Boost Converters | DC-DC Step-Up Closed loop | MATLAB Simulation | Step by Step

Here, how to solve closed loop boost converter design simulink shown step by step from open loop to closed loop. First see the closed loop boost converter design in constant dc voltage source then a variable source is applied and see the result.
boost converter using pi controller design. My Gratitude to Prof. V. Ramnarayanan, Retd. Prof. IISc, Bangalore for his lecture in making this video.
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[@yanmyomaw3276]

How do you find Kp and Ki value?

[@samiurrahman5533]

is there any way to find transfer function of this converter using matlab?

[@amirudinzulkepli8672]

Hi sir, may I know what is the title for the reference book u used to find the value for L and C?

[@vinayjanagama]

Great job.. want more sir

[@amink3181]

thank you so much

[@rashmiranjanbehera7826]

Good job gurujee...keep it up

[@techtalks6969]

Thank you Saab ji

[@nilavazhagan3659]

Sir how to find boost converter transfer function?

[@amr.a-m8350]

Great job. There is a file code *.m & Simulink of this tutorial please.

[@fifakfc6385]

please tell me what is GS_PI?I need to know that recipe

[@tamilselvan9455]

Could you tell Calculation of kp and ki.

[@amink3181]

its very good video

[@ne1711]

Will it work for variable load, if not can You give me any hint what I have to do about that?

[@techtalks6969]

Yes

[@techtalks6969]

If any problem, you can mail me

[@ne1711]

@@techtalks6969 thanks for the response please give me Your email address

[@eniskranda3167]

This video is really good. First of all , i appreciate it. But in video at 7.55, in boost converter transfer function control-to output Gvd(s), in part of dc gain, Won't it be Vg/(1-D) ? you have written Vg/(1-D)^2

[@cheese7221]

Edited:
No, the DC gain is correctly written as Gvd0 = Vin/(1-D)^2. It is often written as Gvd0 = Vout/(1-D). The DC gain of the transfer function Gvd(s) is not the same as the DC gain of the converter DC (large signal) output. They can be different as they are looking at different things (small signal variations vs large signal variations).

[@rohanchandra1832]

can u tell me how l is coming .045

[@shiveesoni927]

great job sir. Could you send me the file include the m-file please.

[@salahalatai8255]

thank you, good job. could you send me the file include the m-file please.

[@techtalks6969]

mail me at [e-mail]

[@salahalatai8255]

@@techtalks6969 I have sent

[@scorpus_gaming]

Hello sir can u send this matlab file