Drift and Diffusion Currents (Formula and Derivation) - Current Density and Diffusion Coefficient

[@tusharhatwar9340]

Don't stop making such vedios. One day u will be at top bro.

[@EngineeringMadeEasy]

Thank you so much for your good wishes. The best part that keeps me motivated to continue the work is that someone is loving my work and getting benefitted. Keep watching for more

[@brotherLar]

Congratulations for putting this out there. In these times we are all facing, I needed this a refresher because I am trying to build a thermoelectric generator out of cheap materials. I need to understand the difference between these types of currents very well, before I invest time in engineering the right shapes of the thermocouples.

[@elurishiva6252]

Heartly thank you so much, in my college don't I don't understand but I was seen this video I was understand clearly once again thank you so much......

[@حسينصبيح-ذ8ث]

I am from Iraq and I follow your explanation of the material is amazing

[@EngineeringMadeEasy]

Thank you so much. Keep watching 😊❤

[@kabandajamilu9036]

Best teacher ever good explanation

[@engineeringsupersimplified1113]

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[@TC-uj6oy]

Awesome! That really cleared up my confusion.

[@EngineeringMadeEasy]

Thank you so much...Keep watching for more

[@akofficial3164]

The way you explained very clearly and in simple wprds

[@arnavkumarmalakar7833]

❤ nice and clearly teaching you sir ❤ This video is very helpful for understanding difference between drift current and diffusion current. Very-Very thanking a lot of you ❤

[@EngineeringMadeEasy]

You are welcome 😊❤

[@huangrr]

Thank you so much！ it's so clearrr!

[@sharukm2283]

I have gained interest on this concepts because of u,thank u so much sir.Hope u will provide more great videos like this.❤❤❤

[@EngineeringMadeEasy]

Than you so much for your appreciation. Yes, I will keep making such videos in future. Stay in touch 😊

[@aniket5498]

a truely helpful video bro❤️

[@EngineeringMadeEasy]

Thanks 😊

[@sm-pz8er]

Very well explained. Thank you

[@patricklaakak9458]

Thanks you ; I understand now how the current is compound in the semiconductors

[@EngineeringMadeEasy]

Welcome

[@kondakavurijyothiswaroop7248]

Good explanation,i cleared all my doubt

[@EngineeringMadeEasy]

Thanks for the appreciation

[@prajwalpawar3110]

Ossum explaination sir tq. Juz keep on creating such video's sir

[@EngineeringMadeEasy]

Sure. You are welcome 😊

[@sanyogitasingh5824]

Your concept super clear,, pls make more videos on these topics

[@EngineeringMadeEasy]

Ok, Thank you

[@mounikaraghu8007]

That's a great explanation sir...thank u sooo much for ur teaching ..god blesa u 😊😊

[@engineeringsupersimplified1113]

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[@narendraprasad6672]

Awsome explanation.

[@EngineeringMadeEasy]

Thank you

[@yogeshyadav7143]

Excellent class sir👌👌👌

[@EngineeringMadeEasy]

Thank you😊

[@amalkumar6416]

Why a negative sign come to find diffusion current density for holes...

[@amitrai7058]

Nicely explained

[@EngineeringMadeEasy]

Thank you 😊

[@Shivani-q5]

I am really thankful to you sir 🙏

[@engineeringsupersimplified1113]

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[@aryandhakad8495]

your voice is too clear that makes lecture too easy

[@EngineeringMadeEasy]

Thank you so much 😊❤

[@sanyogitasingh5824]

Very nicely explained sir

[@EngineeringMadeEasy]

Thank you so much

[@029mdmunazirahmad6]

@@EngineeringMadeEasy plese make a video EK digram

[@mohamudali8686]

In diffusion current case, would the electron also move from high concentration region to low concentration? also what is the effect of the electric field in this case? does electric field has an impact on the diffusion aspect? similarly, what is effect of the temperature for the diffusion case? Thank you!

[@engineeringsupersimplified1113]

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[@dinushalakmal8332]

Thank you very much ❤

[@shraddhashukla4929]

Thank you Sir

[@EngineeringMadeEasy]

You are welcome 😊

[@tirthpatel20]

Nicely explained..thank you so much.

[@EngineeringMadeEasy]

You are welcome

[@abhiramian4825]

Thankyou so much sir....sùch a clear explanation🙏

[@shalinicDNA]

Thanks for explaining so well. Is that "e" in the I= neAVd stand for electon?. If it stands for any charge then just put "q" to be consistent with rest of the equations. Your work is great and useful. Please keep it up!

[@Makur_JM]

Legends watching before 1 day to exam🥷🏾

[@coolart1266]

Nice explanation

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loved this vdo!!! but where's the next vdo???

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[@barihahaider4637]

Explained greatly..

[@kprakash7992]

Osm sir thnku so much🌹🌼~♥~

[@EngineeringMadeEasy]

You are welcome 😊

[@PriyankaKumari-xd6ep]

Nice 👌 sir

[@EngineeringMadeEasy]

Thank you 😊

[@PriyankaKumari-xd6ep]

🥰

[@navrajsingh2300]

Thanks bro

[@EngineeringMadeEasy]

You are welcome brother 😊

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[@sabiyajalal8423]

NYC lecture

[@ashishsingh7195]

Thanks bro mn ki baat bta di

[@EngineeringMadeEasy]

Welcome brother 😊 kya bata di bhai man ki baat??😊

[@afshantariq9853]

Thanks a lot sir

[@EngineeringMadeEasy]

You are welcome 😊

[@henokhagos1283]

You are brave.

[@CSE_11]

you are

[@lolviralshorts4664]

Thank u sir

[@EngineeringMadeEasy]

Welcome

[@vishnusharma7402]

By what arrangements u record this video 😯

[@EngineeringMadeEasy]

I use mobile stand

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[@EngineeringMadeEasy]

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[@utkarshmathur5621]

why there is a negative sign in formula of Jp

[@isatoubajo1014]

thank you

[@EngineeringMadeEasy]

Welcome

[@shashanksaurbh4655]

Thanq sir

[@yadavakanksha2336]

Thanks sir

[@creativephysicsbymansibhar3003]

sir jo topic h solid state me drift and diffusion carries ye vahi h sir

[@animeeditz_0666]

For intensic semiconducter amount of holes and electrons are equal. So there is no diffusion current

[@engineeringsupersimplified1113]

Nice

[@vaibhavkate1110]

Why there is negative sign in diffusion current density due to holes?

[@tone2x]

If we recall that the concentration gradient is negative (going from high to low concentrations with respect to change in length) and the charge of holes is positive, then multiplying these two terms will cause the diffusion current for holes to be negative. For electron diffusion current, the charge “q” is negative, so multiplying this negative with the negative concentration gradient will result in a positive diffusion current for electrons.

[@aimanimtiaz1066]

thanks

[@mitrasen2295]

Thanku sir

[@EngineeringMadeEasy]

Welcome

[@anoopchandra.7506]

13:05

[@madhuhoney615]

I am not getting audio???

[@EngineeringMadeEasy]

Why...I think you should check the mobile settings.

[@bhavyaagrawal4809]

Sorry to say but hcv sir explane drift current differently He say minority charge carriers produce drift current

[@Hay_day_285]

🙏

[@premalathaparamasivam3577]

Please be slow nd need more diagrams, only half of the board is visible

[@kunalsharma7571]

👍👍

[@loveyoumomvenky2927]

Waste bokka try to make derivation

[@madamanchiashokchowdary9790]

Nice explanation sir

[@user-prince7081]

Thanks sir