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Step response of series RLC. No energy is stored in the 100mH inductor or 0.4µF capacitor when the switch in the circuit is closed. Find *.VC(t) for t > 0 0.1 H 280 N t= 0 48 V 0.4 µF

Step response of series RLC. No energy is stored in the 100mH inductor or 0.4µF capacitor when the switch in the circuit is closed. Find *.VC(t) for t > 0 0.1 H 280 N t= 0 48 V 0.4 µF

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Step response of series RLC. No energy is stored in the 100mH inductor or 0.4µF capacitor when the switch in the circuit is closed. Find * VC(t) for t 2 0 0.1 H 280 N t= 0 48 V 0.4 pF B1=-48V s1=-1400+j4800 rad/sec wo^2=16 x10^8 a^2=25x10^8 B2=14V IL(t)=48-48 EXP(-1400t) cos4800t +14 EXP(-1400t) sin4800t V at T>=0 B1= 48V s2=-1400-j4800 rad/sec IL(t)=48-48 EXP(-1400t) cos4800t -14 EXP(-1400t) sin4800t V at T>=0 Option 11 B2=-14V
Transcribed Image Text:Step response of series RLC. No energy is stored in the 100mH inductor or 0.4µF capacitor when the switch in the circuit is closed. Find * VC(t) for t 2 0 0.1 H 280 N t= 0 48 V 0.4 pF B1=-48V s1=-1400+j4800 rad/sec wo^2=16 x10^8 a^2=25x10^8 B2=14V IL(t)=48-48 EXP(-1400t) cos4800t +14 EXP(-1400t) sin4800t V at T>=0 B1= 48V s2=-1400-j4800 rad/sec IL(t)=48-48 EXP(-1400t) cos4800t -14 EXP(-1400t) sin4800t V at T>=0 Option 11 B2=-14V
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