Question: Feedback Control You are tasked with designing a PID control loop for a servo motor's actuation. Because your application is okay with some overshoot, you

Feedback Control You are tasked with designing a PID control loop for a servo motor's actuation. Because your application is okay with some overshoot, you decide to use Ziegler-Nichols method to estimate the control parameters. As you tune the Kp parameter, you observe the motor oscillating at 10Hz, which corresponds to a Kp value of 5.44. a) What are the Kp, Ki, and Ka values for your controller? Your design specifications change, and your system can no longer tolerate the quarter-wave oscillation of Ziegler-Nichols. How might you tune the parameters to minimize oscillation? Feedback Control You are tasked with designing a PID control loop for a servo motor's actuation. Because your application is okay with some overshoot, you decide to use Ziegler-Nichols method to estimate the control parameters. As you tune the Kp parameter, you observe the motor oscillating at 10Hz, which corresponds to a Kp value of 5.44. a) What are the Kp, Ki, and Ka values for your controller? Your design specifications change, and your system can no longer tolerate the quarter-wave oscillation of Ziegler-Nichols. How might you tune the parameters to minimize oscillation
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