Bro keep cooking

I just finished a course in power electronics at Georgia Tech and it was purely theoretical and lecture based. Watching through your videos helped fill in some of the hand on lab experience. Thank you for sharing and keep up the great work 👍

Like all your content. Like the extent you went into to couple the math with intuition. So high quality content, a rare gem for youtube.

A subject could only be explained so beautifully and fluently. Thank you.

I didn’t learn as much in engineering as I am learning from you… Thank you for the contribution to the world of electronics.

Bro is really out here producing the best and most comprehensive, yet engaging and well thought out electrical engineering videos on YouTube. We all thank you for your service good sir 🙏🙏🙏

You are excellent in going into detail for those "simple" circuits. This is perfect for beginners to grasp what is going on and even seniors enjoy your take on those topics.

Thanks. Finally a video on youtube which shows theory and build process of switching power supply.

Which channel is so underrated, this man can explain anything in terms of simple language love your video sir ❤

Im not sure where to start, How ABSOLUTELY amazing everything is done! Graphing, Explanation's, and best of all you are using what most people have for a scope so we can follow along at home. I feel bad now asking when this would drop. Doing this on top of a full time job and LIFE is crazy! Thank you for all your hard work and let us know where to donate to your bad habits because after this you need some rest lol

Your analysis and explanation here is very good. One note: I design integrated switch-mode power supplies, and we absolutely do use boost regulators in the discontinuous region (mostly for light-load switching efficiency). This is okay because in real-world applications, duty cycle is controlled in a closed loop to regulate to the desired output voltage.

That output voltage "hump" between 0.2 - 0.8 duty cycle at low load blew my mind... I'll try simulating in LtSpice to see if i can gain more insight before i start pestering the internet with questions 😂😂

a gem of a channel, please keep this going, really learning a lot from you

Thank you very much for creating such interesting and easy to understand explanations for all the themes you cover! That's a treasure for every electrical engineering student.

I noticed the overvoltage, too, but didn't consider damaging humans ... Now I will add an artificial load if nothing or not enough is connected at the output. Thanks for pointing out the problem!

I'm not designing a DC-DC converter. But rather a switching mains current limiter. (Dropping the voltage to maintain the current below some threshold.) Your video was very very interesting. It highlights a few things I should pay attention to.

Awesome way to explain difficult things and demonstrating with real stuff.... Hat's off to you,.........

Best channel that deals with power electronics. Hands down

Yay. Tis the season to be jolly

Amazing video! The explanations were clear, and I love that you showed voltage and current waveforms for each part of the circuit, as it makes it very clear what's going on and makes the whole explanation very intuitive. Love your content, keep it up!! I hope some day you make a similar video on flyback DC-DC converters, I've been trying to design an adjustable 0-24V @ 1A flyback transformer as a pre-regulator for a linear power supply and never figured out how to properly design them to work on a wide range of voltages (as opposed to a fixed output voltage)