Q2: For the circuit shown below, R¡ = 200 Q , R2 = 4 k2 , C, = 250 nF , C2 = 2500 pF and the DC supply voltage (Vo) is 100 kV . Find the following: %3D a. The output voltage V(t) as a function of time. b. Find the time where the impulse wave reaches its crest by deriving the voltage function and make it equal to zero. c. Find the output peak voltage Vp . d. Find the efficiency for the circuit through dividing Vp by Vo . e. If C2 is changed in the circuit to be equal to 250 nF, find the efficiency for the circuit. R, Vo R2 C2 V(t)

Q2: For the circuit shown below, R¡ = 200 Q , R2 = 4 k2 , C, = 250 nF , C2 = 2500 pF and the DC supply voltage (Vo) is 100 kV . Find the following: %3D a. The output voltage V(t) as a function of time. b. Find the time where the impulse wave reaches its crest by deriving the voltage function and make it equal to zero. c. Find the output peak voltage Vp . d. Find the efficiency for the circuit through dividing Vp by Vo . e. If C2 is changed in the circuit to be equal to 250 nF, find the efficiency for the circuit. R, Vo R2 C2 V(t)

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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