Hello, Thank you for your video. I have read that power MOSFETs which are vertical MOSFETs in general where the drain is at the back and the source and gate are in the same plane at the front can have a pinch too. But I wonder how to represent the reduction in channel length(pinch off see in lateral MOSFET) for vertical mosfets due to the increase in drain voltage because the drain is at the back, away from the creation of the channel position.
Hlo sir ...nrml FET lo drain positive w.r.t to souce voltage apply chesi ..gate open lo petna kuda ..p channels wide avthaya sir ...oka vela avthe ala ...can u plss sir ...
Good afternoon sir
Which one better for amplifier BJT or MOSFET
Thank you sir for valuable lecture 🙏
Thank you sir for valuable lecture 🙏
Thank you sir for valuable lecture 🙏
Very good lecture Sir. Thanks 🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏
That reverse bias and forward bias concept is not clear between p- body and n- as well n+ and p- body respectively
Nice explanation sir... thank you 🙏🏼
Hello,
Thank you for your video.
I have read that power MOSFETs which are vertical MOSFETs in general where the drain is at the back and the source and gate are in the same plane at the front can have a pinch too.
But I wonder how to represent the reduction in channel length(pinch off see in lateral MOSFET) for vertical mosfets due to the increase in drain voltage because the drain is at the back, away from the creation of the channel position.
Sir...one doubt.. MOSFETs can block only forward voltage then why we are adding n- layer for increasing the reverse blocking capacity?
Sir start providing the notes PDF in as Google drive link.
Hlo sir ...nrml FET lo drain positive w.r.t to souce voltage apply chesi ..gate open lo petna kuda ..p channels wide avthaya sir ...oka vela avthe ala ...can u plss sir ...
@@lecturesinelectricaleng aithe gate open petna kuda...depletion region tight avthada sir
MOSFET SIR ...
Wich reginon mosfet work sir i cnt understand bt itz very nice 😊😊your faithfully student 😊😊
Thankyou sir
Tq sir
👌👌👌