Q1- The input admittance YIN(S) of a linear network has thejopoles-zeros shown below, where YIN(0) = 30 [S].a) Express YIN(s) as a ratio of two polynomials?b) Hence, find the complete response of iin(t) for t>0given that:-2tVin(t) = 1.5e-1in(0) = 0 [A]dijn(0*) - -3 (A/s]dt3.O X*O

Q1- The input admittance YIN(s) of a linear network has the jo poles-zeros shown below, where YIN(0) = 30 [S]. a) Express YIN(s) as a ratio of two polynomials? 3 2 b) Hence, find the complete response of iin(t) for t>0 given that: -2t Vin(t) = 1.5e " [V] %3D -1 -2 in(0") = 0 [A] dijn(0+) = -3 [A/s] dt O ** O

Q1- The input admittance YIN(s) of a linear network has the jo poles-zeros shown below, where YIN(0) = 30 [S]. a) Express YIN(s) as a ratio of two polynomials? 3 2 b) Hence, find the complete response of iin(t) for t>0 given that: -2t Vin(t) = 1.5e " [V] %3D -1 -2 in(0") = 0 [A] dijn(0+) = -3 [A/s] dt O ** O

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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