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13. Find 'z' in the following PID controller, Ge[s], to locate the closed-loop poles at SA = -2±j2 for the given system. You don't need to determine a gain value, K. K(s+z)(8+2) G[s] = 1 (s+2)² and Ge[s] (a) z doesn't exist. (b) z = 4.0 (c) z = 2.0 (d) z = 0.0

13. Find 'z' in the following PID controller, Ge[s], to locate the closed-loop poles at SA = -2±j2 for the given system. You don't need to determine a gain value, K. K(s+z)(8+2) G[s] = 1 (s+2)² and Ge[s] (a) z doesn't exist. (b) z = 4.0 (c) z = 2.0 (d) z = 0.0

Introductory Circuit Analysis (13th Edition)
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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GS13

Assume the following block diagram for the exam questions dealing with output feedback control involving G[s] and Ge[s]. • hộ lao] R[0] {]E[A] [G₂ [P]] Σ [G[p] Y[s]
Transcribed Image Text:Assume the following block diagram for the exam questions dealing with output feedback control involving G[s] and Ge[s]. • hộ lao] R[0] {]E[A] [G₂ [P]] Σ [G[p] Y[s]
13. Find 'z' in the following PID controller, Ge[s], to locate the closed-loop poles at SA = -2±j2 for the given system. You don't need to determine a gain value, K. K(s+z)(8+2) G[s] = 1 (s+2)² and Ge[s] (a) z doesn't exist. (b) z = 4.0 (c) z = 2.0 (d) z = 0.0
Transcribed Image Text:13. Find 'z' in the following PID controller, Ge[s], to locate the closed-loop poles at SA = -2±j2 for the given system. You don't need to determine a gain value, K. K(s+z)(8+2) G[s] = 1 (s+2)² and Ge[s] (a) z doesn't exist. (b) z = 4.0 (c) z = 2.0 (d) z = 0.0
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