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The following block diagram is given. The transfer function of the plant (or the process) and the sensor are as follows: R(s) G(s): 100

The following block diagram is given. The transfer function of the plant (or the process) and the sensor are

The following block diagram is given. The transfer function of the plant (or the process) and the sensor are as follows: R(s) G(s): 100 s(s+36) (s+100) Compensator G,(s) H(s) H(s) = 1 Process G(s) C(s) Using Dr. Ogata's procedure, design a lead compensator to yield a 20% overshoot and K, = 40, with a peak time of 0.1 second. Add an extra 10 degrees to the necessary phase margin, when designing the lead compensator. After designing the lead compensator, please conduct a time response for c(t) with a unit step input for r(t) to see if the peak time, and PO% are achieved. Make some conclusions.

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