I am working on tunning the PID gains for a flyback converter. I am curious about what methods out of the popular lmethods ( Ziegler–Nichols, Aström’s AMIGO, Skogestad’s Internal Model Control, and Chien-Hrones-Reswick) the "pidtune()" function used to give the PID gains.
I also go throw the pidtune.m file using the "edit pidtune" command in the MATLAB script to have a look what is going on inside the pidtune function. After going through several iteration line by line I am still unable to figure out the answer. To me its look like a kind of heuristic algorithm.
I am seeking assistance from all the community.

RegardsI am working on tunning the PID gains for a flyback converter. I am curious about what methods out of the popular lmethods ( Ziegler–Nichols, Aström’s AMIGO, Skogestad’s Internal Model Control, and Chien-Hrones-Reswick) the "pidtune()" function used to give the PID gains.
I also go throw the pidtune.m file using the "edit pidtune" command in the MATLAB script to have a look what is going on inside the pidtune function. After going through several iteration line by line I am still unable to figure out the answer. To me its look like a kind of heuristic algorithm.
I am seeking assistance from all the community.

Regards I am working on tunning the PID gains for a flyback converter. I am curious about what methods out of the popular lmethods ( Ziegler–Nichols, Aström’s AMIGO, Skogestad’s Internal Model Control, and Chien-Hrones-Reswick) the "pidtune()" function used to give the PID gains.
I also go throw the pidtune.m file using the "edit pidtune" command in the MATLAB script to have a look what is going on inside the pidtune function. After going through several iteration line by line I am still unable to figure out the answer. To me its look like a kind of heuristic algorithm.
I am seeking assistance from all the community.

Regards pid, controller tunning MATLAB Answers — New Questions

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