZ4 35 0 1.0E-6
*
* Complex Pole
*
ECP 43 0 33 0 1.0
RCP 43 44 2.4045E+04
LCP 44 45 1.4988E-04
CCPX 45 0 1.0E-12
*
* Gain/Output Stage
*
G2 0 2 45 0 1.0
R2 2 0 8.9835E+05
CC 2 3 2.2000E-11
GOL 3 0 2 0 6.1330E+01
RD 3 0 4.6980E+00
DH 3 5 DV  
DL 48 3 DV  
VH 9 5 1.607
VL 48 10  1.5986
IH 9 0 1.0E-03
IL 0 10 1.0E-03
D1 3 51 D1  
D2 51 3 D2  
EX1 51 0 POLY(2)  3 0 3 8 0  1  -4.0840E-01
RO 52 8 1.0611E+02
VIS 3 52 0
FI 0 53 VIS 1
DIP 53 54 DV
DIN 56 55 DV
VIP 54 56 0
VIN 55 53 0
RI 56 0 1.0
FIP 9 0 VIP 1.0
FIN 0 10 VIN 1.0
.ENDS HA5104
*
*
*  COPYRIGHT (C) 1991 HARRIS CORPORATION
*  ALL RIGHTS RESERVED
*
* HA-5112 Macro Model
*
* Rev:  8/8/91 DLYoungblood
* The schematic for this rev is the same as 11/03/89
* The subcircuit call is different and only 1 amp is present
* Actual chip Icc/Iee will have 2 amplifiers + 1mA
* pinout changed to conform to "standard"
*
* Connections: 
*               Non-Inverting Input
*               |  Inverting Input
*               |  |  Positive Power Supply
*               |  |  |  Negative Power Supply
*               |  |  |  |   Output
*               |  |  |  |   |
.SUBCKT HA5112  6  7  9  10  8
.MODEL DP D  IS=1E-14  N=7.4847E-01
.MODEL DN D  IS=8.9347E-15 N=7.4847E-01
.MODEL DV D  IS=1E-14  N=.1
.MODEL D1 D  IS=1E-14  N=1 
.MODEL D2 D  IS=1E-14  N=9.8914E-01
*
* 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 2.2845E-04
*
DN 13 1 DN  
FA 7 0 VIO 9.7559E-02
I1 1 0 4.8579E-08
C1 1 0 3.7600E-16             IC=-2.8380E-01
FP 4 0 VP  6.4861E+03
FN 0 4 VIO  7.2595E+03
GC 0 4 1 0 8.6533E-08
GPP 0 4 9 46 8.5523E-09
GPN 0 4 47 10 1.2428E-07
RT 4 0 1.0
VPP 46 0 1.5E+01
RPP 46 0 1K
VPN 0 47 1.5E+01
RPN 0 47 1K
*
* General Poles
*
EP1 14 0 4 0 1.0
RP1 14 15 1.5422E+02
CP1 15 0 1.0E-10
EP2 16 0 15 0 1.0
RP2 16 17 4.6010E+01
CP2 17 0 1.0E-10
EP3 18 0 17 0 1.0
RP3 18 19 2.4832E+01
CP3 19 0 1.0E-10
EP4 20 0 19 0 1.0
RP4 20 21 1.4510E+01
CP4 21 0 1.0E-10
EP5 22 0 21 0 1.0
RP5 22 23 1.1908E+01
CP5 23 0 1.0E-10
*
* General Zeroes
*
GZ1 0 24 23 0 1.5909E-02
VZ01 24 25 0.0
HZ1 25 26 VZ01   6.2857E+01
LZ1 26 0 1.0E-6
GZ2 0 27 24 0 4.0668E-03
VZ02 27 28 0.0
HZ2 28 29 VZ02   2.4589E+02
LZ2 29 0 1.0E-6
*
* Complex Zero
*
GCZ 0 30 27 0 1.0
LCZ 30 31 1.0E-6
CC1Z 31 32 1.1755E-11
HCZ 32 33 VCZ1   4.4739E+02
VCZ1 33 0 0.0
RBIG1 30 0 1.0E+7
ECZ 34 0 30 0 1.0
VCZ2 34 35 0.0
CC2Z 35 0 1.1755E-11
RBIG2 35 0 1.0E+7
FC1Z 0 36 VCZ2 1.0
RCZ 36 0 1.0
*
* Complex Pole
*
ECP 37 0 36 0 1.0
RCP 37 38 7.9230E+03
LCP 38 39 4.4779E-05
CCPX 39 0 1.0E-12
*
* Gain/Output Stage
*
G2 0 2 39 0 1.0
R2 2 0 1.0475E+05
CC 2 3 2.2000E-11
GOL 3 0 2 0 6.3619E+01
RD 3 0 4.5290E+00
DH 3 5 DV  
DL 50 3 DV  
VH 9 5 1.607
VL 50 10 1.5986
IH 9 0 1.0E-3
IL 0 10 1.0E-03
D1 3 53 D1  
D2 53 3 D2  
EX1 53 0 POLY(2)  3 0 3 8 0  1  -4.0500E-01
RO 54 8 1.0628E+02
VIS 3 54 0
FI 0 55 VIS 1
DIP 55 56 DV
DIN 58 57 DV
VIP 56 58 0
VIN 57 55 0
RI 58 0 1.0
FIP 9 0 VIP 1.0
FIN 0 10 VIN 1.0
.ENDS HA5112
*
*
*  COPYRIGHT (C) 1991 HARRIS CORPORATION
*  ALL RIGHTS RESERVED
*
* HA-5114 Macro Model
*
* Rev:  8/8/91 DLYoungblood
* The schematic for this rev is the same as 11/03/89
* The subcircuit call is different and only 1 amp is present
* Actual chip Icc/Iee will have 4 amplifiers + 1mA
* pinout changed to conform to "standard"
*
* Actual chip Icc/Iee will have 4 amplifiers + 1mA
*
* Connections: 
*               Non-Inverting Input
*               |  Inverting Input
*               |  |  Positive Power Supply
*               |  |  |  Negative Power Supply
*               |  |  |  |  Output
*               |  |  |  |  |
.SUBCKT HA5114  6  7  9  10 8
.MODEL DP D  IS=1E-14  N=7.4847E-01
.MODEL DN D  IS=8.9347E-15 N=7.4847E-01
.MODEL DV D  IS=1E-14  N=.1
.MODEL D1 D  IS=1E-14  N=1 
.MODEL D2 D  IS=1E-14  N=9.8914E-01
*
* 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 2.2845E-04
*
DN 13 1 DN  
FA 7 0 VIO 9.7559E-02
I1 1 0 4.8579E-08
C1 1 0 3.7600E-16             IC=-2.8380E-01
FP 4 0 VP  6.4861E+03
FN 0 4 VIO  7.2595E+03
GC 0 4 1 0 8.6533E-08
GPP 0 4 9 46 8.5523E-09
GPN 0 4 47 10 1.2428E-07
RT 4 0 1.0
VPP 46 0 1.5E+01
RPP 46 0 1K
VPN 0 47 1.5E+01
RPN 0 47 1K
*
* General Poles
*
EP1 14 0 4 0 1.0
RP1 14 15 1.5422E+02
CP1 15 0 1.0E-10
EP2 16 0 15 0 1.0
RP2 16 17 4.6010E+01
CP2 17 0 1.0E-10
EP3 18 0 17 0 1.0
RP3 18 19 2.4832E+01
CP3 19 0 1.0E-10
EP4 20 0 19 0 1.0
RP4 20 21 1.4510E+01
CP4 21 0 1.0E-10
EP5 22 0 21 0 1.0
RP5 22 23 1.1908E+01
CP5 23 0 1.0E-10
*
* General Zeroes
*
GZ1 0 24 23 0 1.5909E-02
VZ01 24 25 0.0
HZ1 25 26 VZ01   6.2857E+01
LZ1 26 0 1.0E-6
GZ2 0 27 24 0 4.0668E-03
VZ02 27 28 0.0
HZ2 28 29 VZ02   2.4589E+02
LZ2 29 0 1.0E-6
*
* Complex Zero
*
GCZ 0 30 27 0 1.0
LCZ 30 31 1.0E-6
CC1Z 31 32 1.1755E-11
HCZ 32 33 VCZ1   4.4739E+02
VCZ1 33 0 0.0
RBIG1 30 0 1.0E+7
ECZ 34 0 30 0 1.0
VCZ2 34 35 0.0
CC2Z 35 0 1.1755E-11
RBIG2 35 0 1.0E+7
FC1Z 0 36 VCZ2    1.0
RCZ 36 0 1.0
*
* Complex Pole
*
ECP 37 0 36 0 1.0
RCP 37 38 7.9230E+03
LCP 38 39 4.4779E-05
CCPX 39 0 1.0E-12
*
* Gain/Output Stage
*
G2 0 2 39 0 1.0
R2 2 0 1.0475E+05
CC 2 3 2.2000E-11
GOL 3 0 2 0 6.3619E+01
RD 3 0 4.5290E+00
DH 3 5 DV  
DL 50 3 DV  
VH 9 5 1.607
VL 50 10 1.5986
IH 9 0 1.0E-3
IL 0 10 1.0E-03
D1 3 53 D1  
D2 53 3 D2  
EX1 53 0 POLY(2)  3 0 3 8 0  1  -4.0500E-01
RO 54 8 1.0628E+02
VIS 3 54 0
FI 0 55 VIS 1
DIP 55 56 DV
DIN 58 57 DV
VIP 56 58 0
VIN 57 55 0
RI 58 0 1.0
FIP 9 0 VIP 1.0
FIN 0 10 VIN 1.0
.ENDS HA5114
*
*
*  COPYRIGHT (C) 1991 HARRIS CORPORATION
*  ALL RIGHTS RESERVED
*
*  HA-5127 MacroModel
*  Rev: 02-04-92  DW Riemer
*
* Connections: 
*               Non-Inverting Input
*               | Inverting Input
*               | | Positive Power Supply
*               | | | Negative Power Supply
*               | | | | Output
*               | | | | |
.SUBCKT HA5127  1 2 4 5 3 
.MODEL DP D  IS=1E-14  N=6.6967E-01 
.MODEL DN D  IS=8.5E-15    N=6.6967E-01 
.MODEL DV D  IS=1.1746E-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 1.0E-05  
I1 8 0 1.295E-08  
FA 2 0 VN 1.857E+00  
DP 6 8 DP  
DN 7 8 DN  
C1 8 0 1.9425E-16     IC=-2.3157E-01  
FP 9 0 VP  1.6988E+04  
FN 0 9 VN  1.9986E+04  
GC 0 9 8 0 6.8734E-09  
GPP 9 0 4 0 1.2291E-08  
GPN 9 0 5 0 1.2291E-08  
IRX 0 9 1.5917E-09  
RT 9 0 1.0  
*
*                 Poles and Zeros
EP1 10 0 9 0 1.0  
RP1 10 11 1.2736E+03  
RZ1 11 12 3.184E+02  
CP1 12 0 1E-10  
EP2 13 0 11 0 1.0  
RP2 13 14 2.388E+01  
RZ2 14 15 +7.96
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 +3.184
CP4 19 0 1E-10  
*
*                 Output Stage
G2 0 20 19 0 1.0  
R2 20 0 6.5577E+02  
CC 20 21 2.2E-11  
GOL 21 0 20 0 6.5137E+03  
RD 21 0 5.0809E+01  
DH 21 22 DV  
DL 23 21 DV  
ECC 22 0 POLY(1)  4 0 -2.7  1.0  
EEE 23 0 POLY(1)  5 0 +2.7  1.0  
IH 4 0 3.5E-03  
IL 0 5 3.5E-03  
GPS 24 0 21 3 8.5427E-02  
DPH 4 24 DX  
DPL 24 5 DX  
D1 21 25 D1  
D2 25 21 D2  
EX1 25 0 POLY(2)  21 0 3 0 0.0   -7.2888E-01   +1.7248  
RO 21 3 1.17059E+01  
.ENDS HA5127
*
*
*  COPYRIGHT (C) 1991 HARRIS CORPORATION
*  ALL RIGHTS RESERVED
*
*  HA-5137 MacroModel
*  Rev: 02-04-92  DW Riemer
*
* Connections: 
*               Non-Inverting Input
*               | Inverting Input
*               | | Positive Power Supply
*               | | | Negative Power Supply
*               | | | | Output
*               | | | | |
.SUBCKT HA5137  1 2 4 5 3
.MODEL DP D  IS=1E-14  N=6.6967E-01 
.MODEL DN D  IS=8.5E-15    N=6.6967E-01 
.MODEL DV D  IS=1.1746E-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 1.0E-05  
I1 8 0 1.295E-08  
FA 2 0 VN 1.8571E+00  
DP 6 8 DP  
DN 7 8 DN  
C1 8 0 1.0792E-16     IC=-2.3157E-01  
FP 9 0 VP  3.0579E+04  
FN 0 9 VN  3.5975E+04  
GC 0 9 8 0 1.2372E-08  
GPP 9 0 4 0 2.2123E-08  
GPN 9 0 5 0 2.2123E-08  
IRX 0 9 2.865E-09  
RT 9 0 1.0  
*
*                 Poles and Zeros
EP1 10 0 9 0 1.0  
RP1 10 11 2.21E+02  
RZ1 11 12 1.77E+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 1.0613E+01  
CP3 16 0 1E-10  
EP4 17 0 16 0 1.0  
RP4 17 18 +9.0971  
CP4 18 0 1E-10  
EP5 19 0 18 0 1.0  
RP5 19 20 +7.96
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 3.6187E+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   -7.2888E-01   +1.7249
RO 22 3 1.17059E+01  
.ENDS HA5137
*
*
*  COPYRIGHT (C) 1991 HARRIS CORPORATION
*  ALL RIGHTS RESERVED
*
*  HA-5147 MacroModel
*  Rev: 02-04-92  DW Riemer
*
* Connections: 
*               Non-Inverting Input
*               | Inverting Input
*               | | Positive Power Supply
*               | | | Negative Power Supply
*               | | | | Output
*               | | | | |
.SUBCKT HA5147  1 2 4 5 3
.MODEL DP D  IS=1E-14  N=6.3393E-01 
.MODEL DN D  IS=9.0E-15    N=6.3393E-01 
.MODEL DV D  IS=1.142E-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 1.0E-05  
I1 8 0 1.33E-08  
FA 2 0 VN 1.6984E+00  
DP 6 8 DP  
DN 7 8 DN  
C1 8 0 3.8E-17     IC=-2.1921E-01  
FP 9 0 VP  5.7895E+04  
FN 0 9 VN  6.4327E+04  
GC 0 9 8 0 2.4744E-08  
GPP 9 0 4 0 4.4246E-08  
GPN 9 0 5 0 4.4246E-08  
IRX 0 9 5.4243E-09  
RT 9 0 1.0  
*
*                 Poles and Zeros
EP1 10 0 9 0 1.0  
RP1 10 11 2.388E+02