Question

4.41 Consider the second-order plant with the transfer function G(s) = 1 / ((s + 1)(5s + 1)), and in a unity feedback structure. (a) Determine the system type and error constant with respect to tracking polynomial reference inputs of the system for P [Dc = kp], PD [Dc(s) = kp + kDs], and PID [Dc(s) = kp + kI/s + kDs] controllers. Let kp = 19, kI = 0.5, and kD = 4/19. (b) Determine the system type and error constant of the system with respect to disturbance inputs for each of the three regulators in part (a) with respect to rejecting polynomial disturbances w(t) at the input to the plant. (c) Is this system better at tracking references or rejecting disturbances? Explain your response briefly. (d) Verify your results for parts (a) and (b) using Matlab by plotting unit-step and -ramp responses for both tracking and disturbance rejection.

          4.41 Consider the second-order plant with the transfer function
G(s) = 1 / ((s + 1)(5s + 1)),
and in a unity feedback structure.
(a) Determine the system type and error constant with respect to tracking polynomial reference inputs of the system for P [Dc = kp], PD [Dc(s) = kp + kDs], and PID [Dc(s) = kp + kI/s + kDs] controllers. Let kp = 19, kI = 0.5, and kD = 4/19.
(b) Determine the system type and error constant of the system with respect to disturbance inputs for each of the three regulators in part (a) with respect to rejecting polynomial disturbances w(t) at the input to the plant.
(c) Is this system better at tracking references or rejecting disturbances? Explain your response briefly.
(d) Verify your results for parts (a) and (b) using Matlab by plotting unit-step and -ramp responses for both tracking and disturbance rejection.

4.41 Consider the second-order plant with the transfer function
G(s) = 1 / ((s + 1)(5s + 1)),
and in a unity feedback structure.
(a) Determine the system type and error constant with respect to tracking polynomial reference inputs of the system for P [Dc = kp], PD [Dc(s) = kp + kDs], and PID [Dc(s) = kp + kI/s + kDs] controllers. Let kp = 19, kI = 0.5, and kD = 4/19.
(b) Determine the system type and error constant of the system with respect to disturbance inputs for each of the three regulators in part (a) with respect to rejecting polynomial disturbances w(t) at the input to the plant.
(c) Is this system better at tracking references or rejecting disturbances? Explain your response briefly.
(d) Verify your results for parts (a) and (b) using Matlab by plotting unit-step and -ramp responses for both tracking and disturbance rejection.

Added by Michael P.

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