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Problem 5- If the second order system is sampled with periodicity T=0.5%, it will have poles r=0.6 , e=±45(=rt/4) . Determine the characteristic equation of the corresponding pulse transfer function and its time-continuous equivalent poles (according to the book relations). What will be the type of system response? Obtain the time-discrete response profile of the system (Mp , tp, tr, ts).

Problem 5- If the second order system is sampled with periodicity T=0.5%, it will have poles r=0.6 , e=±45(=rt/4) . Determine the characteristic equation of the corresponding pulse transfer function and its time-continuous equivalent poles (according to the book relations). What will be the type of system response? Obtain the time-discrete response profile of the system (Mp , tp, tr, ts).

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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Problem 5- If the second order system is sampled with periodicity T=0.5$, it will have poles r=0.6 characteristic equation of the corresponding pulse transfer function and its time-continuous equivalent poles (according to the book relations). What will be the type of system response? Obtain the time-discrete response profile of the system (Mp , tp, tr, ts). e=45°(=Tt/4) . Determine the
Transcribed Image Text:Problem 5- If the second order system is sampled with periodicity T=0.5$, it will have poles r=0.6 characteristic equation of the corresponding pulse transfer function and its time-continuous equivalent poles (according to the book relations). What will be the type of system response? Obtain the time-discrete response profile of the system (Mp , tp, tr, ts). e=45°(=Tt/4) . Determine the
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