Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN: 9780133923605
Author: Robert L. Boylestad
Publisher: PEARSON
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6. Model the following control system and find its time response according to these
specifications:
2
Plant Transfer function (G(s))=-
2
Feedback Transfer function (H(s))=-
s+ 2
s+ 3s+1
A forward gain (K) = 0.1, 1, and 10.
Find the response for this system for each value of the gain (K). Note that to find the
response for any control system, a step input is usually used. Hint: See example-3.
7.
Model
the following control system having a
plant transfer
function
(G(s))=
and unity feedback transfer function (H(s)). Find the time
s+ 250,s+ on
response according to:
a) = 0 and o, = 2.
b) = 0.1 and o, = 4.
c) = 1 and o, = 8.
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Transcribed Image Text:6. Model the following control system and find its time response according to these specifications: 2 Plant Transfer function (G(s))=- 2 Feedback Transfer function (H(s))=- s+ 2 s+ 3s+1 A forward gain (K) = 0.1, 1, and 10. Find the response for this system for each value of the gain (K). Note that to find the response for any control system, a step input is usually used. Hint: See example-3. 7. Model the following control system having a plant transfer function (G(s))= and unity feedback transfer function (H(s)). Find the time s+ 250,s+ on response according to: a) = 0 and o, = 2. b) = 0.1 and o, = 4. c) = 1 and o, = 8.
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