How do you add dependent voltage source in PSPICE?

How do you add dependent voltage source in PSPICE?

Note that the right side of the device goes where the voltage source appears in the circuit. The left side is connected so that the controlling current (in this case I0) runs through the left side of the dependent source symbol. After the dependent source has been placed, left click on it to select it.

How do you plot voltage in PSPICE?

Select PSPICE → Markers → Voltage Level, and place the probe that appears at the top of the 5KΩ resistor. Running and Displaying the Results of the Simulation Run the simulation. This time a display window will open and a graph of the resistor voltage will appear.

What is Vpulse in PSPICE?

A voltage pulse or pulse train can be applied as an independent source in PSPICE using the VPULSE element. VPULSE has seven parameters that describe its shape as shown in figure 1. Note that the voltage input is a single 1-volt pulse that is 1 second in duration.

How do you use voltage markers in PSPICE?

Voltage and current markers are used to probe the voltage or current. After simulation, PSPICE automatically plot the results. Select Markers/Mark Voltage/Level [Ctrl+M] or click voltage marker icon to place the voltage marker. Select Markers/Mark Current into Pin or click current marker to place the current marker.

How do I run a schematic in OrCAD?

Chapter 1: Schematic Capture

1. Using this tutorial. Quick video showing you how to use this OrCAD tutorial.
2. Start a New Schematic Project.
3. Add Libraries and Parts.
4. Search and Place Parts.
5. Connect Parts.
6. Name Nets.
7. Define Differential Pairs.
8. Assign Part Information to the Design.

How to find the voltage source in PSpice?

Browse Cadence PSpice Model Library Part Name Description VOLTAGE_SOURCE DC Voltage Source (AA Enabled) VPULSE Pulse Voltage Source VPWL Piecewise Linear Voltage Source VPWL_ENH Enhanced Piecewise Linear Voltage Source

How does a pulse train work in PSpice?

A voltage pulse or pulse train can be applied as an independent source in PSPICE using VEXP. The VEXP voltage source generates a waveform as shown in figure 5, where TC1 and TC2 are the time constants of the rising and falling exponentials, respectively.

How to setup sinusoidal or exponential voltage source?

For the exponential voltage source, it’s a bit trickier, since the usual parameters aren’t the ones you’re used to. LTspice seems to be using these equations : This assumes the Rise Delay is lower than the Fall Delay. If that’s not the case, swap the Rise Delay and Rise Tau for the Fall Delay and Fall Tau.

How to add phase to sinusoidal voltage In LTspice?

Of course, when t is lower than both delays, the voltage source outputs the initial voltage. To add phase to your sine voltage source in LTSpice, use Phi [deg]. Cosine is basically sine with a phase. phase of 180° will completely invert your signal.