the first Video I saw about the almost forgotten and not well documented Vienna rectifier, absolutely stellar.

It was so intuitive I figured it out as the video progressed before you got to explain it! Another great video, much appreciated!

Thanks a lot, for sharing this! It is easier for most people to understand 1 phase circuits. You have successfully boiled it down to simple convepts.

Fabulous presentation, thank you!

Intuitive and simplifying explanation of the tricky and seemingly complex Vienna rectifier. Thank you so much Prof. Yaakov for this presentation

Very clear, straightforward, and amazing explaination! Thank you very much and GOD bless

Really clear and straightforward explanation. Thank you for sharing this, I am working on my thesis which is related to this topology. The PFC series really save my life as your many other video series. Looking forward to the following video!

Great presentation. Thank you!

thanks a lot, professor. Your explanation is always clear and enlightening.

Amazing Presentation, Congratulations!

Wow what a superinteressting circuit! But i had bever understand it without this explaination. (Yes i finally have a new phone. Or in fact its an older one that i especially bought so i again can leave comments here. Because i missed the last riddle that i found an especially nice one and not be able to leave comments that moment i saw that may not happen again. Because, where on the whole world you van find electronic riddles?! Ánd the most interesting deeper level explainations and really surprising insights! Btw, this big pointer makes your words even more clear than the red coloured pen in the video before this one. While that looked great i find this moving pointer almost as if i see where you look while explaining and i find that a really extra plus to understand everything more direct. As if we see your hands moving while talking, or something like that. Thank you, again and even extra for those last ones, thanks so much for making these superinteresting and supergood to follow videolessons!!

Another nice video. I wasn't familiar with the alternative circuit at 9:52 using a bridge rectifier for preventing conduction through a MOSFET's body diode before I saw this!

Prof Yaakov, the configuration described at 9:40 is drawn with a backwards FET, conducting in both instances.

Thank you Professor

it would be very nice to explain the SVPWM applied on the vienna as it is extreamly important especially useful for 800V super chargers.

Thank you！ im searching for knowledge about Vienna rectifier for my seminar, yr video is sooooooooooo great and clear! But I think u can give us some references to make it easier to find the papers u mentioned.

Thanks for the Great Video, The question is why Bridgeless bipolar APFC, that is a single phase of Vienna rectifier, is not popular and not being used for single phase PFC? I appreciate your answer in advance.

Many thanks for the nice presentation and explanations. Please, on slide 24 it seems that transistors in BD Switch are driven together - one control signal, however in slide 25 there are two control signals Si+ and Si- ?

Hi Prof. Yaakov, very nice explanation. Is it a mistake of the symbol on the right hand side at 8:53? looks like the structure is always conducting.

Thankyou Prof. for making this easy to begin with 🙏. Still trying to understand Gate pulses pattern with sinusoidal input any literature suggestion for this topology ??

Hello Prof. Yaakov, I have a question. When converting R-load to R-ac on the primary side for half-bridge & full-bridge LLC converter, is the formulae same i.e. (8/PI)*(Np^2/Ns^2)*RL?

Why should the voltage on both the capacitors be kept equal? I understand that an imbalance on the voltage levels of the two capacitors causes an increase in the THD, but I don't understand how that happens?

i will try 2 lane ( 2phase) version look like nice rectifier to me for HF and high power aplication.. logick give us quote: more diodes = more voltage shortage but... there we go.. phase shift.

👍🙏🙏🙏👍

61000-3 series isnt enforced in the USA! Land of leaded solder :)

The diagram at 10:10 is wrong. You need to draw the body diode from emitter to collector. The way it is drawin now, current can very easily flow through the body diode of the IGBT while it is the "OFF" state.