Depletion Type MOSFET: What is it? (Worked Example)

A SIMPLE explanation of a Depletion Type MOSFET. Learn what a Depletion-type MOSFET is, how it works, and the difference between a depletion type MOSFET and an enhancement type MOSFET. You can read more about Depletion Type MOSFETs at: www.electrical...
Comment below with any additional questions you have. If you enjoyed this video and want to see more like it, please LIKE and SUBSCRIBE to our TH-cam channel.
MOSFETs are tri-terminal, unipolar, voltage-controlled, high input impedance devices which form an integral part of vast variety of electronic circuits. These devices can be classified into two types viz., depletion-type and enhancement-type, depending on whether they possess a channel in their default state or no, respectively. Further, each of them can be either p-channel or n-channel devices as they can have their conduction current due to holes or electrons respectively.
However, in spite of their structural differences, all of them are seen to work on a common basic principle which is explained in detail in this article on Working Principle of MOSFET P Channel N Channel MOSFET: www.electrical... . This further implies that all of them exhibit almost similar characteristic curves, but for differing voltage values.

[@electrical4you]

Thank you for watching!
If you want to learn more about Depletion MOSFETs (and other MOSFETS), you can read our full article at: www.electrical4u.com/mosfet-characteristics/

[@saini2658]

This 5 minute video is much better than 1 hour lecture of others...👍👍👍

[@Varshasri_05]

If anyone is looking for clear explanation just go for this video 👍👍clear explanation in just 5 mins 🤗🤗

[@fakemadara3811]

why can't professors be like this? easy and simple to understand.

[@deeptiravishyam6527]

Can't be explained better! I signed in just to like this video!

[@electrical4you]

That’s awesome to hear! Thank you for your kind words Deepti 😄
(apologies for the delayed response!)

[@abhijeetpal4046]

This channel is a blessing for students

[@electrical4you]

And I am blessed by your kind words - thank you Abhijeet! :)

[@fabriceprunier8628]

A very good video to undestand operating principle of MOSFET. Thank you very much.

[@electrical4you]

Thank you for your kind words Fabrice! Very happy to hear it helped you 😄

[@maxxsmaxx1901]

Best demo and lecture ever. Thank you

[@swapnilchhatre5845]

Very nice video. Understood it in the very first time. Thank you!

[@EducativeVideosBD]

This channel is a blessing

[@electrical4you]

You are too kind! :)

[@guilhermecosta3191]

Thank you very much for preparing this excellent teaching material.

[@krishnagururaj438]

so much better than the other videos.....
thank yo

[@electrical4you]

Thank you for your kind words Krishna! No problem at all :)

[@hastonlobo6077]

If I was given choice to choose between a dinner date with deepika padkoune and topic to learn with this teacher I wud choose this teacher 10 out of 10 times. This video made my life easy.

[@electrical4you]

Thank you for your kind words Hastan! Very happy to hear 🤓

[@SAM-rk4eb]

Thank u very much mam for making this topic very easy to understand and memorable. 😀😀

[@electrical4you]

Very happy to hear md Samir. Thank you for your kind words 😄😄

[@manishkumar-kc5ip]

It really helpful to my exam. Thank you so much for this amazing video.

[@electrical4you]

I hope that you aced your exam Manish! Thank you for your kind words 🙂

[@rupeshmanandhar3782]

Thank you very much! Loved your work.

[@electrical4you]

Thank you for your kind words Rupesh! :)

[@ArshadAli-rt6dg]

thats just amazing explanaton of the depletion layer mosfet

[@adsfvk5283]

The best explanation!!

[@theoryandapplication7197]

greate , thank you for sharing

[@serifahmed6431]

very well explained

[@nitadas6204]

great video . very much satisfying

[@electrical4you]

Thank you for your kind words Nita! 😄

[@penugulachinna]

great video thank you so much

[@electrical4you]

No problem at all Punugula - happy to help! 🤓

[@tejasvp3749]

Thank you

[@Basettimahalakshmi]

Super 🎉

[@informationduniya]

something mistake how to possibl drain to source flow of electron in enhancem.. mosfet acc to video battery connection

[@kcvinu]

Please explain how does a mosfet store a bit :)

[@workperdate8960]

This silicon dioxide insulator should be very thin?
Or it can be done with a thick one?

[@cjjxbxbz3874]

ممتاز❤

[@bandanaagrawal3970]

Nice...

[@kmfaisal8224]

What is the name of software of the voice/video?

[@hasitchudasama7670]

May be!!

[@localrj9409]

Aap kha chali jati hi beech beech me lecture ke

[@d3v487]

Explanation about E - MOSFET in video ,but video name is D- MOSFET 😂😂😂

[@akashchaubey6548]

Likha d type pda e type rhi

[@anueie362]

thank you