c. A system is characterised by a Transfer Function as shown below. For thi system show that, the poles and the zeros can be plotted in the s-plane. Als prove the stability of this system. (s + 3)(s – 4) Y(s) (s2 – 4s – 5)(s+ 2) -

c. A system is characterised by a Transfer Function as shown below. For thi system show that, the poles and the zeros can be plotted in the s-plane. Als prove the stability of this system. (s + 3)(s – 4) Y(s) (s2 – 4s – 5)(s+ 2) -

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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Question

c. A system is characterised by a Transfer Function as shown below. For this
system show that, the poles and the zeros can be plotted in the s-plane. Also
prove the stability of this system.
(s + 3)(s – 4)
(s2 – 4s – 5)(s+ 2)
Y(s) =
-
-

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