Q2)Consider the following feedback system outlined in Figure Q2PlantR(s)10C(s)S+1Figure Q2a)Derive the closed loop transfer function GRe(s).b)Calculate the value of Ky that will result in the closed loop system to have amaximum overshoot of 35% and a peak time of approximately 1 second.c)For the following systems assume zero initial conditions. Determinei) The peak overshoots.ii) Corresponding peak timesiii) Decay rate characteristics.Produce a sketch of the unit step response using the above values calculated.vateett

Given circuit is as follows. a) Use mason's gain formula to find closed loop transfer function…

c) For the following systems assume zero initial conditions. Determine i) The peak overshoots. ii) Corresponding peak times iii) Decay rate characteristics. Produce a sketch of the unit step response using the above values calculat

c) For the following systems assume zero initial conditions. Determine i) The peak overshoots. ii) Corresponding peak times iii) Decay rate characteristics. Produce a sketch of the unit step response using the above values calculat

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...

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Question

Q2)
Consider the following feedback system outlined in Figure Q2
Plant
R(s)
10
C(s)
S+1
Figure Q2
a)
Derive the closed loop transfer function GRe(s).
b)
Calculate the value of Ky that will result in the closed loop system to have a
maximum overshoot of 35% and a peak time of approximately 1 second.
c)
For the following systems assume zero initial conditions. Determine
i) The peak overshoots.
ii) Corresponding peak times
iii) Decay rate characteristics.
Produce a sketch of the unit step response using the above values calculated.
vate
ett

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