A series RLC circuit is observed at two frequencies. At , = 1 krad/s, we note that source voltage V₁ =10020ºV results in a current I₁ =0.03231° A. At @₂ = 2 krad/s, the source voltage V₂ = 100/0° V results in a current 1₂ = 220° A. The closest values for R₁ L, C out of the following options are IC (A) R = 5002; L = 25 mH; C = 10µF; (B) R = 5002; L = 10 mH; C = 25 µF; (C) R = 5002; L = 50mH; C = SuF; (D) R = 5002; L = 5mH; C = 50µF;
A series RLC circuit is observed at two frequencies. At , = 1 krad/s, we note that source voltage V₁ =10020ºV results in a current I₁ =0.03231° A. At @₂ = 2 krad/s, the source voltage V₂ = 100/0° V results in a current 1₂ = 220° A. The closest values for R₁ L, C out of the following options are IC (A) R = 5002; L = 25 mH; C = 10µF; (B) R = 5002; L = 10 mH; C = 25 µF; (C) R = 5002; L = 50mH; C = SuF; (D) R = 5002; L = 5mH; C = 50µF;
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:A series RLC circuit is observed at two
frequencies. At , = 1 krad/s, we note
that source voltage V₁ =10020°V
results in a current I₁ = 0.03231°º A. At
@₂ = 2 krad/s, the source voltage
V₂ = 100/0° V results in a current
1₂ = 220° A. The closest values for R,
L, C out of the following options are
(A) R = 5002; L = 25 mH; C = 10uF;
(B) R = 5002; L=10mH; C = 25uF;
(C) R = 5002; L = 50mH; C = SuF;
(D) R = 5002; L = 5mH; C = 50µF;
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