A single input, single output system is described b y (t) 0 l x( ) (a) Determine p and K such that the unit step response exhibits a zero steady state error and the percent overshoot meets the requirement P O curren 5 (b) For the values of p and K determined in part (a), determine the system damping ratio pound and the natural frequency Iuml n (c) For the values of p and K determined in part (a), obtain the Bode plot of the system and determine the bandwidth Iuml B x(t) I

Question: A single-input, single-output system is described b y (t) = [0 l]x(/) (a) Determine p and K such that the unit step response exhibits a

A single-input, single-output system is described b

y (t) = [0 l]x(/)
(a) Determine p and K such that the unit step response exhibits a zero steady-state error and the percent overshoot meets the requirement P.O. ‰¤ 5%.
(b) For the values of p and K determined in part (a), determine the system damping ratio £ and the natural frequency Ï‰n.
(c) For the values of p and K determined in part (a), obtain the Bode plot of the system and determine the bandwidth Ï‰B.

x(t) -I

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