Q8 only Common data for Q7 and Q8:A feedback system employing output-rate dampingis shown in figure.1K =10s(s+2)sK,Figure 6: Block Diagram7) In the absence of derivative feedback(Ko = 0), the steady-state errorresulting from a unit-ramp input is:0.10.50.20.38) Find, the derivative feedback constantKo ,which will increase the dampingfactor of the system to 0.6. With this Ko,what is the steady-state error resulting fromunit-ramp reference input?1.8, 0.531.8, 0.381.3, 0.531.3, 0.38

Answered: Image /qna-images/answer/ee6a5f06-50c6-4a5a-9062-544b47d5e425.jpg

Common data for Q7 and Q8: A feedback system employing output-rate damping is shown in figure. 1 K =10 s(s+2) sK, Figure 6: Block Diagram 7) in the absence of derivative feedback (Ko = 0), the steady-state error resulting from a unit-ramp input is: 0.1 0.5 0.2 0.3

Common data for Q7 and Q8: A feedback system employing output-rate damping is shown in figure. 1 K =10 s(s+2) sK, Figure 6: Block Diagram 7) in the absence of derivative feedback (Ko = 0), the steady-state error resulting from a unit-ramp input is: 0.1 0.5 0.2 0.3

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

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Question

Q8 only

Common data for Q7 and Q8:
A feedback system employing output-rate damping
is shown in figure.
1
K =10
s(s+2)
sK,
Figure 6: Block Diagram
7) In the absence of derivative feedback
(Ko = 0), the steady-state error
resulting from a unit-ramp input is:
0.1
0.5
0.2
0.3
8) Find, the derivative feedback constant
Ko ,which will increase the damping
factor of the system to 0.6. With this Ko,
what is the steady-state error resulting from
unit-ramp reference input?
1.8, 0.53
1.8, 0.38
1.3, 0.53
1.3, 0.38

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