Hello everyone, I have started online course on MATLAB I do electrical wiring of houses and industrial plants. I have never worked on MATLAB before so if anyone please help me with my following question.
Thing is that I dont understand matlab at all i dont know where to begin. Please help me with my question.
Below is my question.
A typical hard disk drive actuator can be modelled quite accurately as a double integrator:
G(S) = Y(S)/G(S) = 6×10^2/S^2
where y is the displacement of the read/write head in micrometre and u is the actuator input in volts. The
sampling used in a typical hard disk drive servo system is 10 kHz. It is required to design an appropriate
controller so the resulting closed-loop system has an overshoot less than 25% and a settling time less than
8 milliseconds as the response to a step reference of 1 micrometer.
Design a digital PD, PI, or PID controller to meet the above design specifications using the emulation based method.
Show all the detailed design procedure and the results of your simulations using MATLAB and Simulink.
Thing is that I dont understand matlab at all i dont know where to begin. Please help me with my question.
Below is my question.
A typical hard disk drive actuator can be modelled quite accurately as a double integrator:
G(S) = Y(S)/G(S) = 6×10^2/S^2
where y is the displacement of the read/write head in micrometre and u is the actuator input in volts. The
sampling used in a typical hard disk drive servo system is 10 kHz. It is required to design an appropriate
controller so the resulting closed-loop system has an overshoot less than 25% and a settling time less than
8 milliseconds as the response to a step reference of 1 micrometer.
Design a digital PD, PI, or PID controller to meet the above design specifications using the emulation based method.
Show all the detailed design procedure and the results of your simulations using MATLAB and Simulink.