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Amazing!!

Very useful lecuture!!

sir can you please provide the lt spice link

9:57 you can use the 1EDIxxI12AF and / or 1EDIxxN12A high side gate driver ICs which have an integrated transformer coupling which can source or sink up to 10 A and can operate up to a frequency of 1 MHz provided you don't exceed their power dissipation limit. I have used them in a buck converter to control a a parallel array of NMOS transistors to deliver 200 A at 30 V, with just a 20 to 30 W of power dissipation in the power switch.

Thank you for the video, it helped me a lot!

🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉

تحياتي استاذي وليد عيسى الله يجعلها من ميزان حسناتك

What is possible gate drive circuit for H bridge using MOSFET at 1 MHz

Awesome!!

Excellent explanation thank you Prf.

Nice work, very intuitive and simpke way of describing complicated concepts. Keep it up. How do you make the circuit schematics and waveform for these videos..

Thank you Sir 😊 Very basically two Stage Circuit: High gain (OTA circuit)+High Swing circuit +Current Mirror circuit to be bias

Very well done video. Thank you for the explanation!

can i buy this kit?

can we use a coil, since the field goes up and down??

What an excellent educational video! Thank you.

Hello, very interesting. Do you mind sharing gerber files?

need your library .please share with me

🙏🙏🙏 Thanks sir.

Thank you so much sir , nice explanation on the topic . We all are satisfied . 🙏🙏🙏👍👌

Great, Thanks...

What a great lecture... Thank You...

Best video

Nice design, but a bit over engineered leading to high cost.

If Gate is a 2Vs wouldn't you blow the gate? In the case of a GaNFET which can oly take up 6v, this technique require a clamping zener to prevent damages.😊

How come you didn't add a diode to the final demonstration here?

Why divider by6 , thx

first of all thanks for the valuable content I just have one question when analyzing the circuit in the off-time why is vl = -vo shouldn't it be vl = vo because in the off time the inductor will try to keep the current in the same direction so the inductor signs must be changed accordingly

دكتور وليد، عايز اتبرع لأهل لغزة، هل غي طريقة مضمونة وموثوقة. جزاك الله خير

won't the p channel power MOS have current direction from source to gate?

Amazing lecture, thank you!

Why the Miller plueto is flat?

I have one of these and I love it. Super great design and very handy. Thank you for making this!

The gov. Should sell officially approved grid tie inverters w island protection so we can hook up our own solar cells

رائع

Nice lab dr.walid

Your arabic videos are much longer than in englisch, i think it d be a veqvy load producing in both languages, but wt if you make one video in one language and recreate just the audio of the second language, this way you will spread more

Hi, why you have used average value for power calculation instead of rms value?

شكرا د.وليد

This is not the gate voltage ( Vgs ) waveform. You have to plot after the gate resistor Rg

رائع د.وليد

I just noticed you have another channel , man you're my role model. تحية كبيرة ليك انت شخص عظيم❤

;-)

Circuit with the inversion of PWM towards end of the video is not working. Something is not right??

You could have included the reverse recovery loss of the diode in the presentation. Usually we perform double pulse test on a final hardware where two switches with antiparallel diode in one phase leg. Otherwise an excellent representation, thank you for sharing.

Nice demonstration.

I like your video very much. I would like to buy one.

Very good explanation

Can i technically make an Arduinoboy with this site?

thank you, from which book did you take the third version values from?