In the statement above print step value cabelas discount code 10 off is the time interval used for printing or plotting the results of the transient analysis to a specified output file.
U se, i nitial, c onditions.".probe command, the.probe statement writes the results from DC, AC, and transient analysis to a data file named probe.
This would be repeated over and over.
You can launch Probe from the Start menu of Windows, but you will then need to go to Probe's File menu and open the DAT file you want to see.It saves information for all voltages and currents.final time value is the ending value of the time interval.A parametric sweep of the parameter "cloud" over the range of values using defined steps can generate the data for the performance analysis, and thus make it simpler to recognize the particular value of the devices that produces optimum response. print step value final time print delay Max step.tran 500us 100ms 0s 500us UIC.OUT" will carry addition information of the simulation.We show this gain in decibels.Then go to Trace menu in the Probe and choose "Add" again.Rmod R /08/04 12:27: Evaluation PSpice (Nov 1999) RES_acanalysis 60Hz * AC analysis temperature.000 DEG C * current step rmod.5 ; (1st sweep value) freq VM(Rg) VP(Rg) IM(Rg) IP(Rg).000E01.234E00.690E01.468E00.690E /08/04 12:27: Evaluation PSpice (Nov 1999) RES_acanalysis 60Hz * AC analysis temperature.000.Since PSpice automatically adjusts its time step size during the simulation, it may increase the step size to a value greater than desirable for displaying the data. .print delay is the print delay time this specified value is the no-print value and the results from this value are not plotted, printed, or given to probe.You should see the following transient analysis of the voltage across the inductor using the trace in Probe.IND_AC_analysis 60Hz Vs 1 0 AC 120V 0 Rg 1.5 Lg 2 3 lmod.model lmod IND(L1mH).step IND lmod(L) 1mH, 5mH, 2mH Rm 3 4 16.0 Lm 4 0 31.183mH Cx 2 0 1uF.AC LIN 1 60 60.print AC VM(Lg) VP(Lg) IM(Lg) IP(Lg).END The output file of the simulation is shown below.In the first tutorial, we learned that the.print DC command would not work unless we enabled it with the.DC command.Author's Note: This 9th PSpice Tutorial was contributed.As in tutorial no 7, we will use a second-order high pass filter to sweep the value of the Resistor over a range of frequency to study its response.