But how to verify that the circuit is working properly.A schematic window will appear showing the voltage across the capacitor as shown in the figure below,.Now comes the simulation part, click on the analysis at the top bar of the schematic window and then click on simulate as shown in the figure below,.A widow will appear, click on the transient block on the window and adjust the properties of the window according to your requirement, refer to the figure below.Click on analysis and then click on Setup as shown in the figure below, Next step is to adjust the properties of the simulations in order to produce the graph of the voltage at the marker.On the top of the schematic window, click on the Voltage/Level Marker button and place it at the node between capacitor and resistor as shown in the figure below,.Change the values of VAMPL, VOFF and FREQ according to your need and click on Save Attr after updating each value, as shown in the figure below,.double click on the Vsin component and the properties window will appear as shown in the figure below, Now set the properties of the Vsin block, i.e. Connect all the components with the wire.Next step is to make connections between all these components, on the top bar of the schematic window, select place wire option as shown in the figure below,.The placed components in the schematic window are shown in the figure below,.
After you open the design manager a window will appear as shown in the figure below,.Both of them are same you can use any of them according to your choice.
In the previous tutorial we used Capture student and now we are using pspice design manager. With the installation of Pspice student version a number of files get installed on your PC.On the search bar of your computer type design manager a file saying “Pspice design manager” will pop up, as shown in the figure below, Lets’ get started with the schematic portion of PSPICE.How to design RL and RC circuit in PSPICE This leading and lagging of current and voltage in case of RC and RL circuits will be explained in this tutorial. Similarly, if we introduce an inductor in a simple resistive circuit, the output current will be leading the output voltage by 90 degrees. The introduction of a capacitor in a simple resistive circuits results in the voltage lead of 90 degrees from the current. The very basic circuits in electrical engineering are RC and RL circuits, these circuits are analyzed only to test the behavior of capacitor and inductor on current and voltage. Exercise: Introduction to RC and RL circuits.How to design RL and RC circuit in PSPICE.