Electronic Devices: Intrinsic carrier concentration

[@DivyanshuKumar-xj7gw]

Thanks a lot sir, You explain very nice in one go I understood the concept especially one day before exams

[@ibraz1003]

Thank you sir I watche you from Morocco 🇲🇦🇲🇦🇲🇦

[@picnicbros]

very good explanation

[@josephweaver8545]

where can I find the effective masses of electrons and hols ?

[@surajkulal692]

for intrinsic gallium arsenide, the room temperature electrical conductivity is 10-6 (ωm)-1; the electron and hole mobilities are 0.85 and 0.04 m2/vs respectively. compute the intrinsic carrier 2/vs respectively. compute the intrinsic carrier concentration ni at room temperature.

[@surajkulal692]

Please solve this sir step by step

[@ramshakhan8443]

Sr agr without square root solve kre to ky wrong hoga...?

[@veselinmanev8895]

Great video!

[@nickysuman344]

Plz also solve questio related to this type of topic

[@sourcecreator2222]

Thank you great work

[@TeluguTechism]

Those Who are watching.... Rgukt's Like here 😁

[@donboscodonsthecreators]

Pls suggest good book for this chapter

[@parivarikproperty]

sir what is the value of is it k=1.38*10 raise to -23 j/k or 8.62*10 raise to -5 ev/k

[@tc3sean]

Those are the values that my professor used as well. But we need to use the 8.62 value because the energy band gap is in electron volts. I cannot get the exact answer that he is coming up with. Techguru can you upload a video working out the math to get Ni ?

[@danieltong7900]

life saver ~ thanks !!!!

[@GauravGupta-pb8mk]

Thank you sir

[@yashwardhan5052]

Thanks a lot sir!!

[@amarmurkute8278]

the NcNv product is taken wrong

[@waldomoran9084]

Don´t forget the square root. What he writes is the product after taking the square root.

[@aalamazighi]

tanmmirt ====> thank you .

[@arpitsahoo-t7h]

Gift clg students like karo subscribe Karo share karo

[@dpumpzz6014]

desi neso academy

[@danishmohammed8209]

You forgot to apply the root