Sir you are the best teacher on youtube. I was struggling with this concept for so long, watched so many videos, wish had come across your's earlier. Subscribed, thank you so much, may God bless you. Lots of Love from Pakistan.
U r the besatttttttttttt....love you sirrr😘😘😘😘😘😘😘😘one of the toughest concepts..u dealt it lyk a piece of cake.....more power to u sir...god bless u😄😄 nd ur loved ones
sir before seeing this I have watched 5 more video but I didn't understand but u r the best ............I understood concept very nice ……...thank u sir
sir there are some cofusion which i would like you should clear 1. collector current is majorly (99%) due to the movement of electrons if you are taking npn transistor but you have explained it in terms of holes which i think is not correct 2. in the output characteristics, you have simply repeated the reverse biasing concept of diode and hence drawn the graph which requires different explanations due to two reason- a) output current is very high and it is due to movement of electron thats why it is in mA but you explained it in microAmpere because you stick to only to holes(minority carrier) b) if it is so then what is the role of electron?? please clear the above doubts
1 collector is reverse biased so current will be due to minority carriers, since it is an n-p-n transistor holes will be the minority carriers at collector
But sir how can we have only 3 holes in B and have more no. of holes in C at 21:00 because B is p type SC so it will have a large no of holes as compared to C.
Thank you sir 👍.this is best lecture I never had before. Please try to make some more tutorial videos on elctronics subject. I have subscribed ur channel. Hope u will do it tq.
Sir thank you for your help. We don't use electrons from collector. if we make CB JUNCTION forward bias and EB JUNCTION forward bias what will happen........... Emitter electron goes to base and collector electron goes where?
How i/p characteristics will be effected on changing the value of Vce(i.e., from maximum value of Vce and decrease to lower value) Plz explain this by plotting in graph
Because current in the forward bias is due to the majority charge carier(Base- Emitter) and current in the reverse bias or collector side is due to the minority charge carrier.
In Reverse Biasing P is connected with -ve and N is connected with +ve terminals of battery, but here Collector and Emitter both are N type of Semiconductors, then how they are in Reverse Biasing. Anyone please answer
@@RahulPal-mz4oj base emitter junction is always forward biased and collector emitter junction is always reverse biased in a typical common emitter transistor. Biasing occurs in the junctions(depletion regions) not in emitter, collector or base
Watch Playlist on Transistor:
ua-cam.com/play/PLWPirh4EWFpE5fXDJjM_G-TtVcxGb9-RB.html&si=oATsfe29kiE_eiRG
Sir you are the best teacher on youtube. I was struggling with this concept for so long, watched so many videos, wish had come across your's earlier.
Subscribed, thank you so much, may God bless you.
Lots of Love from Pakistan.
I will talk to Imran.
This kind of passion is in very short supply....the world needs more of real teachers like you sir....i really appreciate you..
sometimes we accidentally find things we have been searching for thanks again and again
Wonderful Sir. I was struggling in this topic from so long.
You made it clear. Hats off to you sir. You are very inspirational.
U are a god oml
Never seen such a teaching before. Thank u.
Experience has made you far better than most teachers.
Sir u r genius I was very confused abt this topic now it is crystal clear
U r the besatttttttttttt....love you sirrr😘😘😘😘😘😘😘😘one of the toughest concepts..u dealt it lyk a piece of cake.....more power to u sir...god bless u😄😄 nd ur loved ones
Best physic teacher on utube
Crystal clear explanation,we need this type of classes for the students 😍
We desperately need teachers like you sir..thank u so much.
Thank you sir
Sir, you're like a god to me....
Thanks a load....👍👍
Sir you are the best. no is like you.always enjoyed your teaching.
sir before seeing this I have watched 5 more video but I didn't understand but u r the best ............I understood concept very nice ……...thank u sir
Your lecture is too good sir
You are the best lecturer in youtube
sir there are some cofusion which i would like you should clear
1. collector current is majorly (99%) due to the movement of electrons if you are taking npn transistor but you have explained it in terms of holes which i think is not correct
2. in the output characteristics, you have simply repeated the reverse biasing concept of diode and hence drawn the graph which requires different explanations due to two reason-
a) output current is very high and it is due to movement of electron thats why it is in mA but you explained it in microAmpere because you stick to only to holes(minority carrier)
b) if it is so then what is the role of electron??
please clear the above doubts
1 collector is reverse biased so current will be due to minority carriers, since it is an n-p-n transistor holes will be the minority carriers at collector
He is no more
He is making things very complicated...
Thankyou sir you are the best🙏😃
Sir you are genius
I was getting trouble a lot with this concept
But you have explained very easily
Thank you
You teach very good Sir. Thanks a lot for your lectures. It made the concept very clear to me. Thanks again Sir.
Great to see you after a long time sir
he was the teacher I fell in love with physics in my 12 th. Now in Bsc I m here gaain to eatch his videos
Dude he is no more.....
what an explanation 👏👍👏❤❤
I have doubt why we have to keep output constant. After watching this video I understood. Thank you sir
I was much worried about this part but now i know it. Thank u so much sir.
Sir you explain very well 😊😊
Precise teaching 👍👍
sir i love ur teaching and u are so much experience
Best teaching sir thank you....
Very well explained.
No words to say about u sir. I like ur teaching sir
Very well explained.Thanks a lot for this video
Pradeep sir you helped me with my engineering doubts also
Excellent lecture Sir. Regards
Worth watching!! Thank you soo much sir..
Sir mind blowing teaching ..😍
But sir how can we have only 3 holes in B and have more no. of holes in C at 21:00 because B is p type SC so it will have a large no of holes as compared to C.
Simply the best.
Thank you, sir!!!
bhaut. bhadiya sir ,😀😀😀😀😀
Excellent explanations
Great lecture
excellent explanation!
better than the other videos but still i have some doubts
Current Ib ki value micro mai hogi ya milli mai
Love you sir!!
Very good explanation sir thank you very much
Thank you sir 👍.this is best lecture I never had before. Please try to make some more tutorial videos on elctronics subject. I have subscribed ur channel. Hope u will do it tq.
Very nice explanation
Sir thank you for your help.
We don't use electrons from collector.
if we make CB JUNCTION forward bias and EB JUNCTION forward bias what will happen...........
Emitter electron goes to base and collector electron goes where?
Best vedio to understand CE transistor characteristics
How many of you are from out of India , like will count you...
Thank u sir 🙂
Why any further increase in Vb don't increase Ic as holes speed will increase
Yes it will
Maximum IC is VCC/RC so..
How i/p characteristics will be effected on changing the value of Vce(i.e., from maximum value of Vce and decrease to lower value) Plz explain this by plotting in graph
Legend of Physics
Nice tie!!
how can i get the rest video after transistor sm1 pls share.......
Great lecture sir....
Thank you Sir.
sir why we use microammeter in forward bising in transister in place of milliammeter
plz tell anyone if known its answer
Because current in the forward bias is due to the majority charge carier(Base- Emitter) and current in the reverse bias or collector side is due to the minority charge carrier.
Its coz "base" current is small
Because microammeter does not measure current
Best teacher
emitter collector should be reverse biased in block diagram......I think....
see care full it is connected to be reverse
Bhai shi to h
thnq its very usefull
Great video
sir ib ki value increase Karna se holes ki value kyo increase hot h please gives my answer
In Reverse Biasing P is connected with -ve and N is connected with +ve terminals of battery, but here Collector and Emitter both are N type of Semiconductors, then how they are in Reverse Biasing. Anyone please answer
Can we maintain vce as 0v
great lecture sir
sir
what will be effect on base current on increasing collector battery voltage
No change in base current if VCC increase.
Very nice video
thanks a lot
Thank you so much sir it's so amazing 👌👌😀😀😀😀 keep making more pls
How emitter collector junction is getting reverse biased ??
Emitter should be forward biased and collector should be reverse biased not the 'junction'
@@RahulPal-mz4oj base emitter junction is always forward biased and collector emitter junction is always reverse biased in a typical common emitter transistor. Biasing occurs in the junctions(depletion regions) not in emitter, collector or base
Quick revision video
Help me a lot in my EASA
As alwayz 🖤🖤🖤
Sir elaborate ur explanation it's better to understand sir plzzz.....
Good lecture
Thanks sir
Why there is. No zener. Breakdown
can i get number of this sir... he teaches awesone
13:10-My God!few kiloohm!forward resisitance value!Sorry sir,may be mistake.
🙏
Nice
Most difficult concept I have ever learner
wow
🌹
love uuuuuuuuuuuuuu sir
please gives my answer
RIP SIR
Is he died
@@ahmadsaid5845 yes bro ...