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Consider the transfer function 7.19 Y (s) s 6 (7.283) G(s) s25s6 U (s) (a) By rewriting Eq. (7.283) in the form 1 Y (s) S+6 G(s) U (s) s 3 S+2 find a series realization of G(s) as a cascade of two first-order systems (b) Using a partial-fraction expansion of G(s), find a parallel realization of G(s) (c) Realize G(s) in control canonical form

Consider the transfer function 7.19 Y (s) s 6 (7.283) G(s) s25s6 U (s) (a) By rewriting Eq. (7.283) in the form 1 Y (s) S+6 G(s) U (s) s 3 S+2 find a series realization of G(s) as a cascade of two first-order systems (b) Using a partial-fraction expansion of G(s), find a parallel realization of G(s) (c) Realize G(s) in control canonical form

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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Feedback Control of Dynamic Systems (7th edition) - Problem 7.19

Consider the transfer function 7.19 Y (s) s 6 (7.283) G(s) s25s6 U (s) (a) By rewriting Eq. (7.283) in the form 1 Y (s) S+6 G(s) U (s) s 3 S+2 find a series realization of G(s) as a cascade of two first-order systems (b) Using a partial-fraction expansion of G(s), find a parallel realization of G(s) (c) Realize G(s) in control canonical form
Transcribed Image Text:Consider the transfer function 7.19 Y (s) s 6 (7.283) G(s) s25s6 U (s) (a) By rewriting Eq. (7.283) in the form 1 Y (s) S+6 G(s) U (s) s 3 S+2 find a series realization of G(s) as a cascade of two first-order systems (b) Using a partial-fraction expansion of G(s), find a parallel realization of G(s) (c) Realize G(s) in control canonical form
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