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2.(a) A system has the transfer function Y 10 X (s³ +1.6s+4) magnitude is introduced in this system, find the percentage of overshoot If a step change of 4 units (b) The unity feedback control system is given a step change of magnitude one to the set point. Determine the offset if the overall transfer function for the system is C(s) 0.7 R(s) (s² +0.6s+1)

2.(a) A system has the transfer function Y 10 X (s³ +1.6s+4) magnitude is introduced in this system, find the percentage of overshoot If a step change of 4 units (b) The unity feedback control system is given a step change of magnitude one to the set point. Determine the offset if the overall transfer function for the system is C(s) 0.7 R(s) (s² +0.6s+1)

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
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10 2. (a) A system has the transfer function Y X (S³ +1.65+4) magnitude is introduced in this system, find the percentage of overshoot If a step change of 4 units (b) The unity feedback control system is given a step change of magnitude one to the set point. Determine the offset if the overall transfer function for the system is C(s) 0.7 R(s) (s² +0.6s+1)
Transcribed Image Text:10 2. (a) A system has the transfer function Y X (S³ +1.65+4) magnitude is introduced in this system, find the percentage of overshoot If a step change of 4 units (b) The unity feedback control system is given a step change of magnitude one to the set point. Determine the offset if the overall transfer function for the system is C(s) 0.7 R(s) (s² +0.6s+1)
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