Problem (2):Consider the unity feedback system shown in the Figure with the OLTF asH G(s)K(s + 30)(s - 10)(s + 2)Find the range of k where close loop system is stable?G(s) =a.Final Answer:b.Find the range of k where the stable poles of the closed loop system are underdamped over-damped and criticallydamped?Final Answer:C.At k=30, answer the following:1. Find the poles of closed loop system?2. Find the actual damping ratio and the expected damping ration from both s and time domain?Final Answer:

Answered: Image /qna-images/answer/aa919057-d9ac-49d1-808b-c0dafb1d52dc.jpg

Problem (2): Consider the unity feedback system shown in the Figure with the OLTF as G(s) K (s + 30) (s - 10)(s + 2) G(s) = a. Find the range of k where close loop system is stable? Final Answer: thmned and critically

Problem (2): Consider the unity feedback system shown in the Figure with the OLTF as G(s) K (s + 30) (s - 10)(s + 2) G(s) = a. Find the range of k where close loop system is stable? Final Answer: thmned and critically

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

Problem (2):
Consider the unity feedback system shown in the Figure with the OLTF as
H G(s)
K
(s + 30)
(s - 10)(s + 2)
Find the range of k where close loop system is stable?
G(s) =
a.
Final Answer:
b.
Find the range of k where the stable poles of the closed loop system are underdamped over-damped and critically
damped?
Final Answer:
C.
At k=30, answer the following:
1. Find the poles of closed loop system?
2. Find the actual damping ratio and the expected damping ration from both s and time domain?
Final Answer:

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