*//////////////////////////////////////////////////////////////////////
* (C) National Semiconductor, Corporation.
* Models developed and under copyright by:
* National Semiconductor, Corporation.  
*/////////////////////////////////////////////////////////////////////
* Legal Notice:  
* The model may be copied, and distributed without any modifications;
* however, reselling or licensing the material is illegal.
* We reserve the right to make changes to the model without prior notice. 
* Pspice Models are provided "AS IS, WITH NO WARRANTY OF ANY KIND" 
*////////////////////////////////////////////////////////////////////
.SUBCKT CLC450 3 2 6 7 4 
*  CLC450 MACROMODEL
*
* PINOUT ORDER IS +IN  -IN  OUT VCC  VEE  
*                   3    2   6   7    4  
* !!!!!!!!
* NOTE !!! CIRCUIT CURRENTLY SET-UP FOR 5V OPERATION!!!
* !!!!!!!!ADJUST VALUES BELOW PER TOTAL SUPPLY VOLTAGE
*
* BEGIN ADJUSTMENTS
*
* TOTAL SUPPLY VOLTAGE   RSL      C7          F1
*              5 VOLTS  1910    1.10E-11     0.75
*             10 VOLTS  1285    0.83E-11     1.00
*
* FOR  5 VOLTS TOTAL
* USE THESE THREE LINES
RSL 11 23 1910.0
C7 14 0 1.10E-11
F1 0 11 V10 0.75
*
* FOR 10 VOLTS TOTAL
* USE THESE THREE LINES
*RSL 11 23 1825.0
*C7 14 0 0.83E-11
*F1 0 11 V10 1.00
*
*Note:During Transient Analysis, if the input or output common mode 
*voltage range falls outside of range for the device, pspice 
*simulation may not be able to finish. To resume simulation, 
*correct these conditions and try again"**
*Note:Many convergence problems during simulations can be resolved 
*by proper selection of "RELTOL" using a ".OPTIONS" statement. 
*See pspice manuals for more information"**
*
* END ADJUSTMENTS
V3 7 5 1.7
V4 1 4 1.7
V5 54 2 0.002
D1 1 54 _D1_MOD 
D2 54 5 _D1_MOD 
D3 3 5 _D1_MOD 
D4 1 3 _D1_MOD 
R1 3 0 0.76E6
E10 45 27 3 0 0.996
E6 43 0 30 0 1.0
E7 28 0 32 0 1.0
E8 8 0 26 0 1.0
V10 45 39 0.0
R3 54 49 195.0
C2 54 0 1.35E-12
C3 3 0 1.35E-12
R8 11 0 6.45E5
E2 23 13 37 0 1.0
RD1 37 0 1.0E18
D6 11 12 _D6_MOD 
E1 12 0 23 0 1.0
C6 23 0 1.30E-12
G3 0 14 23 0 0.01
R10 14 0 100.0
G4 0 15 14 0 0.001
R11 15 0 1000.0
C8 15 0 1.0E-14
R4 42 27 1000.0MEG
D10 12 11 _D6_MOD 
I1 0 40 1.068E-4
E3 22 23 37 0 1.0
I3 0 38 1.0E-3
D7 4 21 _D18_MOD 
R14 57 24 1.0
R15 56 24 1.0
G6 0 26 24 0 3.0E-3
D8 34 7 _D5_MOD 
V9 34 22 1.9
R21 35 15 1.0
D18 4 20 _D18_MOD 
D5 38 0 _D5_MOD 
V11 37 38 -0.89465
R16 26 25 1.0
L1 25 0 5.3E-7
RL1 25 0 50.0E3
C4 6 0 2.0E-12
I4 0 46 1.0E-4
V7 18 58 -0.45
V8 59 19 -0.45
E14 58 17 37 0 -1.0
E15 17 59 37 0 -1.0
I5 0 48 1.0E-4
G7 0 32 4 0 1.10E-3
D11 35 18 _D5_MOD 
RD11 35 18 1.0E6
G8 0 30 7 0 1.10E-3
R24 30 29 1.0
L2 29 0 7.962E-7
RL2 29 0 50.0E3
R25 32 31 1.0
L3 31 0 7.962E-7
RL3 31 0 50.0E3
I2 0 41 1.068E-4
D12 19 35 _D5_MOD 
RD12 19 35 1.0E6
G9 17 7 7 35 8.51E-2
G10 4 17 35 4 8.51E-2
R26 7 17 11.76
R27 17 4 11.76
G11 20 4 35 17 8.51E-2
G12 21 4 17 35 8.51E-2
D15 4 36 _D5_MOD 
D13 7 20 _D5_MOD 
D14 7 21 _D5_MOD 
V12 13 36 1.9
E4 42 0 0 33 1.0E6
R29 33 43 1.0
R30 33 28 1.0
R31 33 8 1.0
R32 42 33 1.0
D9 40 0 _D9_MOD 
L5 49 39 4.0E-9
E5 42 27 41 40 1.259
D16 41 0 _D9_MOD 
D17 46 0 _D17_MOD
D19 48 0 _D17_MOD 
L6 17 6 5.0E-9
I6 0 50 1.0E-4
I7 0 51 1.0E-4
D20 50 0 _D20_MOD 
D21 51 0 _D20_MOD 
G1 0 3 51 50 0.00410
G2 0 2 48 46 0.00335
I8 0 2 5.0E-6
I9 3 0 3.0E-6
I10 7 4 1.40E-3
R13 7 4 25.0E3
E12 56 0 54 0 1.0
E13 57 0 3 0 1.0
.MODEL _D1_MOD D IS=1.0E-16
.MODEL _D5_MOD D IS=1.0E-15
.MODEL _D6_MOD D IS=9.5E-17
.MODEL _D9_MOD D IS=1.0E-16 KF=2.56E-17
.MODEL _D17_MOD D IS=1.0E-16 KF=3.2E-18
.MODEL _D18_MOD D BV=50.0 IS=1.0E-15
.MODEL _D20_MOD D IS=1.0E-16 KF=1.8E-17
.ENDS