2000 Gp(s) : (s + 20)(s + 100)' R(s) + E(s) V(s) C(s) G(s) G(s) Design a PD controller so that the peak time of the PD-compensated system is reduced by a factor of 1.5 from the peak time of the...


2000<br>Gp(s) :<br>(s + 20)(s + 100)'<br>R(s) +<br>E(s)<br>V(s)<br>C(s)<br>G(s)<br>G(s)<br>Design a PD controller so that the peak time of the PD-compensated system is<br>reduced by a factor of 1.5 from the peak time of the gain-compensated system, and<br>the damping ratio remains at 0.8. Determine the location of the compensator zero,<br>calculate the corresponding overall gain KPDand calculate the resulting steady-state<br>step error. State the compensator transfer function Gc(s)=KpD(s+zc).<br>

Extracted text: 2000 Gp(s) : (s + 20)(s + 100)' R(s) + E(s) V(s) C(s) G(s) G(s) Design a PD controller so that the peak time of the PD-compensated system is reduced by a factor of 1.5 from the peak time of the gain-compensated system, and the damping ratio remains at 0.8. Determine the location of the compensator zero, calculate the corresponding overall gain KPDand calculate the resulting steady-state step error. State the compensator transfer function Gc(s)=KpD(s+zc).

Jun 11, 2022
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