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Q1: for the control system below, 1-determine the value of (a) when the damping ratio (E = 0.5), then find the rise time, peak time, and max overshoot, draw the response of the output curve. 2-when the input is unit step determine the out put of the system. 16 R(s) S(s +0.8) 1+ as

Q1: for the control system below, 1-determine the value of (a) when the damping ratio (E = 0.5), then find the rise time, peak time, and max overshoot, draw the response of the output curve. 2-when the input is unit step determine the out put of the system. 16 R(s) S(s +0.8) 1+ as

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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AA AA- 2 Calei el Q1: for the control system below, 1-determine the value of (a) when the damping ratio (E = 0.5), then find the rise time, peak time, and max overshoot, draw the response of the output curve. 2-when the input is unit step determine the out put of the system. 16 R(s) s(s + 0.8) 1+ as ive Windows Go to s Winoos Act 103% el al
Transcribed Image Text:AA AA- 2 Calei el Q1: for the control system below, 1-determine the value of (a) when the damping ratio (E = 0.5), then find the rise time, peak time, and max overshoot, draw the response of the output curve. 2-when the input is unit step determine the out put of the system. 16 R(s) s(s + 0.8) 1+ as ive Windows Go to s Winoos Act 103% el al
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