The block diagram of a time-invariant linear continuous time system is given below. G 1 (s) , G 2 (s) and G 3 (s) are the transfer functions of subsystems. Determine the stability of the whole system. G1 (S) = 5 1 G2 (S) = %3D (S +2) G3 (S) = 3 W(S) G,(S) G2(S) Y(S) G3(S) asymptotic stable O indecisive O We cannot comment on stability. O borderline stable
The block diagram of a time-invariant linear continuous time system is given below. G 1 (s) , G 2 (s) and G 3 (s) are the transfer functions of subsystems. Determine the stability of the whole system. G1 (S) = 5 1 G2 (S) = %3D (S +2) G3 (S) = 3 W(S) G,(S) G2(S) Y(S) G3(S) asymptotic stable O indecisive O We cannot comment on stability. O borderline stable
Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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![The block diagram of a time-invariant linear continuous time system is given below. G 1 (s) , G 2 (s)
and G 3 (s) are the transfer functions of subsystems.
Determine the stability of the whole system .
G1 (S) = 5
1
G2 (S) =
(S +2)
G3 (S) = 3
W(S)
G,(S)
G2(S)
Y(S)
G3(S)
O asymptotic stable
indecisive
We cannot comment on stability.
O borderline stable](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff7123922-21b2-47c1-9134-0d6c22e72141%2F3896e915-5cb9-4d98-9352-de52ea8401fb%2F88by8o_processed.png&w=3840&q=75)
Transcribed Image Text:The block diagram of a time-invariant linear continuous time system is given below. G 1 (s) , G 2 (s)
and G 3 (s) are the transfer functions of subsystems.
Determine the stability of the whole system .
G1 (S) = 5
1
G2 (S) =
(S +2)
G3 (S) = 3
W(S)
G,(S)
G2(S)
Y(S)
G3(S)
O asymptotic stable
indecisive
We cannot comment on stability.
O borderline stable
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