Electronic Devices: MOSFET - Body Effect

[@lakshthakkar3085]

We need more knowledgeable teachers like you sir!

[@ismaily.3479]

Finally someone who understood that observing energy levels are crucial fot understanding the body effect :) thumps up

[@deberjeetusham8400]

yeah, many people explain it using electron and holes being attracted to body terminal and this that and end up contradicting themselves.

[@mr.rachetphilanthrophist601]

I love your voice and the way you explain things

[@shubhamshukla5448]

Wonderful in preparing for the interview

[@harrypottekkatt]

Excellent clarity in concept!

[@adwaithkj]

Thank you for this valuable lecture

[@umeshshakya867]

excellently explaining but could not understood it

[@venkypasupuleti1930]

THANK YOU BRO............

[@jancydas5569]

Sir... why didn't you add Vsb with another 2 fi f (fermi potential)?

[@jjkkk0120]

thank you, it's helpful!

[@하하하-m2t]

I have a question.
In the case of the pn junction, when reverse bias was applied, the Fermi level remained in the neutral region. But why is Vsb added to the bottom right diagram energy band?

[@하하하-m2t]

Why do holes accumulate in the neutral region of the p-type?

[@FORGATE4dunga]

Thankyou sir

[@hemadribandhu7086]

Thank you very much sir 🙏

[@divya4752]

Thanks sir ji

[@DeepakGupta-gu3ul]

Tq sir

[@zunaidurrashid9048]

At 7:47 of the video, when there is a voltage difference between S and B (the bottom right diagram) , shouldn't the fermi level of S and B differ?

[@sankarrao1100]

No, because there is no current from source to body via MOSFET, no current implies no shift in Fermi level

[@하하하-m2t]

@@sankarrao1100 I have a question.
In the case of the pn junction, when reverse bias was applied, the Fermi level remained in the neutral region. But why is Vsb added to the bottom right diagram energy band?

[@nagayyap460]

Ei means like

[@adwaithkj]

intrinsic energy level