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14. Find the gain, K, in a PI controller, Ge[s], to locate a closed-loop pole at SA = -4 ± 10 for the given system. Let z = 2 in the PI controller. G[s] = (5+2)(5+5) and Ge[s] = K(+2) (a) K doesn't exist. (b) K = 2.0 (c) K = 36.0 (d) K = 4.0

14. Find the gain, K, in a PI controller, Ge[s], to locate a closed-loop pole at SA = -4 ± 10 for the given system. Let z = 2 in the PI controller. G[s] = (5+2)(5+5) and Ge[s] = K(+2) (a) K doesn't exist. (b) K = 2.0 (c) K = 36.0 (d) K = 4.0

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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14. Find the gain, K, in a PI controller, Ge[s], to locate a closed-loop pole at SA = -4 ± 10 for the given system. Let z = 2 in the PI controller. 1 G[s] = (s+2)(s+5) and Ge[s] = K(s+z) (a) K doesn't exist. (b) K = 2.0 (c) K = 36.0 (d) K = 4.0
Transcribed Image Text:14. Find the gain, K, in a PI controller, Ge[s], to locate a closed-loop pole at SA = -4 ± 10 for the given system. Let z = 2 in the PI controller. 1 G[s] = (s+2)(s+5) and Ge[s] = K(s+z) (a) K doesn't exist. (b) K = 2.0 (c) K = 36.0 (d) K = 4.0
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