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Consider a unity feedback system with a forward transfer function, G(s) = = K s(s+ 2)(s + 10) (a) Design a lead compensator with the requirement of percent overshoot 15% while the settling time T, = 1s. Assume compensator zero, Ze at -2. 11 (b) Find the gain, K at which this system performs at the desired percent overshoot and settling K(s+Zc) time, T5, then write the transfer function of the compensator G (c) = (s+Pc)

Consider a unity feedback system with a forward transfer function, G(s) = = K s(s+ 2)(s + 10) (a) Design a lead compensator with the requirement of percent overshoot 15% while the settling time T, = 1s. Assume compensator zero, Ze at -2. 11 (b) Find the gain, K at which this system performs at the desired percent overshoot and settling K(s+Zc) time, T5, then write the transfer function of the compensator G (c) = (s+Pc)

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
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Consider a unity feedback system with a forward transfer function, G(s) = = K s(s+ 2)(s + 10) (a) Design a lead compensator with the requirement of percent overshoot 15% while the settling time T, = 1s. Assume compensator zero, Zc at -2. 11 (b) Find the gain, K at which this system performs at the desired percent overshoot and settling time, T5, then write the transfer function of the compensator G (c) = K(s+Zc) (s+Pc)
Transcribed Image Text:Consider a unity feedback system with a forward transfer function, G(s) = = K s(s+ 2)(s + 10) (a) Design a lead compensator with the requirement of percent overshoot 15% while the settling time T, = 1s. Assume compensator zero, Zc at -2. 11 (b) Find the gain, K at which this system performs at the desired percent overshoot and settling time, T5, then write the transfer function of the compensator G (c) = K(s+Zc) (s+Pc)
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