Erompleconsider thecircuitseen in fig.2. Jf the switch is cbsedat t=0,a) write down the differential equatlon for the capacitorvoltage vCE) for C=4F, R= 1/2 , Ig = 40 A.b) Solve the diFferential equaition for v(t) if the capa citorinitial voHage is VlO)= V.c) Calculate vt) for t = 0,2, 00Vしt)Fig 2.

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Eronple consider the circuit seen in fig.2. Jf the switchis cbsed at t=0 , a) write down the differential equatlon For the capacitor voltage vCt) for C=4F, R= 1/2 n, Ig= 40 A. %3D %3D b) Solve the diFferential equation for v(t) if the caopacitor is vlo) =8 V. initial voltage %3D c) Calculate vlt) for t = 0,2, 0. ic vしt) lg (1 it Fig 2. ->

Eronple consider the circuit seen in fig.2. Jf the switchis cbsed at t=0 , a) write down the differential equatlon For the capacitor voltage vCt) for C=4F, R= 1/2 n, Ig= 40 A. %3D %3D b) Solve the diFferential equation for v(t) if the caopacitor is vlo) =8 V. initial voltage %3D c) Calculate vlt) for t = 0,2, 0. ic vしt) lg (1 it Fig 2. ->

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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