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Some suggestions: if u do timestamp in your video , it will be very helpful for us ❤ Your content....share more informational videos in future

Good try. but things are not clear

Kindly Explain, how come the valence band is placed above the conduction band? Kindly rectify in the video. The condition for Vg<Vth refers to the weak inversion region. This suggests the intrinsic fermi level should bend below the quasi-fermi level (surface potential = built-in-potential), consequently bending the conduction band close to the quasi-fermi level. But in any case I can't see why the valence band should be above the conduction band?

Thank you for wonderful explanation

This composure is 99.999 % keep up the good work

thanks for sharing

thank you sir

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Super viedio ❤❤❤

is drain induced barrier lowerig and punch throw effect are same

at last part, you didn't explain properly.

you are teaching like gem, please continue on adc

Question pdf?

After lot of search here is a nice explanation

Thanks for such an amazing video...keep uploading ❤

Oh with this i can now play geometry dash most better

Thank you Sir Great conpect Iin=Iout

I do not know it! Sorry

hi sir ,good morning. Wr we r using this pyton code sine wave generation

Ra=18/(10+8)=1ohm...Answer

thank you for good explanation,i need some guidance regarding cadence tool sir

good morning sir

Thank you, this was very helpful!

Good exply

Wow

Nice

good explanation...,pls keep going on

Keep It Up🎉 I think We have been Met in any lab? From NIT JSR?

Great learning

thank you brother

Is there any alternative method to replace Bottom silicon insulator technoligy to more enhanced for reduce threshold leakage

Is there any alternative method to replace Bottom silicon insulator technoligy to more enhanced for reduce threshold leakage

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Gd explanation

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I didnt gey why output wont depends on Vt when NMOS connected in Pull down network ?? !!!!!!!

But sir, if we want zero resistance then we shouldn't put any resistor over there?

αυτό έψαχνα. χρήσιμο για την κατανόηση των πρακτικών πτυχών. Ευχαριστώ

Thank you sir

please provide his social media handle so i can connect with him and follow him for more tips

Way of explanation dynamic range of adc is so good

Thank you for this good instructional video :)

Proud that you're my friend, truly inspiration and insightful

Jab voltage vds apply kr rhe h toh vdg kyo liya ???

Mast session sir❤

Link to the video RC Circuit with Pulse input -Part 3 th-cam.com/video/HByHVJNbEPo/w-d-xo.html

helpfull sir

th-cam.com/video/JP7Ag9tk8vc/w-d-xo.html

Brilliant explanation sir .

Thanks a lot