Question

2. A negative feedback system has the plant transfer function $P(s) = \frac{1}{s(s+1)(s+9)}$. The control system has a PID controller with parameters, $K_p = 54$, $K_I = 51.4$, $K_D = 14.2$ Using SIMULINK determine the output response for given step input. 3. For the above PID controller problem determine the output response for given ramp input. 4. For the above PID controller problem determine the output response for given sinusoidal input.

          2. A negative feedback system has the plant transfer function $P(s) = \frac{1}{s(s+1)(s+9)}$.
The control system has a PID controller with parameters, $K_p = 54$, $K_I = 51.4$, $K_D = 14.2$
Using SIMULINK determine the output response for given step input.
3. For the above PID controller problem determine the output response for given ramp
input.
4. For the above PID controller problem determine the output response for given sinusoidal
input.

2. A negative feedback system has the plant transfer function P(s) = (1)/(s(s+1)(s+9)).
The control system has a PID controller with parameters, Kp = 54, KI = 51.4, KD = 14.2
Using SIMULINK determine the output response for given step input.
3. For the above PID controller problem determine the output response for given ramp
input.
4. For the above PID controller problem determine the output response for given sinusoidal
input.

Added by Lauren D.

University Physics with Modern Physics

Hugh D. Young 14th Edition

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Solved by Expert Abid Hussain

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A negative feedback system has the plant transfer function Ps = 1/(s^2 + s + 9). The control system has a PID controller with parameters Kp = 54, Ki = 51.4, and Kd = 14.2. Using SIMULINK, determine the output response for a given step input.