8.a) Figure Q.8(a) shows the Bode plot of the system with transfer function:50G(s) -s(s+ 1)(s + 20)Estimate the Gain and Phase Margins from the Bode plot then calculate accurately thevalue of the Gain margin.Bade Diagram150135Frequency (aee)Figure Q.8(a)b) Continued overleaf.Dynamics & Control 3 - May 2010OVERb) Figure Q.8(b) shows the block diagram representation of a system with input y(1) andresponse x(f). Derive an expression for the steady state response, x(1),,, of the systemwhen the input takes the form:y(1) - 10sin5rY(s)1.X(s)s+ 51S+2Figure Q.8(b)

As per guidelines these are not interlinking questions i have to answer first one please post…

8. a) Figure Q.8(a) shows the Bode plot of the system with transfer function: 50 G(s) - s(s + 1)(s+ 20) Estimate the Gain and Phase Margins from the Bode plot then calculate accurately the value of the Gain margin. Bade Diagram 100 -100 150 00 -270 Frequency (adec) Figure Q.8(a) (Ap) aprarufeW

8. a) Figure Q.8(a) shows the Bode plot of the system with transfer function: 50 G(s) - s(s + 1)(s+ 20) Estimate the Gain and Phase Margins from the Bode plot then calculate accurately the value of the Gain margin. Bade Diagram 100 -100 150 00 -270 Frequency (adec) Figure Q.8(a) (Ap) aprarufeW

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

8.
a) Figure Q.8(a) shows the Bode plot of the system with transfer function:
50
G(s) -
s(s+ 1)(s + 20)
Estimate the Gain and Phase Margins from the Bode plot then calculate accurately the
value of the Gain margin.
Bade Diagram
150
135
Frequency (aee)
Figure Q.8(a)
b) Continued overleaf.
Dynamics & Control 3 - May 2010
OVER
b) Figure Q.8(b) shows the block diagram representation of a system with input y(1) and
response x(f). Derive an expression for the steady state response, x(1),,, of the system
when the input takes the form:
y(1) - 10sin5r
Y(s)
1.
X(s)
s+ 5
1
S+2
Figure Q.8(b)

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