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2. Using Laplace Transform, determine the capacitor voltage v(t) after the switch opens. Assume that the circuit is at steady-state before the switch opens at t=0. 9Ω t = 0 3Ω i(t) Į v (t) 0.5 F 16 V 1H

2. Using Laplace Transform, determine the capacitor voltage v(t) after the switch opens. Assume that the circuit is at steady-state before the switch opens at t=0. 9Ω t = 0 3Ω i(t) Į v (t) 0.5 F 16 V 1H

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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2. Using Laplace Transform, determine the capacitor voltage v(t) after the switch opens. Assume that the circuit is at steady-state before the switch opens at t=0. 9Ω t = 0 3Ω i(t) | 0.5 F = v (t) 16 V 1 H Hint: Determine the initial conditions of the circuit and convert it to frequency domain. Solve for what is ask in the problem and once done. Convert it back to time domain. The following are the conversion of elements from time domain (a) to frequency domain (b or c). RESISTORS INDUCTORS 生 卡中 I(s) | Is) Ls v(t) R V(s) R i(0) vlt) V(s) Ls Vs) Li(0) (b) (a) (b) (c) САРАCITORS | Is) T Cs V(s) Vls) (1) Cu(0) v(0) (a) (b) (c)
Transcribed Image Text:2. Using Laplace Transform, determine the capacitor voltage v(t) after the switch opens. Assume that the circuit is at steady-state before the switch opens at t=0. 9Ω t = 0 3Ω i(t) | 0.5 F = v (t) 16 V 1 H Hint: Determine the initial conditions of the circuit and convert it to frequency domain. Solve for what is ask in the problem and once done. Convert it back to time domain. The following are the conversion of elements from time domain (a) to frequency domain (b or c). RESISTORS INDUCTORS 生 卡中 I(s) | Is) Ls v(t) R V(s) R i(0) vlt) V(s) Ls Vs) Li(0) (b) (a) (b) (c) САРАCITORS | Is) T Cs V(s) Vls) (1) Cu(0) v(0) (a) (b) (c)
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