Electronic Implementation of PID Controllers

[@rodericksibelius8472]

Thank You Sir for this clear explanation of the PID controller in terms of Using simple electronic components which an Electronic Technician can understand and analyze by breadboarding a circuit and also enhances the learning of how tuning works in the real world and implementing discrete components along with ARDUINO controller PID experimentations.

[@oschonrock]

For an adjustable PID controller it may be worth using 2 extra op-amps so that each gains can be adjustable via a single Potentiometer without affecting the other gains. As shown there are too many "cross effects". If the required gains are known, then the above can be sufficient.

[@hitiyiseemmanuel3474]

Thank you very much, I highly appreciate your excellent explanations, I wish to look more of your videos

[@miorajoelleharilivarazanap5490]

Hello Sir, I need your help as I am currently working on the simulation in PSpice of a control circuit for a static converter: a buck-boost converter integrating a PID controller, using only analog components such as operational amplifiers, resistors, and capacitors for the PID circuit. I don't know the criteria for selecting the PID gains to calculate the parameters of the PID, meaning the values of the resistors and capacitors. Also, there are different types of PID configurations (series, parallel, hybrid), and I am unsure which one to use. Furthermore, I don't know how to integrate this PID with the static converter to generate the PWM signal that will control the converter. My goal is to maximize the efficiency of the converter. Thank you in advance for your guidance.