system. R(s) Y (s) 160 s+32 K2 Find the condition for K, and K2, which makes the system stable using the Routh-Hurwit criterion. The transfer function of the given block diagram is: 160K1 T(s): s2 + (32 + 160K, K2)s +160K,

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onsider the following control system.
R(s)
Y (s)
160
s+32
K2 -
Find the condition for K, and K2, which makes the system stable using the Routh-Hurwitz
a)
criterion. The transfer function of the given block diagram is:
160K,
T(s):
s2 + (32 + 160K, K2)s + 160K,
Transcribed Image Text:onsider the following control system. R(s) Y (s) 160 s+32 K2 - Find the condition for K, and K2, which makes the system stable using the Routh-Hurwitz a) criterion. The transfer function of the given block diagram is: 160K, T(s): s2 + (32 + 160K, K2)s + 160K,
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