Q2) The Transfer Function of the following system will be R. Ls LCs'R, a TF * LC(R, +R,)+s(R, R,C+L)+R, LCs'R, - TF s* LC(R, + R,)+s (R, R; L+ L.) + Rz LCs'R, - TF * LC (R, +R,)+s(R, R, L.+C)+R, LCs'R, s* LC(R, +R,)+s (R, R, L+C)+R, d- TF
Q2) The Transfer Function of the following system will be R. Ls LCs'R, a TF * LC(R, +R,)+s(R, R,C+L)+R, LCs'R, - TF s* LC(R, + R,)+s (R, R; L+ L.) + Rz LCs'R, - TF * LC (R, +R,)+s(R, R, L.+C)+R, LCs'R, s* LC(R, +R,)+s (R, R, L+C)+R, d- TF
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Transcribed Image Text:Q2) The Transfer Function of the following system will be
Cs
R. Vols)
LCs'R,
s* LC(R, +R,)+s(R, R,C+L)+R,
a- T.F =
LCS°R,
s* LC(R, +R,)+s (R, R, L+L)+ R,
b- TF.
LCS°R;
s* LC (R, +R,)+s (R, R, L+C)+R,
e- TF -
LCs'R,
d- TF
s LC(R, +R,) +s (R, R, L+C)+R,
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