CNR200 SPICE MODEL TEST CIRCUIT

* .DC IF 0 10M 0.05M
.DC DEC IF 1U 10M 30
.PROBE

IF 0 1 DC 10M
VPD1 2 0 DC 0
VPD2 3 0 DC 0
XOPTO 0 1 0 2 3 0 CNR200

*----------------------------------------------------------------------------
* CNR200 Linear Optocoupler SPICE Model
*               LED Cathode
*               | LED Anode
*               | | PD1 Cathode
*               | | | PD1 Anode
*               | | | | PD2 Anode
*               | | | | | PD2 Cathode
*               | | | | | |
.SUBCKT CNR200  1 2 3 4 5 6

* LED circuit
QLED1 8 2 7 QCPL .5
QLED2 9 2 7 QCPL .5
VLED 7 1 DC .685
VPD1 1 8 DC -2
VPD2 1 9 DC -2

* Input photodiode circuit
DPD1 4 3 DPHOTO
FPD1 3 4 POLY(1) VPD1 0 1 
CPD1 4 3 8P

* Output photodiode circuit
*   Deleting the semicolon from the FPD2 statement below will
*   increase the dc nonlinearity of the model from 0% to 0.01%
*   for photodiode currents between 5nA and 50uA.
DPD2 5 6 DPHOTO
FPD2 6 5 POLY(1) VPD2 0 1 ;32.5 -450K 3.1G
CPD2 5 6 8P

* Photodiode model
.MODEL DPHOTO D(IS=4.5E-12 RS=150 N=1.3 XTI=4 EG=1.11
+  CJO=14P M=1.96 VJ=1.9)

* LED/Optical-coupling transistor model
.model QCPL NPN(IS=2.214E-19 BF=10m NF=1.010 IKF=11.00m ISE=1.167P
+  NE=1.737 RB=3.469 VAF=100 TF=1.77U CJE=80P)

.ENDS
*----------------------------------------------------------------------------

.END
CNR200 SPICE MODEL TEST CIRCUIT

* .DC IF 0 10M 0.05M
.DC DEC IF 1U 10M 30
.PROBE

IF 0 1 DC 10M
VPD1 2 0 DC 0
VPD2 3 0 DC 0
XOPTO 0 1 0 2 3 0 CNR200

*----------------------------------------------------------------------------
* CNR200 Linear Optocoupler SPICE Model
*               LED Cathode
*               | LED Anode
*               | | PD1 Cathode
*               | | | PD1 Anode
*               | | | | PD2 Anode
*               | | | | | PD2 Cathode
*               | | | | | |
.SUBCKT CNR200  1 2 3 4 5 6

* LED circuit
QLED1 8 2 7 QCPL .5
QLED2 9 2 7 QCPL .5
VLED 7 1 DC .685
VPD1 1 8 DC -2
VPD2 1 9 DC -2

* Input photodiode circuit
DPD1 4 3 DPHOTO
FPD1 3 4 VPD1 1
CPD1 4 3 8P

* Output photodiode circuit
*   Deleting the semicolon from the FPD2 statement below will
*   increase the dc nonlinearity of the model from 0% to 0.01%
*   for photodiode currents between 5nA and 50uA.
DPD2 5 6 DPHOTO
FPD2 6 5 POLY(1) VPD2 0 1 32.5 -450K 3.1G
CPD2 5 6 8P

* Photodiode model
.MODEL DPHOTO D(IS=4.5E-12 RS=150 N=1.3 XTI=4 EG=1.11
+  CJO=14P M=1.96 VJ=1.9)

* LED/Optical-coupling transistor model
.model QCPL NPN(IS=2.214E-19 BF=10m NF=1.010 IKF=11.00m ISE=1.167P
+  NE=1.737 RB=3.469 VAF=100 TF=1.77U CJE=80P)

.ENDS
*----------------------------------------------------------------------------

.END