Question

Please help answer in pspice, thank you very much.

Inductor +VR 300 220m 100 50 LI Function Generator Figure 2: RLC Circuit with 100Ω Resistor Inductor 50 300 220m 1k Function Generator Figure 1: RLC Circuit with 1kQ Resistor Generate a computer simulation modeling the capacitor voltage transient of the RLC circuit for Figures 1 and 2. Measure the initial capacitor voltage, vc(0), the final capacitor voltage, vc), and the capacitor voltage at 0.5 mS, 1 mS, and 2 mS. Record your values in the appropriate sections of Tables 1 and 3. Include a screenshot of the schematic and a screenshot of the transient analysis and compare any difference between your pre-lab, simulation, and experimental results in your lab write-up for all five values in each of the three scenarios (including the resistor voltage scenario described below). Generate a computer simulation modeling the resistor voltage transient of the RLC circuit in Figure 2. Measure the initial resistor voltage, vR(0), the final resistor voltage, esistor voltage at 0.5 mS, 1 mS and 2 mS. Record your values in the appropriate sections of Table 2.

Answer 1

ASSUMPTION:

1. The function generator is continuous

PARAMETERS OF FUNCTION GENERATOR ARE AS FOLLOWS

A. V1=+1

B. V2=-1

C. TD= 0 , delay in voltage

D. Tr= 0 ,rise time

E. Tf=0 , fall time

F. Tw=1ms , width of voltage V2

E. PER = 4ms , time period for 1 pulse  

t=0 Vc=-1v

t=0.5ms Vc=-0.5v

t=1ms Vc= 0.25v

t=2ms Vc= 1v

TABLE

ice File Edit View Simulation |race Plot Tools window Help 1.GU gu 1.QU gu 0s 5ns 1 ins 15ms 2 Ons 25ns he995 dat ( Crcut read in and checked, no errors Caculaling bias point Bias point calculated Calculaling bias point for Transient Analysis Bias point calculated ransierk Analysis Transiank Analysis finished Smulalion complete Watch Variable Value AnalysisA Walch Devices Time:.025 ENG 20:31 US 27-03-2019

t=0s Vr=-1

t=0.5ms Vr= 0

t=1ms Vr= -1

t=2ms Vr = -2

ASSUMPTION FOR SINGLE PULSE