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2. In the following circuit, the switch closes at t = 0: (a) Find Vc(1) Vt> 0 ZA Ve 2/13H 250F 2012

2. In the following circuit, the switch closes at t = 0: (a) Find Vc(1) Vt> 0 ZA Ve 2/13H 250F 2012

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. In the following circuit, the switch closes at t = 0: 110 mA (a) Find Vc(t) Vt> (b) Sketch Vc(t) Vt € (-0.1,2)ms Answers for 2(a): 2k1 Vc(t) = 8e V₂ -1000t Vc(t) = 0.05e-1987t 2/13H 250F Vc(t) = 3.2e 1000t cos (5000t) + 4e 1000t sin (5000t) + 0.04 Vc(t) = 10e-1000t cos(5000t) + 2e-1000t Vc(t)= -0.05e Vc(t) = 2.4e *cos(5000t) + 1.6e 20 +7.95e-13.1t -1987t 1000t sin (5000t) -1000t sin (5000t) +7.95e-13.1t +3.22te 1000t
Transcribed Image Text:2. In the following circuit, the switch closes at t = 0: 110 mA (a) Find Vc(t) Vt> (b) Sketch Vc(t) Vt € (-0.1,2)ms Answers for 2(a): 2k1 Vc(t) = 8e V₂ -1000t Vc(t) = 0.05e-1987t 2/13H 250F Vc(t) = 3.2e 1000t cos (5000t) + 4e 1000t sin (5000t) + 0.04 Vc(t) = 10e-1000t cos(5000t) + 2e-1000t Vc(t)= -0.05e Vc(t) = 2.4e *cos(5000t) + 1.6e 20 +7.95e-13.1t -1987t 1000t sin (5000t) -1000t sin (5000t) +7.95e-13.1t +3.22te 1000t
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