A Tuning optimal Technique and PID controller Based Speed analysis For DC Motor
Rajkumar Dwivedi, Devendra Dohare
Abstract
Rajkumar Dwivedi, Devendra Dohare
Abstract
DC motors are important components of most of the process control industries. PID controllers are extensively used in DC motors for speed control. Tuning of PID controller parameters is an iterative process and needs an optimization to achieve the desired performance. Simulation results are presented PID controller and LQR controller. The MATLAB models have been developed using MATLAB SIMULINK and the comparative analysis is based on the speed responses finally observed that LQR gives better and better response than PID controller for the speed control of dc motor.
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DC motors are important components of most of the process control industries. PID controllers are extensively used in DC motors for speed control. Tuning of PID controller parameters is an iterative process and needs an optimization to achieve the desired performance. Simulation results are presented PID controller and LQR controller. The MATLAB models have been developed using MATLAB SIMULINK and the comparative analysis is based on the speed responses finally observed that LQR gives better and better response than PID controller for the speed control of dc motor.
Key concepts: PID controller, Control theory (sociology), DC motor, MATLAB, Electronic speed control, Computer science, Controller (irrigation), Process (computing)