6. A closed-loop discrete-time system with a zero-ordercontinuous-time equivalent of this system is also shown in Fig.4 (a) and(b). Derive equations for the step responses of both systems and then ploand compare them.rest2011sis+11(a)Ms)ris)s(5+1)(b)yte)

6. A closed-loop discrete-time sys continuous-time equivalent of this system is also shown in Fig.4 (a). (b). Derive equations for the step responses of both systems and then plo and compare them. ris) 2011 sis+11 (a) Ms) ris) s(5+1) (b) yte)

6. A closed-loop discrete-time sys continuous-time equivalent of this system is also shown in Fig.4 (a). (b). Derive equations for the step responses of both systems and then plo and compare them. ris) 2011 sis+11 (a) Ms) ris) s(5+1) (b) yte)

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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Question

6. A closed-loop discrete-time system with a zero-order
continuous-time equivalent of this system is also shown in Fig.4 (a) and
(b). Derive equations for the step responses of both systems and then plo
and compare them.
rest
2011
sis+11
(a)
Ms)
ris)
s(5+1)
(b)
yte)

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