For the circuit given in Figure-2, let the switch was initially closed at position-1 for a 5T timeand then the switch is moved to position-2 and left there.Determine:i.Draw capacitor charging circuit and time constant for charging circuit.ii.Expression for vc and ic while switch is in position-1.iii.Compute vc and ic at t = 1T time while switch is at position-1.iv.Time constant for discharging circuit and draw discharging circuit.v.Expression for vc and ic while switch is at position-2.vi.Compute vc and ic at t = 1T while switch is at position-2.vii.Sketch the voltage and current plot for charging and discharging of capacitor andindicate voltage and currents points on the plot.10 kΩ (15 kNR1R3ER2 5 kNE= 200VFigure-2C= 20.75miyu F

Given E=200 VC=20.75 μFC=20.75×10-6 F

For the circuit given in Figure-2, let the switch was initially closed at position-1 for a 5T time and then the switch is moved to position-2 and left there. Determine: i. Draw capacitor charging circuit and time constant for charging circuit. ii. Expression for vc and ic while switch is in position-1. Compute vc and ic at t = 1T time while switch is at position-1. iii. iv. Time constant for discharging circuit and draw discharging circuit. V. Expression for vc and ic while switch is at position-2. vi. Compute vc and ic at t = 1T while switch is at position-2. vii. Sketch the voltage and current plot for charging and discharging of capacitor and indicate voltage and currents points on the plot. 10 kΩ ( 15 kN R1 R3 ic vc R2 5 kN E= 200V Figure-2 = 20.75miyu F

For the circuit given in Figure-2, let the switch was initially closed at position-1 for a 5T time and then the switch is moved to position-2 and left there. Determine: i. Draw capacitor charging circuit and time constant for charging circuit. ii. Expression for vc and ic while switch is in position-1. Compute vc and ic at t = 1T time while switch is at position-1. iii. iv. Time constant for discharging circuit and draw discharging circuit. V. Expression for vc and ic while switch is at position-2. vi. Compute vc and ic at t = 1T while switch is at position-2. vii. Sketch the voltage and current plot for charging and discharging of capacitor and indicate voltage and currents points on the plot. 10 kΩ ( 15 kN R1 R3 ic vc R2 5 kN E= 200V Figure-2 = 20.75miyu F

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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