My model:
.SUBCKT 6N136 2 3 5 6 8 7
* ANODE CATHODE EMITTER col phkat BAZA
* Current Transfer Ratio (CTR)=(H*G*BF)=19%
VM 2 60
D1 60 3 LED
d2 2 3 ledc
H1 70 0 VM .00152 ; 6N135 0.00056 (CTR) = (H*G*BF) = 7%
R1 70 80 1K
C1 80 0 80PF
G1 8 7 80 0 1
d3 7 8 phd
Q1 6 7 5 QOPTO
.MODEL LED D(N=2.63 RS=1.25 IS=757f)
.MODEL LEDc D(N=5 RS=1.25 CJO=60PF IS=10p)
.model phd d cjo=5p is=1p
.MODEL QOPTO NPN(IS=7p NF=1.23 CJC=2PF
+ CJE=7PF TF=.55NS TR=10NS BF=125 BR=10
+ IKF=100MA VAF=100)
.ENDS

Im not sure how to use this,

 

Read HELP for ORCAD. 13 years ago I tried to use this program. After reading HELP, I made a new symbol and added a spice model. Now, after testing many other spice programs, I switched to using LTspice.

 

Did you understand the Pspice error message? It may be complaining that you've given the ground node two different names.
Try putting a resistor (say 1μΩ) between 'Grn' and '0'.

 

Did you understand the Pspice error message? It may be complaining that you've given the ground node two different names.
Try putting a resistor (say 1μΩ) between 'Grn' and '0'.

pins 3 and 6 are supply pins and are connected wrong in the schematic.

Pin 3 is GND, Pin 6 is VDD

eT

 

Pin 3 is GND, Pin 6 is VDD

.... and that's what the latest schematic shows.

 

.

 

Did you understand the Pspice error message? It may be complaining that you've given the ground node two different names.
Try putting a resistor (say 1μΩ) between 'Grn' and '0'.

This is how it looks like now, but it will not identify the opto coupler and it takes to long to simulate. it stops at 78% towards the simulation

 

Try any FET-driver model available in Pspice.

here is my Pspice schematic of your LT spice

I'm not sure what went wrong. what diode did you use for the right side?
what is the correct Pspice Mosfet that goes after the optocoupler?
Here is a link to Pspice specs if you need to know what the specs are for the components I used:
http://www.pspice.com/power-management/gate-drivers/mosfet-driver

 

Hello,

R6 is to large. Make it smaller, so the capacitor can build-up charge.
In the original circuit it is 3 X 33 Ohms, a 100 Ohms resistor will do for simulation:



Bertus

 

I used a generic diode. Use a high speed, high voltage one if you want an accurate sim.
You are using the LM5111. I used the LM5114. For the LM5111, if the outputs are coupled together as shown then INB should be connected to INA, not to ground. (Always check the datasheets for the parts you use).

 

Hello,

R6 is to large. Make it smaller, so the capacitor can build-up charge.
In the original circuit it is 3 X 33 Ohms, a 100 Ohms resistor will do for simulation:

View attachment 139649

Bertus

I think your talking about the post I made on 11/18/2017 11pm

 

I used a generic diode. Use a high speed, high voltage one if you want an accurate sim.
You are using the LM5111. I used the LM5114. For the LM5111, if the outputs are coupled together as shown then INB should be connected to INA, not to ground. (Always check the datasheets for the parts you use).

OK, I managed to get the results using your schematic, thank you so much:


Is there a way that we can make it peak at 94V or more for around 100us or 0.1 sec without making the period longer than 25ms

 

Is there a way that we can make it peak at 94V or more for around 100us or 0.1 sec without making the period longer than 25ms

Yes. Increase R7 from 1k to, say, 22k. R8 should be increased proportionally if you want to preserve the voltage-monitoring scale factor.

 

Yes. Increase R7 from 1k to, say, 22k. R8 should be increased proportionally if you want to preserve the voltage-monitoring scale factor.

Thanks, but if I had this type of load:



How would I make the amplitude of the current reach at least 15A?

 

My sim says you'd get at least 15A for at least 93us with that inductor. Play with some component values and see the results for yourself.

 

My sim says you'd get at least 15A for at least 93us with that inductor. Play with some component values and see the results for yourself.

The most I seem to get is 4A
how did you connected the load?

here are my highest results

 

I connected it in place of the Rload resistor shown in post #30.

 

I connected it in place of the Rload resistor shown in post #30.

Yeah, thats what I also did

 

Sorry for the late response, we have decided to go along with the current circuit simulation. Thank you all so much for the help!!!

 

Hello,

I was wondering what would I need to add to this circuit to amplify the the pulse generator V7 ( arduino) in order to make the circuit work properly:

this is the current result:

this is the intended result ( it works when the pulse generator's V2 is set to 20.025V)

this is on PSPICE