Avalanche Breakdown: What is it?

[@abigailmike6846]

3:28 is when the avalanche breakdown actually starts

[@ashwinikumar.]

Thanks man....

[@nexo8328]

@Deependra Singh Well sure it is, but for ppl who have that backknowledge to already this is actually a nice timestamp. =)

[@robertthomason8905]

Pias learning from a binary signal WOW SETI

[@mohammedabusufiyan8934]

Lol 😂. I was solely concentrating on the drawings 😂. How are they so neat and clean?

[@electrical4you]

We have very straight rulers 😁 Glad you like them!

[@alobiswas6059]

Please teach me how to do it. It is so neat and clean.

[@itsme-xo4ku]

@@alobiswas6059 are bhagwan don't be that much innocent ...this is a software

[@manikantasivakumar1327]

😂😂😂😂

[@bhaveshdeore6636]

This is white board animation 😂😅

[@Dheeru.18]

Atti sundar 🤩

[@AdityaPrasad007]

3:58 The free atom hits the "atom" at high speed... does it hit the atom or does it "hit" valance electrons and thereby pass on KE??

[@AJ-bj5ds]

I like your videos very much sir.Very Simple and clear explanation ....Thank u very much sir ..we r hoping more no. Of videos from u sir ....keep Rocking 😊😃😘

[@RedPandaDesu]

So neat diagram :0

[@kratozeus6358]

ShouldStudy I'm in love with the diagrams😍😍

[@electrical4you]

Thank you for watching! If you want to learn more about Avalanche Breakdown, you can read our full article at: www.electrical4u.com/avalanche-breakdown/

[@chuaca8545]

That's great!

[@electrical4you]

@@chuaca8545 Thank you for your kind words Chua 😄

[@jefflgaol3448]

May I know are you using conventional current or electron current?

[@sayanguha9962]

3:42 What do you mean by the junction breaks down? ::-- Do you mean to say that the thickness of depletion layer increases ...in other words the depletion layer spreads out?

[@allusivasantoshi77]

Finally I got some clarity on avalanche breakdown..thank u.👍👍

[@QB_Quotes]

So nice video .... mine all concepts are clear now ... Keep ur work, ma'am ... I really appreciate ur work ... :)

[@miraclemayhappensometimes]

Excellent presentation...thankuuuuu

[@telutron9755]

Amazing class

[@HM-rc7nn]

why this breakdown is non reversible???while zener one is reversible???

[@julianvillanuevachavez9597]

because zener semiconductors are highly doped. In this situation, electrons flow due to electron quantum tunneling and therefore they are not destroyed.

[@gpkumar100]

Prof I am giving higher potential to anode +10 v and lower potential to +5 v to cathode. What is the behavior of diode now?

[@hamsathvanibalachandran9320]

p-n junction diode

[@justrandom7214]

How do you draw such straight lines by hand? Is there a trick to it?

[@alok2683]

andi sixtimesseven leave those straight lines and look at those circles

[@arkadeepkashyap2180]

there is a software to do it.. he is not doing it by hand..lol

[@Norm_y]

Why there is no forward saturation current in pn jn diode....🤔

[@swarnameenakshi9980]

Awesome understood well 😎

[@SandhyaMaddippati]

Excellent

[@shreekant_0711]

Very very very helpful video's of ur channel.. I love 😍 them all

[@electrical4you]

Thank you very much for the feedback! 😄

[@sleepyPePe]

Thanks for video :)

[@sadamhussain6931]

very help full video... thanks dear uploader...

[@adityakrishnasinha_0460]

So nicely explained

[@atharvapatil3248]

Nice 👌

[@puenchong9322]

Have big mis taken in this video, correctly n- type semiconductor is electron donor , p-type semiconductor is electron accpter. but in this video was resversed

[@dandur7124]

if you are referring to 3 minutes in, she is referring to impurities in the materials.

[@akhileshsajja8843]

what is the main difference between avalanche breakdown and zener breakdown???

[@niaschim]

Akhilesh Sajja 🤔‽ 🤨? 🧐

[@khushikhokhani4775]

In avalanche, breakdown is due to collision while in zener it is dur to high electric field

[@deveshdembla5252]

Awesome video! Thanks :)

[@schoollevelphysics1693]

👏👏super 👍

[@aliciajohn5528]

Thank you so much❤

[@alansaldanha1698]

Today I fully understood the meaning of avalance breakdown.

[@nagarajyadav3267]

Nice explaining madam

[@electrical4you]

Thank you for your kind words Nagaraj :)

[@easy2learn896]

Very nice

[@BharathKumar-eo2hy]

What is the main difference between the avalanche and zener i want clarity

[@gautamgautamkrishna]

informative one..I like it

[@hamsathvanibalachandran9320]

Very clear

[@sivasankars3535]

Thank you

[@cracktheweb6199]

Thanks 🤗

[@أمعبود-ذ5غ]

Nice .. Thanks👍🏻

[@HarshvardhanNigam11]

why have you shown free electron in P side ? i guess holes are the majority carriers in p type SC .

[@HarshvardhanNigam11]

***** i see. Tnx for the reply

[@rohithsrisai4226]

thank you so much

[@ramakrishnagara1818]

Excellent presentation. I understood Avalanche Breakdown clearly. Thank you Can u tell me which software/equipment is used for this presentation

[@AmyContiero]

Thank you, it was very helpful visualisation!

[@hasibulhasan5970]

make more videos like this

[@maasbekooy901]

I thought the N-material had too much electrons and the P-material has holes

[@soniyajesus552]

Nice

[@quinnjohnson7910]

isnt reverse bias suppose to widen the depletion layer?

[@perspicacious_100]

nice way

[@IbrahimAli-kx9kp]

this is freak :D how can you draw such a circle :D Nice video and explanation anyway :D Thanks

[@raza8442]

Nice video.......

[@s-restorationking9864]

ini melal immathiri videoyum aayittu erangalleda patti

[@movieclips4602]

Nicee

[@kjeevan9945]

How is she doing it

[@sanjeetsharma9656]

0:20

[@vikashpandey8134]

GCET

[@phasorsystems6873]

Can't pay for conventional circuit simulators? explore androidcircuitsolver on google

[@yaschen]

Hi

[@circuitsolver9885]

Ohm my gosh you should try this application! scout androidcircuitsolver on google

[@phasorsystems6873]

Can anyone try this out and give feedback? Find androidcircuitsolver on google

[@organickeeda5780]

kya smjhae ho bhai....

[@haithemali4769]

srsly should I wait the whole time looking at u drawing rly?

[@robertthomason8905]

SETI wow signal theideagirlsays UFO

[@redduck4070]

Curry

[@santoshkumarmandal5822]

explanation is not upto the mark

[@amjadalhindi7350]

thank you so much

[@GauravGupta-pb8mk]

Thank you

[@samithetechsavvy6485]

thank you very much