A single-input, single-output system is described by x(/) = 0 x(/) + u(r) y(t) = [0
Chapter 0, Problem DP8.6(choose chapter or problem)
A single-input, single-output system is described by x(/) = 0 x(/) + u(r) 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 #. (d) Using the approximate formula shown in Figure 8.26, compute the bandwidth using and (on and compare the value to the actual bandwidth from part (c).
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