Find the pole location of the lead compensator with the transfer function Ke(s + 1/T) (s +1/aT) that will be cascaded with the plant G(s). if the following information is given: 1. The required static velocity error constant is ky = 10. 2. The limit of the plant transfer function satisfies lim sG(s) = 2.0.
Find the pole location of the lead compensator with the transfer function Ke(s + 1/T) (s +1/aT) that will be cascaded with the plant G(s). if the following information is given: 1. The required static velocity error constant is ky = 10. 2. The limit of the plant transfer function satisfies lim sG(s) = 2.0.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Transcribed Image Text:Find the pole location of the lead compensator with the transfer function
K.(s+1/T)
(s+1/aT)
that will be cascaded with the plant G(s). if the following information is given:
1. The required static velocity error constant is ky = 10.
2. The limit of the plant transfer function satisfies
lim sG(s) = 2.0.
s0
3. The required phase lead angle is Om = 25°.
%3D
4. The new gain crossover frequency for the gain compensated system is
Wge = 0.7 rad/s.
Choose the closest answer.
= -1.10
S =
S =
-0.45
Os = -12.32
= -6.25
s = -0.71
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