The timestamps for the different topics covered in the video: 0:54 Types of material: Conductor, Insulator and Semiconductor 2:29 Basics of Semiconductor and the concept of holes and electrons in the semiconductor 6:06 Intrinsic and Extrinsic Semiconductor 7:00 p-type and n-type semiconductor
a huge thanks to you what i have suffered to find someone who could explain me this concept of energy band and doping clearly i'm telling ya your explanation is a pedagogical masterpiece. Thank you so much
Please kindly mentaion in a sequence manner in Play list bcz it is very difficult to find what is the next video after watching one video.i suggest to mention like number 1 2 etc
Its really helpful for my exams of electronics iam in 11th but love to know someone explain this kind of things on internet ❤ " KNOWLEDGE IS THE KEY " where you get go there ,anywhere and everywhere .❤❤❤❤
Bro,, I searched so many videos and PDFs to understand electronics, but I didn't, iam lucky to find your channel, it is very helpful, thanking you brother, please do videos on SCR. 🙂
Sir g thnks alot......keep it up for more topics on semiconductors physics....bcz i m preparing jam exam with the help of our lectures .....plz hurry up
great applause .it is very clear and easy to understand . subscriber is add.continue doing videos soon u guys will reach 1M follower .congrats and thnx for sharing this knowledge
Sir could you list the semiconductor material which works in low temperature region s such as polar regions . And how electronics devices work in polar regions because si and ge range doest match .iam obsessed with this doubt sir
Thank you sir, Sir,Does ions helps in conductivity or it is neutral?when two charges combine together will it form an ion(acceptor ion formed due to hole in p type filled with electron)?
Actually.....The ions r fixed in the valence shell(as they r involved in bonding)...So they only produce an electric field for the charge carriers to move... Hope this answer helps....😃
Nice explanation. But in diagrams of P and N-type blocks displayed in the rare end of the video should have little corrections in N-type No of electrons should be equal to a sum no. of hole and no. of immobile positive ions.
Apart from free electrons which is generated because of the pentavalent atoms, there will be thermally generated minority holes at the room temperature. At room temperature, because of thermal energy, some of the covalent bonds in the atom may get broken and because of that electron hole pair will get generated. So, the holes created in this way are minority holes. I hope, it will clear your doubt.
Why does conductivity depend only on electrons in conductors but in semiconductors depends on holes and electrons? bcoz even in conductors when electrons will leave its position a hole would be created as in semiconductors??
sir, I'm having following doubts, please do clarify. 1.how much charge an hole have? 2. how come an hole can move as being in covalent bond? 3.why can't electron and hole can move without external filed( external voltage source), as per coulombs principle ( charges have force on each other)? 4. what is the difference between electron and anion & hole and cation( interns of charge and behavior and all. )
The timestamps for the different topics covered in the video:
0:54 Types of material: Conductor, Insulator and Semiconductor
2:29 Basics of Semiconductor and the concept of holes and electrons in the semiconductor
6:06 Intrinsic and Extrinsic Semiconductor
7:00 p-type and n-type semiconductor
Basic electronics
Mo
Is there a pdf file for this series sir ?
👌🏻✋👍🏻
thanks so much you covered this topic in 10minutes
The thing I couldn't understand in a two hour lecture he made me fit it in brain in just 2 minutes
a huge thanks to you
what i have suffered to find someone who could explain me this concept of energy band and doping clearly
i'm telling ya your explanation is a pedagogical masterpiece. Thank you so much
it sure is. i understood every part
Pronounciation is just superb .and whatever you have explained is just awesome. Thak you sir....
better than university teachers
Your instructions are great. thanks for it 😊
Simply awesome & easy to understand..Thanks a lot
Yes. Really awesome explanation
Please kindly mentaion in a sequence manner in Play list bcz it is very difficult to find what is the next video after watching one video.i suggest to mention like number 1 2 etc
Huge amout of data in a small amount of time.. brilliance ❤
Its really helpful for my exams of electronics iam in 11th but love to know someone explain this kind of things on internet ❤ " KNOWLEDGE IS THE KEY " where you get go there ,anywhere and everywhere .❤❤❤❤
Wow excellent bro..✌ I'm0 from the biology background still feels this is easly diagestable.
Utmost thanks sir ,for the crystal clear explanation 😇
thank you so much for this clarifying explanation
Thanku sir your videos are short and easy to understand the whole concept.
great really best 10 mins i invested in anything
Bro,, I searched so many videos and PDFs to understand electronics, but I didn't, iam lucky to find your channel, it is very helpful, thanking you brother, please do videos on SCR. 🙂
Sir g thnks alot......keep it up for more topics on semiconductors physics....bcz i m preparing jam exam with the help of our lectures .....plz hurry up
A great video
It hellped me alot and i finally got it thank you soo much for explaining clearly
-Your new subscriber
Thank you sir , understood the concepts really well
Most good explanation
I was searching like this
Wow excellent and concise explanation. Easy to understand
Very quick and to the point video
Truly super explanation sir.. Thank you Sir
Very helpful video..excellent demonstration
Thank you very much Sir
Thank you sir very nice gide & very nice best explain intrinsic and extrinsic semiconductor teaching video.👍
Thank for the video sir such a clear explaination. It is helping me in final exams once again thakyou sirr 👌👌👌😄
great applause .it is very clear and easy to understand . subscriber is add.continue doing videos soon u guys will reach 1M follower .congrats and thnx for sharing this knowledge
You are a gem my dear!
Very nice job, many thanks😍😍
NICE EXPLANATION 100% UNDERSTOOD. thank you
when you realise everything he's saying is notable !!!!😂
Where r u from ? 🤣
You're right
Bro I wrote a whole assignment from the closed captions of this
Bro it takes more than 45 minutes to watch his 10-15 minutes video
@@zarlish1341 Holy EaRtH 🌍!
Thanku sir.......! God bless uu... ❤❤
Very good way of teaching
It is good to hear this topics
Well explained... In less time 👍🙌
Very very very good 👍 explanation 😊
Thank you sir❤❤❤very very helpful
May God bless you with all the wealth and health and happiness king❤❤❤❤🎉🎉🎉🎉🎉🎉❤❤❤❤❤❤❤😢😊😊😊
Hello
@@ArbabullahArbabullah hello
Sir could you list the semiconductor material which works in low temperature region s such as polar regions . And how electronics devices work in polar regions because si and ge range doest match .iam obsessed with this doubt sir
what is the specific function of junction diode? please explain it
Looking forward to the PN junction. Have you done one on sheet resistance?
9:05 why is acceptor ion indicated with -ve sign when it is electron deficient ?
What a stretch from beginners to pro
4:02 do we find free electrons at room temperature in Si ?
Yes, there will be some free electrons in Si. But compared to conductors, it will be much less.
Super class sir it help me to understand the concept in short time
Can you say the engineering syllabus
Excellent teaching 💪
Yes great bro it helped me a lot to Ace in my class
thanks keep clearing our concept
It was very helpful .
10: 5 in n type hole is attracted toward negative and electron toward positive same as ptype
Best explanation ❤ 10:30
Thank you sir,
Sir,Does ions helps in conductivity or it is neutral?when two charges combine together will it form an ion(acceptor ion formed due to hole in p type filled with electron)?
Actually.....The ions r fixed in the valence shell(as they r involved in bonding)...So they only produce an electric field for the charge carriers to move...
Hope this answer helps....😃
@@raghavendranileha1059 thank you
best video ever seen.. thanks 😊
Verry happy .......sir...
Very useful..for short revision of the topic..
Nice explanation. But in diagrams of P and N-type blocks displayed in the rare end of the video should have little corrections in N-type No of electrons should be equal to a sum no. of hole and no. of immobile positive ions.
Wow nice explainnation sir
Grate video.but,can u please explain this by using V.B and C.B?
It Is a brilliant explanation I loved it sir and i understand clearly about it s thank you so much ☺️☺️☺️
Best explanationever
Awesome sir...thanks a lot sir...It was very easy to understand & amazing explanation sir.
Awesome explanation..
Your awesome thank you soo much for educating me,, 🙏😎😎😎😉
Was great to see it.. Thankyou so much 😊
Thank you sir ...
It helped me a lot
clear explanation ....
Very good explaination
Wow bro very useful
Amazingly explained
It is really helpful 😃
Awesome explanation 👍👍👍
thankyou soo much
At 9:16 how does n-type semiconductor have minority holes and from where exactly?
Apart from free electrons which is generated because of the pentavalent atoms, there will be thermally generated minority holes at the room temperature. At room temperature, because of thermal energy, some of the covalent bonds in the atom may get broken and because of that electron hole pair will get generated. So, the holes created in this way are minority holes. I hope, it will clear your doubt.
Thank you sir very helpful
amazing explanation thank you
Very good and nice Vedio I understand very well tqqqqq
Sir , why p and n type semiconductors are electrically neutral?
Thank you sir , understood!
Thanks bro..
Superb video on this topic
u r rocking bro
Thank you sir very helpful 🙏🏻
Superb sir 💕💕🙏
You have done great explanation sir.a small suggestion your explanation is very fast.
Super sir really 👌👌👌😘😘😘
am very interesting for this presentation
Amazing explanation!
Looks like we are about to learn about BJT and FETs. Bring it on Boss.
Good explanation.
Why does conductivity depend only on electrons in conductors but in semiconductors depends on holes and electrons? bcoz even in conductors when electrons will leave its position a hole would be created as in semiconductors??
Nice explaintion ...
sir make a video on analog communication .
plz sir my exam will start at april 2019
thank you sir , clea rexplanation
very good explanation in the description box as well. Can we get the slides used in the video?
For notes, you can visit www.allaboutelectronics.org
More topics will be updated there soon.
good job
sir, I'm having following doubts, please do clarify.
1.how much charge an hole have?
2. how come an hole can move as being in covalent bond?
3.why can't electron and hole can move without external filed( external voltage source), as per coulombs principle ( charges have force on each other)?
4. what is the difference between electron and anion & hole and cation( interns of charge and behavior and all. )
The hole possess +1.6*10^-19 C just opposite to the charge of an electron
GREAT VEDIO SIR
Amazing 😍
Excellent