A SISO system has the state variable representation 0 1 o]²+ [B]₁ x+ - 10 5 y=[0 10]z (1) What is the corresponding block diagram? (2) What is the corresponding transfer function? (3) Calculate the state transition matrix for the above system. (Hint: Just list formulations)
A SISO system has the state variable representation 0 1 o]²+ [B]₁ x+ - 10 5 y=[0 10]z (1) What is the corresponding block diagram? (2) What is the corresponding transfer function? (3) Calculate the state transition matrix for the above system. (Hint: Just list formulations)
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![A SISO system has the state variable representation
-10 ] +
。]
-1
0
-5
y=[010]x
8₁
(1) What is the corresponding block diagram?
(2) What is the corresponding transfer function?
(3) Calculate the state transition matrix for the above system. (Hint: Just list
formulations)
(4) If the above (A, B, C) represents an open loop system, please sketch the
corresponding root locus. (Assume: a unit feedback with a gain k from 0 to
infinity)](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F50a8247f-f337-426c-a5da-8e3afbe0d0cc%2F4465e27d-cf5b-4763-ba18-ac4635a1467e%2Fos787il_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A SISO system has the state variable representation
-10 ] +
。]
-1
0
-5
y=[010]x
8₁
(1) What is the corresponding block diagram?
(2) What is the corresponding transfer function?
(3) Calculate the state transition matrix for the above system. (Hint: Just list
formulations)
(4) If the above (A, B, C) represents an open loop system, please sketch the
corresponding root locus. (Assume: a unit feedback with a gain k from 0 to
infinity)
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