Conceptual Understanding of Semiconductor Basics: Holes, Doping, and P-N Junctions

[@rohanpratapnair455]

I spent hours reading this concept on my textbook but you made me understand within 10 minutes.....!!! Cool video...

[@zainbajwa1781]

This the most helpful video to build up my concept of P-N junction I am really thankful for this 🙏

[@dakaloramugumo5434]

You simplify a complex subject excellently Thanks

[@EE-lk4ns]

a really profound and comprehensive video about PN junctions

[@shahriarzaman4929]

This is the best video so far I have watched about PN junction. Thnkx, you explained in details.

[@polkent015]

The best video explaining the diode. Thanks dude.

[@nashstrike7143]

never had such a great teacher thanks man

[@OracleOfAegis]

This is by far the best video I've seen on this topic before. Thanks!!!

[@kingrenny]

I laughed when you said “so what why is this important” !! I finally understand a lil bit but was thinking the same thing at that exact moment 😂😂😂

[@felixkimutai8478]

I really enjoyed your video and got to understand P-N junction, I used to get confused when somebody mentioned P-N junction. Thank you very much indeed.

[@김명식-t3k]

I couldn't understand the concept of depletion but now I got it you are a very nice teacher thank you

[@narayansuthar5190]

One of the best video on semiconductor diode concept.

[@bibekacharya7616]

wow best video ever found in utube to understand PN junction

[@irrahfarn]

Very nice explaination physics devices that never seen before!

[@nafisahmed5836]

You are an awesome teacher.You have just made me understand the concept very nicely and easily and the best video on p n junction i have ever watch is yours one.Keep doing great jobs like this.

[@diashneegounden3705]

What an amazing explanation! Thank you for your effort!

[@mihaivisovan2407]

SIr, you are, simply, a genius!

[@belideashish4957]

superb basic explanation about what's happening inside the junction thank you

[@XxXDanielGXxX]

4:34 immediately thumbed up

[@sauravverma144]

great job ..sir.. superb..

[@sathyayapa6134]

Nicely done!

[@joednkj]

Learnt more in this than 2 hours of lecture. thanks!

[@manshitomar1956]

I was really having a great difficulty in understanding this concept........but ur video helped me a lot.......n now m able to tell others about this topic........great job........keep doing this work.......love ur video

[@hughfhoward]

thanks dude, best video I could find on explaining this.

[@romeokoolsoul]

great effort. well done.

[@ishworirish]

Thanks for such detailed explanation

[@sarahs4426]

Thanks, great explanation! really helped me understand the electron hole flow thing

[@hamzasiddiqui9102]

dana na na dada ! best beginning ! :)

[@alanly3780]

Good video!

[@srahulsree]

awesome description

[@bellaswan1099]

Great video. Thanks

[@rainbowjelly2536]

Thanx ... I finally got it... but what is the role of drift current? before biasing

[@mikeeghtebas8231]

Wonderful presentation. Do you have a same style video on anodes? Thank you.

[@kennethmeisner2970]

well done, thanks for apparent explanation

[@VenkiNagaraj]

Very good explanation

[@MaricelaPotoc]

Why did you stop making videos? You are so good! I watched a lot of videos on this topic before I found yours and only you explained it well enough to help me understand. I need a lot of details to get these things and you provided them in one perfect video! I subscribed to your channel because I still hope you will change your mind and publish new videos. Thank you very much for this one :)

[@roboticsresources9680]

superb video

[@tomasmarcos9981]

Very very good, thats the real explanation i was looking for, thank u very much. keep it up.

[@BiplavAdhikary]

awesome video.... helped me a lot

[@AngelaShensplints]

EXCELLENT VIDEO. Thank you for sharing! You have a knack for teaching(:

[@almondjoy186]

Wonderful, you're a golden god my friend. And like you said in the description, when trying to learn this concept at first a lot of information online goes into too much detail for the beginner level. You're video was very helpful :thumbs_up:

[@ayhamsaffar8407]

This video was great and has just helped me alot with my semiconducting thermocouple extended essay. Thanks man

[@matteoborghesi2785]

just great, i got it finally..thanks!

[@Nahtlos3]

good explanation, thanks!

[@tengisdashmunkh1787]

Thank you!! The readings provided in my class for solar cells didn't have this explanation, and I was frustrated.

[@balbin23]

There is a mistake at 7:56. - "Electrons are attracted to masvie number of holes in depletion region". Holes are charge carriers but depletion region is region without any charge carriers and we hav =e in depletion region only positive ions and negative ions.

[@GregorysMode]

Superb and very helpful thank you

[@hasanyahya9171]

As a beginner, this video is really useful for me. Thank you to author

[@m_surgeon4628]

thx for this video like your job ...a beautiful teacher...

[@markpitters7405]

Gongrantulation!!!At last someone mention the neutreal state and the atomic mass.Very helpfull video...and sory about my english

[@silablago7781]

Hey, thanks a lot! Ive learned from you a very useful thing!

[@Plastik13]

Thanks for the video. In a normal circuit with a direct current, the current is going only on one way. So, in that kind of circuit, what is the advantage of a diode, if the electrons go just one way anyway ?

[@kissu236]

nice concept.. tq

[@hiteshjasrotia3987]

thanks to the creator of this video ... really helpful for me

[@marwans4018]

So the positve thermal of the battery give holes And the negative thermal of the battery give electrons ?So when we reverse bias the electrons of the junction come to the positive thermal of the battery and the negative thermal of the battery make holes of the p type junction come to it Is that correct ?

[@hasanyahya9171]

Base on the explanation of this video means that a hole keep moving in a single doping crystal. Is this true ? Thank

[@pahanillangasinghe5005]

very usefull.Thnks!

[@compassionabhishek]

very nice

[@Nnhi66666]

Thanks!!!

[@siphowmahlangu1198]

Dope !!

[@kajal3467]

Thank you

[@wa9kzy326]

This is good.

[@azizulhasanturzo5926]

it was really helpfull thanks man .....

[@mikeearls126]

I am really enjoying this but I don't get why when you put the Negative terminal to the N type side, the electrons are not repelled. And how can there be a massive amount of holes in the depletion region? the depletion means there are no charge carriers of either type in there...is it be cause the hole diode is being flooded from left by more holes?

[@ashivramkalawon3903]

What will happen to the holes if subjected to magnetic field

[@abdullahbabakir1148]

Niceeee explination, thx🙂️

[@antoniosapostolakis7266]

Great video, thanks! One question, why to use a semiconductor and not a conductor in first place? Is it about price, or there is a physical reason there?

[@MrSmoothvideos]

Three years later and here is your answer! Semi-conductors are not used as wires. They are not as conductive as convential conductors, such as metals, and also far more expensive to scale to the length of wire you would need. But, they have different extremely useful properties that are used to perform many other electronic tasks. In this video, he explains how a PN junction can function as an electrical component called a diode, which is an electronic device that only lets current flow in one direction. This alone is an extensively in electronic circuits. As mentioned in the video, you can now turn AC power into DC power. Whereas a conductor, such as wire, will always just let current flow in both directions. A diode can also be used in electrical protection circuits. For example, if you connected a battery the wrong way round to a device, a diode could be used to make sure only that only when the battery is wired the correct way round that current can flow. Therefore protecting your circuit. PN junctions can also be used to create light emitting diodes (LEDs) which is a light emitting device, which produces light far more efficiently than simply heating up a conductor until it glows does. Most importantly, using PNP or NPN junctions, you can also form transistors, which are electronically controlled switches and can also act as amplifiers. Transistors are the basis of every electronic device in modern day. Your phone, computer, calculator uses millions if not billions of transistors to perform logical operations. And each transistor, is built up of a structure of differently doped semi-conductors. Hope this explains the difference and importance of semi-conductors compared to regular conductors! In essence, one is for moving electricity around, and the other, is used to carry out useful operations. A semi-conductor can function as very bad and very expensive conductor, but a conductor can not do what a semi-conductor does.

[@idilunlu5577]

God bless you.

[@morteza24]

Thanks❤

[@Denis-np3mn]

Nice

[@joharinawaldeck1092]

To whom it may concern We are developing an online programme for the South African Department of Higher Education and would like to include your video in the unit on Electronics. Please also indicate if all your videos will have the same permissions. In order to assist learners who do not have regular access, all the media will be loaded onto a learning management system for download to a device. I would, therefore, like to request permission to download your video from KZbin to include on the LMS. We will provide full attribution to the video with whatever details you require. I look forward to hearing from you. Many thanks,

[@ArjunNaidu05]

Hello! I'm working on solar panels for my school project. I need a bit of help understanding a few things. I'd be very grateful if you could help me! thanks!

[@Peace-qx9pc]

Why did you stop uploading videos? :(

[@sirtimatbob]

That was a very well made video. Thank you for teaching.

[@bamshadeepthapqliya8094]

i dont think holes are massless. Do you?

[@anushkajaiswal7661]

❤️

[@NukeTheEyes]

Intro sound🤘🤘🤘🤘🤘😂

[@cdubcdub2160]

I thought I had an undasting I'm a novice but not anymore thanks