Fermi Energy of an Intrinsic Semiconductor

[@MrEarthling99]

This video explained in two minutes what my lecturer couldn't in two lectures.

[@Ugenetic]

didn't expect this subject to be better explained with math and equations, bravo.

[@daehulee]

I didn't expect this lecture would be helpful, however, when the video ended, I realized what Fermi-energy is and how the temperature effects to the function.

[@stephenbarnett4587]

Direct and to the point. I like it.

[@TheClaytonHenrique]

That was a great explanation! Thanks!

[@nazaninabubakr6059]

ده ست خوش

[@tristanserdyuk7438]

Very well explained. Thanks!

[@raman4565]

@Davide...Its Fermi-Dirac probability distribution fun.

[@urlmarine]

I'm totally new to this so maybe I'm asking a stupid question, but I think I read somewhere that the Fermi energy is defined in 0K so... how is it change with temperature?

[@4everFitnessBlog]

Great video, but I'm having trouble finding the value for the edge of the valence band Ev in different materials. It's not shown in the table in this video, or in my textbook. Am I just overlooking something simple?

[@kNOppers42]

+Chris Cross Crash Very late, but you don't need the Energy of the edge. All you need is El-Ev wich is the band gap that should be in youre tables.

[@DavideBarbagallo84]

hi, thanks for posting! I've a quetion: when you say how to find the effective number of electrons in conduction band, has this formula a name? thanks

[@monacochoco111]

how to find Ec and Ev??

[@carlosalejandromercadodiaz1341]

No hablo ruso