Given is the system in a unity closed-loop (K>0):ControllerPlantR(s)KP(s)Y(s)where the plant transfer function is given by:(s + 2)P(s)s(s + 1)a) Prove that the point so = -1+j is on the root locus for this transfer function(Hint: Use ZL(s). No need to draw the entire root-locus)b) For which K is the point so = -1+j on the root locus?

We use angle and magnitude condition of root locus to solve this question

Given is the system in a unity closed-loop (K>0): Controller Plant R(s) K P(s) Y(s) where the plant transfer function is given by: (s + 2) s(s +1) P(s) a) Prove that the point so = -1+j is on the root locus for this transfer function (Hint: Use ZL(s). No need to draw the entire root-locus) b) For which K is the point so = -1 +j on the root locus?

Given is the system in a unity closed-loop (K>0): Controller Plant R(s) K P(s) Y(s) where the plant transfer function is given by: (s + 2) s(s +1) P(s) a) Prove that the point so = -1+j is on the root locus for this transfer function (Hint: Use ZL(s). No need to draw the entire root-locus) b) For which K is the point so = -1 +j on the root locus?

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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