Question

8. Design a PD controller for the system shown in Figure P9.2 to reduce the settling time by a factor of 4 while continuing to operate the system with 20.5% overshoot. Compare the performance of the compensated system to that of the uncompensated system. Summarize the results in a table similar to that in Example 9.7. R(s) + [K / (s(s + 8)(s + 25))] C(s) FIGURE P9.2

          8. Design a PD controller for the system shown in
Figure P9.2 to reduce the settling time by a factor of
4 while continuing to operate the system with 20.5%
overshoot. Compare the performance of the compensated
system to that of the uncompensated system. Summarize
the results in a table similar to that in Example 9.7.
R(s) + [K / (s(s + 8)(s + 25))] C(s)
FIGURE P9.2

8. Design a PD controller for the system shown in
Figure P9.2 to reduce the settling time by a factor of
4 while continuing to operate the system with 20.5%
overshoot. Compare the performance of the compensated
system to that of the uncompensated system. Summarize
the results in a table similar to that in Example 9.7.
R(s) + [K / (s(s + 8)(s + 25))] C(s)
FIGURE P9.2

Added by Jennifer P.

University Physics with Modern Physics

Hugh D. Young 14th Edition

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8. Design a PD controller for the system shown in Figure P9.2 to reduce the settling time by a factor of 4 while continuing to operate the system with 20.5% overshoot. Compare the performance of the compensated system to that of the uncompensated system. Summarize the results in a table similar to that in Example 9.7. R(s) K C(s) s(s + 8)(s + 25) FIGURE P9.2