(Draft) The MOSFET (part 2 of 3)

Here it is, my students, with very little editing, a quick and dirty version of the second part of the MOSFET lecture. (Third video of this mini series, if you count the very important "prequel", the JFET video.)
1. The FET
• The FET (field effect ...
2. The MOSFET 1/3
• (A draft) The MOSFET (...
3. The MOSFET 2/3
• (Draft) The MOSFET (pa...
4. Tutorial on MOSFET part 1
• EECE 251 - Tutorial on...
5. Tutorial on MOSFET part 2
• EECE 251 - Tutorial on...
6. Tutorial on MOSFET part 3
• EECE 251 - Tutorial on...
7. Tutorial on MOSFET part 4
• EECE 251 - Tutorial on...
8. Final Exam's MOSFET question part 1
• EECE 251 - Final Exam ...
9. Final Exam's MOSFET question part 2
• EECE 251 - Final Exam ...

[@mortonmulonda3987]

This is an Eye Opener to me who is doing EE. I find your lectures with substance and easy to digest. Greetings from Barotseland Africa.

[@rolinychupetin]

Morton Mulonda Greetings Mr. Mulonda from Barotseland, Africa. Thank you for your kind words.

[@rolinychupetin]

I am in Zimbabwe at this time, in Victoria Falls, where I attended the ACRID Conference (Africa Conference on Research Innovation and Development) where I delivered the IEEE Public Lecture of the Conferences. Last week, I was at the University of Zambia, in Lusaka. I just saw you post again, even if it's from two years ago. Today, I walked the two kilometers along the beautiful Victoria Falls.

[@flyinpolak]

I just got to watch the Channel of a FET be born!!! all with a very enticing voice in an extremely good video! Thank you again!

[@hafsabel5843]

OMG!!!! This is really amazing! How it sounds all clear and simple with you. Perfect explanation and very pedagogue. Thank you so much.

[@dongwen5737]

I have watched your video for a long time as a result I learned a lot .Thank you very much.

[@rolinychupetin]

I am happy to hear that. Thank you for the feedback.

[@agheermarial9882]

am loving it! am no longer fearing my upcoming exams. EE simplified..... thanks for helping...., my best regards to u from harare.

[@ED99LAM]

thanks. very informative

[@wladimirflores2437]

Thank you for your lectures... very easy to understand

[@bboywaters]

the best MOSFET videos thank you for posting

[@thesecrethero9901]

I want to add a little thing to this great video. In last part of the tutorial # 4, need to validate our saturation mode assumption. To this end, Vds >= Vov is need to be proven. Vds = 0.5 - (-1.2) = 1.7, Vov = 1.2 - 0.7 = 0.5, Since 1.7 > 0.5 our assumption is right.

[@keyvanmalaie473]

Thank you very much! That's really easy to understand with you!

[@SuperEnoon]

very good video! I recall my course taken 4years ago!

[@lemosluthier]

Those videos are great!

[@coledeaton]

This is wonderful! Thank you!

[@agattagein]

Thanks,its very good!

[@mixiomi4125]

I will catch up the calculation one day.

[@sedeckkamgang7093]

Awesome! thank you so much...

[@therandomchannel9226]

du bist ein sehr guter Lehrer! danke

[@rolinychupetin]

Und Sie sind sehr nett, danke.

[@JonHinric]

Dear Dr. Linares,
did you mean R_s when you did the final calculation for the resistance in the source?

[@amalabuhassan8049]

You are amazing

[@rolinychupetin]

Yes, I meant R_s, the source resistor. Thanks for noticing it.

[@HolisticApproach]

As far as I know, the arrow should point towards the gate in a NMOS transistor. (16:00)

[@rolinychupetin]

Please refer to Wikipedia's entry on MOSFET. It has a section on MOSFET symbols.

[@shivendrachauhan2416]

Awesome

[@AmanLiveTheMoment]

Thanks sir :D

[@kdelunekiri7041]

I'am a studend in Master 2 physics and Ichoose the Mosfet as a subject for my memory .I'll be gratefull if your majesty help me and give me some articls about my subject

[@rolinychupetin]

+Kdelune Kiri Dear M. Kiri, I assure you that my blood is not blue. The last time I checked it was red. To refresh your memory on MOSFETs, I'd start with the classics, written when this subject was new, when the essence was put in print instead of the frills discovered and developed with the ages. On Amazon you may find older books of those days, some published by the manufacturers themselves (when they were trying to convince engineers to use this or that device; some of those books 500 pages strong were distributed for free by GE, I remember two, one on transistors and one on SCRs). The old Schilling Belove, and the not newer Millman-Halkias are two that come to mind. After the basics are clear, you can plunge into rarified publications in journals and conferences.

[@kdelunekiri7041]

+rolinychupetin My thanks will be little for your majesty Sir .thank you for your time it's my pleasure. thank you again for your help that's give an idea about what i'll start with. i don't know how can I thank you for your advice. all best wishes for you

[@maheryagub]

Σας Ευχαριστώ πολύ.

[@rolinychupetin]

You are welcome.