Electronic Devices: MOSFET - small signal model

[@frawding9438]

Absolutely perfect. Couldn't find any other explaintations that satisfied what I needed to know, especially the actual derivation of the equivalent circuit. You're doing God's work sir!

[@nicholasponce3635]

Absolutely perfect, i'm a brazilian a little bit lost studying this in France and it helped me a lot, thank you sir

[@ameyasathe8642]

Sir you have explained in such a simple way , which I fund very complicated !

[@alicedevaney5723]

This is the best explanation i've found so far! Great work

[@rhiteshkumarsingh4401]

wow!! You have saved my life. I never understood how small signal analysis was done and you explained it so well. You need a Nobel prize for this. It would be so much better if you could mention your name in the description. You are doing great work. And by the comments so far, everybody agrees on this. If I clear GATE exam well, I will have you to thank for teaching me analog and electronic devices so well.

[@dharmeshparmani8473]

These lectures are very Crisp , consice , clear and Conceptual . very good video lecture

[@techgurukula]

Thank you Dharmesh for taking time and writing comment - encouraging!

[@dharmeshparmani8473]

@@techgurukula Your dedication and Hard work can be seen easily in your videos

[@HhhHhh-et5yk]

@@techgurukula is this for edc?

[@williamkelly9610]

You speak and write very clearly. Thank you for a great explanation.

[@sevbanceylan4654]

This is the best explanation i've found so far

[@vivekmittal1454]

this is the best and the most accurate and to the point and the best mathematics formulation for the small signal analysis. Thank you.

[@tatsuyatainaka]

Thank you very much, I have a bad electronics teacher, thus this helped a lot in conceptually understanding

[@youcefyahiaoui1465]

Great work! awesome explanation of the small signal model using Taylor expansion. Bravo!

[@lukspower]

Outstanding explanation. Greetings from Argentina

[@venkateshwaran292]

Crystal clear explanation. Thanks once again

[@anilkumarkurra1314]

these are the best videos I was ever seen I am really great full to u for u r work sir and efforts. keep continuing sir

[@李梓赫-p2r]

Although the it takes time for me to understand, this video is the best I have ever seen so far!!!!!!

[@kerembayramoglu1738]

I generally don't comment but this is one nice explanation

[@SaiKiran-mf4gz]

Just awesome sir

[@stochasticc]

Best explanation out there! Thank you very much!

[@dineshkumar-kc7vt]

worked quite well for my AEC

[@saitejabhushanam4232]

thanks a lot, sir it really helped a lot

[@RahulGupta-tb2cr]

Amazing! Why you do not make the videos now.

[@Ratneshtiwariforever]

thanx bro... nailed it.

[@apiyopao4586]

Very well explained thanks👌👍👍

[@anushareddy2602]

excellent sir

[@hdaersrtyor]

BRO YOU ARE A GOD!

[@pratheekjbhat2134]

thank you sir ..this helped me ..:)

[@Sgfc1111]

Thank you sir!

[@schoolboyhoy]

can someone explain what is the cause of the small change? is it just an intrinsic resistive property of the material that causes changes when a potential is applied at either the gate or the drain?

[@BeshoyZakaria--]

when you're with AC analysis the voltage changes over time and that's your delta V

[@abrarshariare5835]

helped a lot

[@user-mj3ef]

Thanks but what is the playlist name of this video?? Under which playlist?

[@techgurukula]

Electronic Devices - EDC Lectures for GATE: kzbin.info/aero/PL311CA3047EB6EC58

[@divya4752]

Best book for edc

[@techgurukula]

Thank you Ravi for the comment!

[@gateexcellenceece3910]

Book ka name to btao

[@iteshbharti8560]

@@gateexcellenceece3910 Razavi or Sedra and Smith

[@prakashreddy6927]

sir, can you make a proper playlist for MOSFETs and JFET just like what you did for MOSCAP.

[@techgurukula]

Here is the full play list kzbin.info/aero/PL311CA3047EB6EC58

[@gateexcellenceece3910]

Please amplifier bhi cover karna

[@techgurukula]

Amplifiers are part of Analog Circuits - Once Electronic Devices is complete, will be making Analog Circuits Lectures.

[@tharindukavinda1418]

very useful

[@garyescobar6831]

Vgs for small signal model, not Vds

[@divya4752]

Thanks sir ji

[@sureshgodara5493]

Please complete amplifier

[@techgurukula]

Amplifiers are part of Analog Circuits - Once Electronic Devices is complete, will be making Analog Circuits Lectures.

[@AkashVerma-eo3vo]

Please don't make any video in future.

[@asaadalalawi3561]

This is the best explanation i've found so far! Great work