for forward bias, if the current flows from the positive terminal to the negative terminal why are the electrons being pulled through the diode from the n side through the p side? When that happens it looks like the current is flowing from negative to positive.
Conventional current flows from positive to negative but current is defined as the opposite direction of electron flow. It is a little confusing, but this is why current is labelled from positive to negative.
You are using both "conventional current" AND "real electron flow" in your explanation/demonstration - thus rendering this video, confusing. You must choose either "conventional current" or "actual current flow" in order to be clearly understood, by most.
Agree. I am an Indian but was born and raised in another country, but the Indian accents still require more effort to understand than most other accents imo.
My man can write faster than the speed of light itself. Well done sir.
Thanks for making this crystal clear. Many instructors are not very good at explaining this.
Most of them.
Very nice.. Explanation in very simple language.
2:47, there is a mistake, but not a big deal
Why say there is a mistake and not explain it? Wtf
@@theall-seeingrinnegan5683 😊
love the accent!! thank you!!
for forward bias, if the current flows from the positive terminal to the negative terminal why are the electrons being pulled through the diode from the n side through the p side? When that happens it looks like the current is flowing from negative to positive.
Dru Lopez right!? THAT’S LITERALLY WHY I LOOKED UP A VIDEO!! to explain that. Still no answer...
Conventional current flows from positive to negative but current is defined as the opposite direction of electron flow. It is a little confusing, but this is why current is labelled from positive to negative.
I thought poaitive to negetive
Best explanation🤗,,,from kenya💕
Glad it was helpful!
Helpful. Thank you from South Africa 🇿🇦 🤙🏼
Glad it was helpful :)
you changed both the battery terminal and junction type in reverse bias ? why
Hi sir... May I know why do the depletion layer gets narrow in forward biased diode ?
The electrons accumulate on the middle.
double like for this amazing explanation
Thank you :D
thanks for the step by step explanation , helped a lot with my assignment!!
Glad it helped!
Very well explained sir.
The Steven He accent, keep my attention through the whole video 😀
silicon diode has 0.7 volt barrier right??
It has only 0.3V barrier, the Germanium has 0.7V
@@arnoldgerarddescartin6706 wrong, 0.3 for germanium
I love your explanation sir. Thanks
You are most welcome
Thank you very much. I've been struggling to understand this. But bcuz of this video I understand very clearly. Thank you 👍
Glad it helped!
I understand you very well keep it up
Thank you, I will
JAM jamjamjamjam. so cute! excellent explanation btw, thx
Glad you liked it!
Great explaining, Nice teaching man.
Glad it was helpful!
Beautiful video I was confused until I watched this 😂
Glad it was helpful :D
super clss😊
Great explanation!
Thanks!
Thank you ❤️
You’re welcome 😊
Thank you so much!
Thank u sir
slides have a lot of illustration error
thank u
*According to what is told, forward bias is reverse charge movement in diode circuit.*
*Current consists of negative charges.*
You are using both "conventional current" AND "real electron flow" in your explanation/demonstration - thus rendering this video, confusing. You must choose either "conventional current" or "actual current flow" in order to be clearly understood, by most.
Atlast not an Indian video
do u have problems with indians?
I think he meant finally an english speaker and not hindi.
Agree. I am an Indian but was born and raised in another country, but the Indian accents still require more effort to understand than most other accents imo.
True, i mean not to be racist but Indian Accent is difficult to comprehend. This Singaporean guy is somehow understandable.
@@winchivaree140 Malaysian, not Singaporean 😂
SUPER
This is such a great explanation! Thanks sir!!
Glad it was helpful!
Create some circuits! Locate androidcircuitsolver on google
I don't understand 😮😮😮
꓄ꁝꋬꋊꀘ ꌦꄲ꒤❤
U r voice is 🤭😂😂
It's not a very informative video...it's a lit bit confusing
ok?
You're making it sound confusing which isn't the case.