Closed Loop Controller design of Buck (step down DC-DC) converter | PID | Chopper |MATLAB Simulation
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- Опубликовано: 14 окт 2024
- ** For the design of a BUCK or step down DC-DC converter watch this- • Buck(Step down)Convert...
Closed loop control is required to minimize the error in the output.
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#MATLAB
#design
#DC-DC converter
How you calculated general value of Kp, Kd and Ki ? How can we calculate controller parameter for other converter like
dual active bridge
how to find L and C value is it simillar to ideal design? thank you
Yes it is
ok thank you. but could you help me how to control dc-dc buck converter using Modified Camel craven algorithm? please. @@RanitSengupta
Thank you for this riche vidéo, just why did you make 1/5 in gain is it's returne for our voltage in
No it is just a gain. You can mute this block also.
It is used for scalling the error
Hello Sir, why is the 1/5 gain required in the feedback?
it is only for scaling the error nothing more than that and it is not a thumb rule
How do we calculate the switching frequency for the Buck Converter? Is there any formula?
No you have to select the switching frequency according to your application
@@RanitSengupta How about 15 input. 5 volts output. 0.1A-1A load current variation.
What switching frequency should I choose?