a : for the unity feedback system G(s)=k/s(s+n). determine k and n such that the response for the input R(s)=1 has form: c(t)=(co+cit)e" ?and evaluate co and ci when all initial condition are zero? b: for a unity feedback system G(s)=2/s(s+3) ,determine Ess when the input equal to: 1. Step 2. Ramp 3. parabolic

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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a : for the unity feedback system G(s)=k/s(s+n). determine k and n such that the response for the input R(s)=1 has form: c(t)=(co+cit)eª ?and evaluate c, and c, when all initial condition are zero? Q3 b: for a unity feedback system G(s)=2/s(s+3) ,determine Ess when the input equal to: 1. Step 2. Ramp 3. parabolic
a : for the unity feedback system G(s)=k/s(s+n). determine k and n such that the response
for the input R(s)=1 has form: c(t)=(co+cit)e²ª ?and evaluate c, and c, when all
initial condition are zero?
Q3
b: for a unity feedback system G(s)=2/s(s+3),determine Ess when the input equal to:
1. Step
2. Ramp
3. parabolic
Transcribed Image Text:a : for the unity feedback system G(s)=k/s(s+n). determine k and n such that the response for the input R(s)=1 has form: c(t)=(co+cit)e²ª ?and evaluate c, and c, when all initial condition are zero? Q3 b: for a unity feedback system G(s)=2/s(s+3),determine Ess when the input equal to: 1. Step 2. Ramp 3. parabolic
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