MOSFET- Depletion Type MOSFET Explained (Construction, working and Characteristics Explained)

In this video, the n-channel and p-channel Depletion-Type MOSFET (Construction, working, Characteristics and Symbols ) have been explained.
By watching this video, you will learn the following topics.
1:13 Construction of Depletion-Type MOSFET
2:30 Working of n-channel Depletion-Type MOSFET
4:55 Output and Transfer Characteristics of n-channel Depletion-Type MOSFET
7:33 p-channel Depletion-Type MOSFET
9:40 Symbols of n-channel and p-channel Depletion-Type MOSFET
Depletion type MOSFET:
The Field Effect Transistors can be broadly classified in two categories.
1) JFET
2) MOSFET
The MOSFET can be further classified into two categories.
1) Depletion Type MOSFET
2) Enhencement Type MOSFET
In this video, the depletion type MOSFET, its construction, working and different characteristics have been explained.
The link for the other useful videos related to FET:
1) Introduction to Field Effect Transistor
• What is Field Effect T...
2) JFET Construction and Working Explained
• JFET: Construction and...
3) JFET Transfer Characteristics
• JFET Transfer Characte...
This video will be helpful to all the students of science and engineering in understandin the constrction and working of Depletion Type MOSFET.
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Music Credit:
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#MOSFET
#DepletionMOSFET
#MOSFETWorking

[@ALLABOUTELECTRONICS]

The timestamps for the different topics covered in the video:
1:13 Construction of Depletion-Type MOSFET
2:30 Working of n-channel Depletion-Type MOSFET
4:55 Output and Transfer Characteristics of n-channel Depletion-Type MOSFET
7:33 p-channel Depletion-Type MOSFET
9:40 Symbols of n-channel and p-channel Depletion-Type MOSFET

[@razeenrizwan3082]

Hi Bro, Why you are changing supply voltage of Drain & Source in P-Channel ? What if give same as like N-Channel, Drain = +, Source = -. ?

[@Derlis_Jara]

The indians are always the best at explaining electronics. thank you so much my friend.

[@dasuntharaka7162]

Sri lankan is best

[@Movieculture12]

@@dasuntharaka7162 for what

[@mugiwara-no-luffy]

Finally a video with thorough explanation for DEPLETION mode. Most of these other videos I've watched kept explaining only enhancement mode basics and only barely mentioned depletion mode. Great pacing and clear diagrams. Cheers

[@pablomarco5118]

Thank you so much, my friend, you are doing an extraordinary job!!!!!!!!

[@poojashah6183]

Looking forward to this series, excellent explanation 👌👍

[@vivekanandareddy7579]

one of the best youtube channels i have ever seen

[@mitruluyt5050]

Your explanation is of high quality and you covers all the points in one concept.Keep on going like this👍👍

[@23_abhinavakarthikeya35]

Excellent explanation. Till now I have really learnt a lot .

[@varunsonava]

The best explanations!

[@multazeemmirza6016]

Best of the best channel for University student thank u sir this helps alot❤️❤️❤️

[@hackhobbylab]

This will help me lot in my next project

[@AndSooOn]

Thank you 😊 clear explanation

[@MohdAnas-gk8kx]

Precious lecture on CZcams in short time

[@AnirbanBanerjeeBPS]

Great explanation all my doubts got cleared thanks .

[@jahnvisingh9789]

This is the besttt explanation of mosfet that I've watched! Thank you so much!

[@aadityapanicker7403]

best*

[@viswanadindupuru6651]

thanks for the hardwork of making these videos.

[@idrishshaik1323]

Thank u so much. Gud explanation

[@bestsadpoetry58]

Thanks for best explanation indian brother
Love from.pakistan 🇵🇰

[@manasakukkala4202]

Thank you very much sir... Really I'm great full to listen ur classes... Clear explination sir 👌👏

[@jyotiranjan7062]

Sister, take care of your spelling...small thing, but matters a lot

[@yomum9404]

Thank you for the excellent lecture

[@buttilakshminarayana9795]

Tq soo much
This video helps me a lot for my preparation

[@tysoncreations9545]

Excellent explanation which will make to high score in exams...

[@vinaykumarkv5830]

Thanks a lot man ❤❤

[@nazmulhaque3934]

EXCELLENT EXPLANATION

[@ajithkumar-ff8ey]

crystal clear explanation..

[@winneranigbogu2275]

Thank you!

[@blakshmipriya8517]

Great work

[@ankit7096]

really very helpful..

[@YashYadav-lg5fv]

💯 nicely explained

[@saghiruddin265]

Thanks for this video

[@mohammadyakub3090]

Sir you're really awesome

[@kzvlogs7186]

very nice and easy explanation.

[@dr.basavarajum.n.3701]

Very neat explanation

[@kumarsamaksha7207]

thanks a lot

[@abhinav4826]

thank you...

[@nehoraidahan7825]

Thank you very much!! Very heplful.
Btw, what is the program/software used that looks like a board and you can writr colorful equations etc ?

[@mayurshah9131]

Very nice 👌👌

[@quicknaturalbeauty]

Thank you so much

[@susheelapatgar3640]

Thank you ❤️..

[@viswanadindupuru6651]

you are amazing

[@Official-tk3nc]

I usually watch neso academy for electronics. But today i found better channel than NESO. LIKE if its true!!!!!!!!

[@RupeshChandu1]

Is it better than neso academy
Please reply bro

[@user-ep8ez1if9i]

good explanation

[@shreejeshbarde3799]

Thanks you sir🙏

[@ArunKumar-ru7qz]

Superb bro

[@tpsicmin]

Nice

[@padmanabhank2185]

super bro

[@razeenrizwan3082]

Hi bro,
Thank you very much for your lecturer & you helped me a lot. I would like to add a point here, in 9:20 Instead of threshold voltage you are mentioning it's pinch off voltage. correct me, if am wrong. Thank you once again.

[@ZzSlumberzZ]

channel is already present in DMOSFET so Vt doesn't come into play here

[@demetriusdemarcusbartholom8063]

Thank you

[@debmalyadutta4756]

In n channel mosfet when Vgs is negative, then is the behavior similar to that of enhancement type n mosfet ?

[@juanalvares11]

very vell explained

[@leorain6980]

dog bark in the background cute!

[@thoughtpool8764]

I have recommended your channel to all my friends

[@7sedma]

thanks

[@vidyadharrao1894]

Tnx bro

[@anand_kumarbittu]

Thanks sir 🙏
Sir please aap notes bhi provide kijiye .
MOSFET Ka🏅😊

[@anoohyanagula1342]

Very nice sir.But it is better to explain the operation in cases. I hope u will👍

[@sandip_kanzariya8476]

nice sir jee

[@vinothkumarravi6663]

Good

[@MMMonir-nl4xm]

very helpful for EEEian

[@rinkuahlawat8025]

👍

[@utsavpanchal5303]

free electrons moves source to drain so that drain curret flowing drain to source....

[@BSKumar303]

BATTERY TERMINALS ARE REVERSED 08:23 (VDDIS -VE BUT CORRESPONDING ID IS +VE)

[@urajendra143]

yes

[@bhaveshchaudhari3406]

Sir plz explain IGBT if possible....

[@ManishAwasthibce]

what is the meaning of Vp in case of mosfet? surely it cant be pinch off so what is it?

[@ManishAwasthibce]

or did I miss something?

[@msabhinavchandra4174]

❤❤❤

[@electroniciit9304]

but why substrate is connected to the the same terminal as the gate as it will appose the movement of electrons .

[@sindhumaddi8308]

Hi sir can i get any notes for your classes sir.

[@namejankakyakaroge3633]

Kon kon PEC ka IEEE ko cover karna ka liye aya ha 😗

[@gunjankolhe2007]

Sio2 examples

[@-Phanindra]

There is no Vgs connection in the diagram. Wow!!such a great way of confusing video

[@bullfinch5715]

may be you should study network theory first before analog

[@siddhantmore582]

Vds is -ve so why is it in positive x directions in the output characteristics

[@ALLABOUTELECTRONICS]

Yes, it is negative but just for the sake of representation it was shown on the positive side.

[@akashsinghchauhan6882]

2.3

[@SwatiSingh-we6wx]

7:46 why the polarity of pmos got reversed??

[@ALLABOUTELECTRONICS]

Because for the p-channel MOSFET, the Vds is negative and Vgs is positive.

[@omertarkkaraca842]

what does it mean by Vp in 7.12

[@ALLABOUTELECTRONICS]

It is the pinch-off voltage.

[@deepaktiwari2290]

If Gate is -ve,And Sio2 is insulating layer then how the charges are reppeled???

[@prachiargulewar2409]

SiO2 acts as dielectric ...when Vgs is -ve ie when gate voltage is negative with respect to source within SiO2 electric field with develop which will repel electrons in n channel and will attract holes from p substrate thereby increasing depletion region due recombination further if we increase negative voltage of gate at certain negative gate voltage ,drain current will become 0 .

[@prachiargulewar2409]

I think voltage across source is always 0 ie it is ground

[@mohamedzanaty5230]

thank you for this video
but i think you meant vp = |vgs| = |-4| = 4v

[@harshshokeen7076]

what is Vp though?

[@aryankathawale9269]

Did i just understand mosfet

[@aritrachakraborty2746]

Lol

[@lakshmidaravathu4779]

How can I get notes for theory of FET and MOFET...

[@ALLABOUTELECTRONICS]

Please check the website. www.allaboutelectronics.org
Many notes for MOSFET are updated there.

[@lakshmidaravathu4779]

Thank you

[@saeedakhatoon669]

You have left the topic of pinch off voltage.

[@ondadevapor]

excuse me, what Vdd stands for? I thought it is Vds (voltage applied to source-drain)

[@ALLABOUTELECTRONICS]

Vdd is the supply voltage applied at the drain terminal.

[@ondadevapor]

@@ALLABOUTELECTRONICS why do u call it DD?

[@ALLABOUTELECTRONICS]

The double subscript represents the supply voltage. When both letters of the subscripts are same then it represents the supply voltage. For example, Vdd represents the supply voltage connected at the drain terminal. Vds represents the voltage between the two node. (Drain and source). While the single subscript represents the voltage between the particular node and ground. For example, Vd represents the voltage between the drain and ground. I hope, it will clear your doubt.

[@ondadevapor]

@@ALLABOUTELECTRONICS got it. Thank you ever so much👍

[@numanbutt7102]

It's given wrong in p type flow of current is given wrong

[@aadityapanicker7403]

dumbfork padhai krli thodi ek toh yt se padh rha hai maa baap kiosliye fees de rhe hai doubt bhi bewakoofo waale, kuch kr apni zindagi ke saath inel hrkate bkl

[@saranshsaluja5214]

+1 😂😂 N-Type galat hai butt sahab

[@saranshsaluja5214]

+1 😂😂 N type galat hai💦

[@thebrave1964]

sr notes please

[@sunilssajjan6102]

Send it's notes........

[@saniyakhatri2660]

What is ss?

[@ALLABOUTELECTRONICS]

It's Substrate

[@akashsinghchauhan6882]

At 2:30 sec

[@workethiclovetimetruth]

A AT WORK WITH TIME CREATION INVENTION NATURE 39 YEAH

[@unknownme7177]

Jo screen pe padhata hai usey samajh he nahi ata

[@aerodynamico6427]

Your cursor (pointer) is too small to be seen by anyone or anything except microbes.

[@bokchitavlogs4232]

omg I LOVE your explanations but PLEASE lose the ACCENT , it makes it very HARD to follow, no offense