Q2. Consider the open loop system and closed systems shown in figure. R(S) K C(s) $2+2 (0,5+ m; R(5) C(s) G H w where wn

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Q2. Consider the open loop system and closed systems shown in figure. R(S) K C(s) $2+2 (0,5+ m; R(5) C(s) G H w where wn

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Q2 Consider The Open Loop System And Closed Systems Shown In Figure R S K C S 2 2 0 5 M R 5 C S G H W Where Wn 1
Q2 Consider The Open Loop System And Closed Systems Shown In Figure R S K C S 2 2 0 5 M R 5 C S G H W Where Wn 1 (249.38 KiB) Viewed 48 times
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Q2. Consider the open loop system and closed systems shown in figure. R(S) K C(s) $2+2 (0,5+ m; R(5) C(s) G H w where wn K = 4 and 3 = 2. G(s) = $3 +11 s2 +105 and H(s) = 1 a. Find pole, zero of the transfer function C(s) R(S) b. Draw pole/zero map and comment on stability of the system. Draw the system in simulink and plot unit- step response curves for different gain values K = 1, K= 100, K = 500. C. = 1
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