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Consider the system given in transfer function representation: S+ 10 G s2 +s+ 10 a) Convert the system given in transfer function representation to state-space controller canonical form. Insert your matrices here: A = [ ] B = [] C=[ ] D = b) Use basic blocks (integrator, gain and add) to build the Simulink diagram of the system. marked from the Simulink diagram

Consider the system given in transfer function representation: S+ 10 G s2 +s+ 10 a) Convert the system given in transfer function representation to state-space controller canonical form. Insert your matrices here: A = [ ] B = [] C=[ ] D = b) Use basic blocks (integrator, gain and add) to build the Simulink diagram of the system. marked from the Simulink diagram

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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Consider the system given in transfer function representation: s+ 10 G = s2 +s+ 10 a) Convert the system given in transfer function representation to state-space controller canonical form. Insert your matrices here: A = [ ] B = [] C=[ ] D= b) Use basic blocks (integrator, gain and add) to build the Simulink diagram of the system. marked from the Simulink diagram
Transcribed Image Text:Consider the system given in transfer function representation: s+ 10 G = s2 +s+ 10 a) Convert the system given in transfer function representation to state-space controller canonical form. Insert your matrices here: A = [ ] B = [] C=[ ] D= b) Use basic blocks (integrator, gain and add) to build the Simulink diagram of the system. marked from the Simulink diagram
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