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Thank you Sir! Greetings from India

Thank you for such a good video!

Thank you very much.... Which is better, conducting or disconducting mode?

This is by far the best explanation of the topic on youtube. Thank you so much! Bravo!!!

Great video, thank you.

I used to go to a school that had a lot of Turkish teachers, this video brought back a lot of memories, you sound exactly like a teacher I knew before. I love how you teach, nice video

great content, wanted some material to revise the key concepts that i learned in my electrical degree. so far so good. thanks alot of the hardwork akhi, jazakAllah

what languaeg is this ?

12:54: While presenting the hardware project, how feedback works was initially ambiguous, but now it's crystal clear! These videos have significantly enhanced my engineering skills and thinking.

I could not be more glad that this video has been added to the playlist twice 😅

Plz dont do derivations in between problem

Well explained.

Thank you ! Good explanation

Hi, I have one question about at 22.05 th minute, why did we put 1/2 on above mutual part of mag equation when we are coming up mag equation

This man is amazing

great sir

haha

hocam youtuber markiplier'a benziyorsunuz

Well done on breaking down PFC, appreciate your video

Please Do remake this video in English. If impossible, please do share sources.

Which text book do you follow?

Does the Output Current matter? Lets say it was 50A instead 30A, how would the current affect this equation?

Hocam ders anlatisinizi ozlemisim, elinize sağlık. Katkılarınız için teşekkür ederim😊

Great explanation! thank you sir, have a nice a day

Thanks for the video, this was incredibly well explained

When D=1, why would ILB=0? The switch is on all the time, so the inductor becomes a short and current will flow through the inductor according to Vd/R.

Grateful to you for this gift Sir.

how did you calculated the average inductor current Lm? I want to know the equation?

Excellent👏

How well do you expect a three phase rectifier would work on a single phase supply?

How can calculate push pull transformer primary turns? It’s only utilize half primary on each half cycle. Is that applying each half primary is equal to Vin/(8*fxAexBpk)?

Thank you sir for this helpful video.

Sir, you make my course easier than anyone can do, Respect from Bangladesh.

Hi Sir, very good explanation, can you please provide this presentation with the links to appnotes and chapters you are referring. thanks!

Hi, what program do you use for creating graphic in this videos ?

thank you basically

Hocam ders içerikleriniz çok güzel. Şu an EÜAŞ'ta staj yapıyorum bana çok yardımcı oldu. Bu içerikleri indirebileceğimiz bir yer var mı? Teşekkürler.

I learned lot excellent explanation

UIUC-ECE/CEME den selamlar.

Great explanation…Thank you so much…!!

Hocam, iyi bir anlatim tesekkurler.

So, to produce more power we need 3rd harmonic? What is 3rd harmonic? Quint? 1 harmonic is Tonic 2 harmonic is Octave 3 harmonic is Quint Tonic + Quint = Power-Chord... Now clear, let's do heavy metall :D

Your video helped me so much. Thank you from Greece!

It was a great explanation, Thank you.

superb!

40:02: No, No; we do not do that here 😅

1:24: How can we be sure that we fire thyristor exactly at fire angle = 0? If we miss it, Do the inductive loads harm our devices?

10:24: having small ΔV for 3phase full bridge rectifier is very pleasing.