![Simple PSpice circuit using a digital switch and ideal (linearized)... | Download Scientific Diagram Simple PSpice circuit using a digital switch and ideal (linearized)... | Download Scientific Diagram](https://www.researchgate.net/publication/4297770/figure/fig3/AS:279882962620432@1443740706569/Simple-PSpice-circuit-using-a-digital-switch-and-ideal-linearized-forward-diode-V-1.png)
Simple PSpice circuit using a digital switch and ideal (linearized)... | Download Scientific Diagram
![SOLVED: Text: V1 S1 Sbreak D1 Dbreak V1=0 V2 V2=1 TD=0 TR=1n TF=1n PW=1/400k PER=1/200k P1.2 PSpice simulation Simulate this switching circuit. The DC voltage supply is 24V and the current source SOLVED: Text: V1 S1 Sbreak D1 Dbreak V1=0 V2 V2=1 TD=0 TR=1n TF=1n PW=1/400k PER=1/200k P1.2 PSpice simulation Simulate this switching circuit. The DC voltage supply is 24V and the current source](https://cdn.numerade.com/ask_images/fc2915619f044f7cb7c4ab52b4671c17.jpg)
SOLVED: Text: V1 S1 Sbreak D1 Dbreak V1=0 V2 V2=1 TD=0 TR=1n TF=1n PW=1/400k PER=1/200k P1.2 PSpice simulation Simulate this switching circuit. The DC voltage supply is 24V and the current source
In PSpice, you may use a current controlled switch , such as 'W' device ,or a voltage controlled switch, s
![circuit analysis - I have a problem with using a voltage controlled switch in Pspice - Electrical Engineering Stack Exchange circuit analysis - I have a problem with using a voltage controlled switch in Pspice - Electrical Engineering Stack Exchange](https://i.stack.imgur.com/S4bVl.png)