SOLVE USING Overdamped f(t) = A1e$1t + Aze°zt + A3 Critically Damped f(t) = A,te-at + A2e¬at + A3 Underdamped f (t) = Ce¬at cos(@at + 0) + A3 For the parallel RLC circuit shown below, find the response of iL(t) and Ve(t). Solve for t when the current is at 50% before its final value. Solve for v(T). 3Ω 3 H 1/12 F 4 A iL(t)
SOLVE USING Overdamped f(t) = A1e$1t + Aze°zt + A3 Critically Damped f(t) = A,te-at + A2e¬at + A3 Underdamped f (t) = Ce¬at cos(@at + 0) + A3 For the parallel RLC circuit shown below, find the response of iL(t) and Ve(t). Solve for t when the current is at 50% before its final value. Solve for v(T). 3Ω 3 H 1/12 F 4 A iL(t)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Transcribed Image Text:SOLVE USING
Overdamped
f(t) = A1e$1t + Aze°zt + A3
Critically Damped
f(t) = A,te-at + A2e¬at + A3
Underdamped
f (t) = Ce¬at cos(@at + 0) + A3
For the parallel RLC circuit shown below, find the response of iL(t) and
Ve(t). Solve for t when the current is at 50% before its final value. Solve
for v(T).
3Ω
3 H
1/12 F
4 A
iL(t)
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