Consider a unity feedback system with H(s) = 1, Gc= K, and G (s) = P has damping ratio of 0.32. R(s) + /transcript Ge(s) H(s) (s+a) (s+b) (s+c) G₁(s) where a = 2, b=4, and c-7. Find the gain, K, so that the complex closed loop pole C(s)

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Consider a unity feedback system with H(s) = 1, Gc= K, and G (s) =
P
has damping ratio of 0.32.
R(s) +
Itranscript
G.(s)
H(s)
1
(s+a) (s+b) (s+ c)
G₁(s)
where a = 2, b=4, and c-7. Find the gain, K, so that the complex closed loop pole
C(s)
Transcribed Image Text:Consider a unity feedback system with H(s) = 1, Gc= K, and G (s) = P has damping ratio of 0.32. R(s) + Itranscript G.(s) H(s) 1 (s+a) (s+b) (s+ c) G₁(s) where a = 2, b=4, and c-7. Find the gain, K, so that the complex closed loop pole C(s)
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