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Given the plant transfer function G(s): s+9s+20 2 s3+6s²+11s+6 1) Obtain a state space representation in Diagonal Canonical form. 2) Draw the simulation diagram. 3) Is the system stable, why?

Given the plant transfer function G(s): s+9s+20 2 s3+6s²+11s+6 1) Obtain a state space representation in Diagonal Canonical form. 2) Draw the simulation diagram. 3) Is the system stable, why?

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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$2+9s+20 Given the plant transfer function G(s)= s3+6s²+11s+6 1) Obtain a state space representation in Diagonal Canonical form. 2) Draw the simulation diagram. 3) Is the system stable, why?
Transcribed Image Text:$2+9s+20 Given the plant transfer function G(s)= s3+6s²+11s+6 1) Obtain a state space representation in Diagonal Canonical form. 2) Draw the simulation diagram. 3) Is the system stable, why?
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