Розмір відео: 1280 X 720853 X 480640 X 360
Показувати елементи керування програвачем
Автоматичне відтворення
Автоповтор
25:15 it should be (Vbi +Vr) in the expression as with increasing reverse bias depletion width increases.
yes
no in reverse bias it should be vbi+vr only vr = applied voltage
Thank you for such an informative class 👏👏👏👏🙏
Dear Prof., it should be (Vbi - Va) in the expression instead of Vr in 1/C2 experssion (25:33 onwards). Kindly have a look and please confirm.
Awesome Thank you very much sir
21:32 the expression for Q_dep should not contain Epsilon terms, and then the derivation will follows.
Correct
sir I want your advanced semiconductor lectures , such as Diffusion capacitance
Would you have a course like this relate do Schottky Contacts ??????
Who reads Quantum mechanical tunneling in high school physics?
Not in detail but there is mention of it in high school physics.
25:15 it should be (Vbi +Vr) in the expression as with increasing reverse bias depletion width increases.
yes
no in reverse bias it should be vbi+vr only vr = applied voltage
Thank you for such an informative class 👏👏👏👏🙏
Dear Prof., it should be (Vbi - Va) in the expression instead of Vr in 1/C2 experssion (25:33 onwards). Kindly have a look and please confirm.
Awesome
Thank you very much sir
21:32 the expression for Q_dep should not contain Epsilon terms, and then the derivation will follows.
Correct
sir I want your advanced semiconductor lectures , such as Diffusion capacitance
Would you have a course like this relate do Schottky Contacts ??????
Who reads Quantum mechanical tunneling in high school physics?
Not in detail but there is mention of it in high school physics.