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Given the plant transfer function G(s) = $²+9s+20 s3+6s²+11s+6 1) The state equation in diagonal canonical form x = 2) The output equation in diagonal canonical form_y=[ 3) The simulation diagram is x+ HE ]x+[ ]u.

Given the plant transfer function G(s) = $²+9s+20 s3+6s²+11s+6 1) The state equation in diagonal canonical form x = 2) The output equation in diagonal canonical form_y=[ 3) The simulation diagram is x+ HE ]x+[ ]u.

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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Given the plant transfer function G(s)=- $2+9s+20 $3+6s²+11s+6 1) The state equation in diagonal canonical form x= 2) The output equation in diagonal canonical form y = [ 3) The simulation diagram is x+ ]x + [ ]u .
Transcribed Image Text:Given the plant transfer function G(s)=- $2+9s+20 $3+6s²+11s+6 1) The state equation in diagonal canonical form x= 2) The output equation in diagonal canonical form y = [ 3) The simulation diagram is x+ ]x + [ ]u .
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