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R(s) C($) 1.2 Ge(s) (0.3s+1) (s+1) (1.2s+ 1) PID controller Practice for the Controller: Using a block diagram in Simulink and the Ziegler-Nichols oscillation method, design a P, PI, and PID controller for the system shown in the figure. Use a simulation time of 10 seconds and the ode23 solver. The diagrams in Simulink and graphs of the responses (fully visible), as well as the gain values obtained, must be submitted on a maximum of 4 pages on the day of the exam.

R(s) C($) 1.2 Ge(s) (0.3s+1) (s+1) (1.2s+ 1) PID controller Practice for the Controller: Using a block diagram in Simulink and the Ziegler-Nichols oscillation method, design a P, PI, and PID controller for the system shown in the figure. Use a simulation time of 10 seconds and the ode23 solver. The diagrams in Simulink and graphs of the responses (fully visible), as well as the gain values obtained, must be submitted on a maximum of 4 pages on the day of the exam.

Operations Research : Applications and Algorithms
Operations Research : Applications and Algorithms
4th Edition
ISBN:9780534380588
Author:Wayne L. Winston
Publisher:Wayne L. Winston
Chapter21: Simulation
Section21.5: Simulations With Continuous Random Variables
Problem 3P
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R(s) C($) 1.2 Ge(s) (0.3s+1) (s+1) (1.2s+ 1) PID controller Practice for the Controller: Using a block diagram in Simulink and the Ziegler-Nichols oscillation method, design a P, PI, and PID controller for the system shown in the figure. Use a simulation time of 10 seconds and the ode23 solver. The diagrams in Simulink and graphs of the responses (fully visible), as well as the gain values obtained, must be submitted on a maximum of 4 pages on the day of the exam.
Transcribed Image Text:R(s) C($) 1.2 Ge(s) (0.3s+1) (s+1) (1.2s+ 1) PID controller Practice for the Controller: Using a block diagram in Simulink and the Ziegler-Nichols oscillation method, design a P, PI, and PID controller for the system shown in the figure. Use a simulation time of 10 seconds and the ode23 solver. The diagrams in Simulink and graphs of the responses (fully visible), as well as the gain values obtained, must be submitted on a maximum of 4 pages on the day of the exam.
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