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D1.23 Find the zero-state response for t 2 0 of the systems with the following transfer functions and inputs: (a) T() s43 r(1) = u(t) Ans. - je-* (b) 35 TO) = s+2 r(t) - 8(1) Ans. 38(1) – 6e- (c) -5s T) =+4s +3 s2+ 4s +3 r(1) = 6u(r)e- %3D Ans. 15e - 60e- +45e-

D1.23 Find the zero-state response for t 2 0 of the systems with the following transfer functions and inputs: (a) T() s43 r(1) = u(t) Ans. - je-* (b) 35 TO) = s+2 r(t) - 8(1) Ans. 38(1) – 6e- (c) -5s T) =+4s +3 s2+ 4s +3 r(1) = 6u(r)e- %3D Ans. 15e - 60e- +45e-

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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D1.23 Find the zero-state response for t 20 of the systems with the following transfer functions and inputs: (a) 4 T(s) s+3 r(1) = u(t) Ans. - je-* (b) 35 T6) = s+2 r(t) = 8(1) Ans. 38(1) – 6e- (c) -5s + 45 +3 r(1) = Gu(r)e- T(s) = Ans. 15e - 60e- +45e- (d) 4 T(s) s+3 r(t) = 3u(t) cos 2r -유" + cos 21 + sin 21= -e- +3.32 cos (2r - 33.7*) Ans.
Transcribed Image Text:D1.23 Find the zero-state response for t 20 of the systems with the following transfer functions and inputs: (a) 4 T(s) s+3 r(1) = u(t) Ans. - je-* (b) 35 T6) = s+2 r(t) = 8(1) Ans. 38(1) – 6e- (c) -5s + 45 +3 r(1) = Gu(r)e- T(s) = Ans. 15e - 60e- +45e- (d) 4 T(s) s+3 r(t) = 3u(t) cos 2r -유" + cos 21 + sin 21= -e- +3.32 cos (2r - 33.7*) Ans.
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