Lecture - 40 Field Effect Transistor

[samarsattar]

Sir, plz continue to advanced electronics

[MrZahran20]

2011

[arjunzappa]

I'm on Lecture 7 right now. Guess, it will take a long long time reaching here! :D

[saranling]

Thank u very much sir..it was very useful..

[prashantshankar18]

Sir This was a great lecture series put up. Does this series end up here or there is more to be added to this?  This series proved to be a great help for me sir. I am doing B.Tech in Electronics and Communication at SSET (Surya World), Punjab.

[SanaZafarAhmed]

It was great and very informative.

[chandratheinvincible]

thanks a lot sir....:)

[chandratheinvincible]

thanks a lot sir....:)

[wristspin17]

You are bloody brilliant sir!!!!! Keep up the good work!!!!

[Diipole]

Hey thanks to the whole team for putting these educational materials together. Great job crew!

[bharathanila]

respected sir, i have done my masters in vlsi even than i was not familiar with basic electronics your learing by doin helped me a lot and bought a complete picture of electronics.. and these lectures were fablous which made electronics look easy and intresting. once again thank and looking for ur classes in digital electronics...

[falsafi92]

they are hindu extremists

[discoverstarag]

The depletion region should block the whole channel and eventually no current should flow... But this does not happen.. Can anyone please explain me?

[discoverstarag]

In the characteristic curve of JFET, the current remains the same eventhough the voltage is increased in the pinchoff region... But in the beginning, at zero gate-source voltage, as the drain-source voltage is increased, the depletion region increases and attains the pinch off state and steady current flows through the channel.... What I am trying to say is that the depletion region increases when the drain-souce voltage is increased and how current remains the same..?????

[kaaliyakalu]

I followed all your lectures. I would really like to thank you for explaining the subject matter so nicely.

[skwerl19890818]

i've never seen such a log vid on Utube. But some of its part were helpful for me:)

[YoLninYo]

very good lecture, but why does he keep saying "BJP" instead of "BPJ" (BiPolar Junction) transistor? lol.

It is really humbling to see the kind of equipment these teachers have to teach on. Most US professors would run out of the classroom if they had to teach with such primitive looking equipment.

[YOUTUBYAC]

@YoLninYo

He is saying BJT (Bipolar Junction Transistor), not BJP or BPJ.

You should watch the 'very good lecture' again. see @03:45

Regards

[DeathKnight74]

Thanks alot sir!!

[sanoopunair]

Respected sir,

you enabled the ordinary students like me to get the quality education... Thanks is an insufficient word to express the gratitude to you sir... may god bless you.. thank you

Anoop

Kerala

[rurzan]

I thank all the people involved in creating this course!

[energyexecs]

Prof. Natarajan: Excellent learning video. Can you also discuss the impacts of voltage sags upon a microelectronic control system? What are the implications of a voltage sag at 60-50% magnituge of nominal voltage for a time of 6 to 8 cycles in duration, that is exprienced in the utility grid voltage serving the system adn without UPS. Thanks.

[edmondublianda]

very helpful

[chakalaka80]

Thank you very much Professor Natarajan. This entire course is great.

[thoughtt]

I'm saying it for all viewer,thank you,thank you ,thank you ,thank you ,very, very much sir.

[surenderaaaa]

chaduvu nerpe guruvu dhaiva tho samanam, u had kept it up thank u prof

[RaoCVC]

Dear Sir,

I am 60 year old and acquainted with electronics for the past 40 years.

Your lectures are SUPERB !!! May I request you to continue with Advanced Electronics course!!!

Thank you Very Much!!!

[chkrman]

thank you sir

[84r]

Awesome lectures. Thank you Prof. Natarajan. You are my hero!