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The Pulse having the Initial voltage as -10V, Pulsed Voltage as 10V, Delay Time as 1nsec, Rise Time as 1nsec,Fall Time as 1nsec, Pulse Width as 100μSeconds, and Period as 200μseconds.Use PSPICE to plot and calculate the transient response from 0to 400μseconds with an increment of 1μsecond. Plot the voltages across the capacitors.

Draw a Bode plot (voltage gain and phase) for the modified circuit over a frequency range of 1 Hz to 1 MHz. 4. Perform PSPICE analysis for frequency response of the modified circuit over a frequency range of 1 Hz to 1 MHz. Assemble the circuit and measure the frequency response over the same range.
이유 : 보드선도에서 이득(dB)을 구하는 식은 20*log10(출력/입력) 입니다. PSpice의 AC 분석에서 사용가능한 Probe 중 이득에 대한 프로브는 dB Magnitude of Voltage을 제공하며, 이 프로브는 출력 노드에 배치함으로써 Plot창에 이득값이 출력됩니다.
amp can be modeled by placing limits on the output voltage of the voltage-controlled voltage source E b. In PSpice, this can be done using the ETABLE component in the ©2015 Oxford University Press Reprinting or distribution, electronically or otherwise, without the express written consent of Oxford University Press is prohibited.
So, to sum up, the information in Chapter 2 - Figure 6 - DC sweep analysis settings in the PSpice User's Guide, Second Edition 31 May 2000, is incorrect in one regard. When setting up the Simulation Profile, replace Voltage Source Name: "Vin" with the source name generated by OrCAD which, in the case of the example, becomes "V_V2".
Feb 18, 2007 · 1st Tutorial: Introduction to PSpice. PSpice File Types; Basic Rules; References; Node Designations; Large & Small Numbers; Independent Voltage Sources; Independent Current Sources; Resistors; DC Sweeps & the .PRINT Command; 2nd Tutorial: Simple Dependent Sources. Voltage Controlled Dependent Voltage Source; Voltage Controlled Dependent Current ...
The Pspice simulation window will appear and the window will display the words Bias point calculated, signifying the node voltage analysis is complete. When the node voltage analysis is complete, LEFT click on the Schematics window to bring it to the front. You can see that the IPROBE and the VIEWPOINT parts display results
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(Note: You can also use voltage Marker to plot the input & output directly). Repeat the same procedure for Zener diode with 5V and then 10V amplitude at 5 KHz Frequency. Q3. For the limiter circuit, draw the circuit in Figure 3, using PSPICE. Follow same procedure used in previous question. Find the voltage output using the probe (show 5-cycles).
Placing Probes To automatically plot results when a simulation is complete place voltage probes to plot voltages or current probes for currents. Place a voltage probe at the output of the amplifier as shown below and a current probe to plot the current Ic. Note current probes must be placed on the pins of devices (the very edge)
I can't change the trace or probe color in PSpice 16.3. Right click on the trace & select trace properties. There's only one color (grey) available besides to the default color of green. On the schematic, right click on the probe --> Edit properties. Nothing happens. Is it a bug? Thanks.
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  • Vdd Pspice ... Vdd Pspice
  • Now remove voltage markers from the circuit, and create a Bode plot by placing the “db magnitude of voltage” marker and the “phase of voltage” marker on the output resistor as shown in Figure 6. These are found in the pull-down menu at: PSpice->Markers->Advanced->dB Magnitude of Voltage. PSpice->Markers->Advanced->Phase of Voltage.
  • There are two cursors controlled by the left and right mouse buttons, respectively. The small Probe Cursor window shows the measurements for the current cursor positions, including the difference. Exercise. From your PSPICE graph, determine: 1. The open circuit voltage . 2. The short circuit current . 3. The Thevenin equivalent circuit. 4.
  • stored/plotted in PSpice. They do, however, have a special format. Examples are: v(5) voltage at node 5 with respect to ground v(4,2) voltage at node 4 with respect to node 2 v(R1) voltage of resistor R1 (polarity observed!) v(L1) voltage of inductor L1 (polarity observed!) v(C1) voltage of capacitor C1(Polarity observed!)
  • First, double-click the value label of the resistor that is to be varied. This will open a "Set Attribute Value" dialog box. Enter the name {RVAL} (including the curly braces) in place of the component value. This indicates to PSpice that the value of the resistor is a global parameter called RVAL.

There are three values which PSpice will allow you to alter, these being: o ACMAG which is the RMS value of the voltage. o DC which is the DC offset voltage o ACPHASE which is the phase angle of the voltage Note that the phase angle if left unspecified will be set by default to 0° C. VSIN

There are three values which PSpice will allow you to alter, these being: o ACMAG which is the RMS value of the voltage. o DC which is the DC offset voltage o ACPHASE which is the phase angle of the voltage Note that the phase angle if left unspecified will be set by default to 0° C. VSIN OrCAD PSpice A/D How to use this online manual How to print this online manual Welcome to OrCAD Overview Commands Analog devices Digital devices Customizing device equations
Simulation with PSpice. Automotive MOSFETs and Driver ICs. Marco Pürschel & Andreas Kiep PSpice is a commonly used simulation tool. Even the free download version is capable to simulate...

During bias calculations, PSpice clamps the voltages to specied values by attaching a voltage Refer to your PSpice User's Guide for a description of Probe, for information about using the Probe data le...

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pspice code voltage amplifier * ***** * *** volamp01 *** * *****.param pri = 0.1k *.step param pri list 0.1k 1k 10 k vs 1 0 sin (0 4.5v 4khz) rs 1 2 1k ri 2 0 {pri} e0 3 0value={10*v(2,0)} ro 3 4 1k rl 4 0 1k.tran 1us 1m.probe.end 990204ggh01 ri eo ro rl rs 1 2 3 4