The block diagram above, shows the closed loop configuration of a first order system, where K-2.5, b=1.0. The value of "a" is not known. For the closed loop system, the error is defined as E(s) = R(s) - C(s). When the input is a unit step, ( i.e. R(s) = - ), it is given that the closed loop system has steady state error e(∞0) = 0.40, QUESTION: Find the value of the unknown parameter "a"

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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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The block diagram above, shows the closed loop configuration of a first order system, where K-2.5, b=1.0.
The value of "a" is not known. For the closed loop system, the error is defined as E(s) = R(s) - C'(s).
When the input is a unit step, ( i.e. R(s) = , it is given that the closed loop system has steady state error
e(x) = 0.40,
QUESTION: Find the value of the unknown parameter "a"
Transcribed Image Text:The block diagram above, shows the closed loop configuration of a first order system, where K-2.5, b=1.0. The value of "a" is not known. For the closed loop system, the error is defined as E(s) = R(s) - C'(s). When the input is a unit step, ( i.e. R(s) = , it is given that the closed loop system has steady state error e(x) = 0.40, QUESTION: Find the value of the unknown parameter "a"
R(s) +
K
b
(s+a)
C(s)
Transcribed Image Text:R(s) + K b (s+a) C(s)
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