@garrettscott9427
9/10 for quality content. Subtracted 1 point since this was released during finals week and not before.
@AdrianGonzalez777
I wanted to see how the toasted bread came out of the toaster
@saidfarid6382
Hello Professor Thank you so much for your interesting lessons and excellent explanation, i do appreciate your job. I wish you peace and happiness under the sky of prosperity. All the best . Take care and have a good time.
@silverspin
Congrats on 100k Subscribers <3
@Buzzhumma
Well explained bro! 👍🏻
@koalajazz5337
Why does the diode work normally while in forward bias. Should the heavy doping affect the barrier potential?
@CarsSimplified
Good stuff, and great editing!
@jesalkotak5595
Why the breakdown is not a permanent damage to the device and the diode can be used again in the reversed condition? Btw Very nicely explained through animations.
@tengisdashmunkh1787
How does a higher doping concentration reduce the width of the depletion region? And why would a thinner depletion region have more intense electric field?
@xinlee6772
Great content
@shaus81
The scene from Braveheart where Mel Gibson is holding back the warriors before attack. This is what I imagine is actually happening in a Zener diode. There's a little speck of Mel in there.
@dingski_diy
hi, nice tut, can i use zener diode to clamp the voltage output to 5.1v 50ma from a 72v input?
@SanjayKumar8483tan
I liked it !!
@mohamedabdalla7547
so great
@ayankereyev7501
Nice
@kartiknagrale1479
Can you please make a video on photodiode?
@sdomermpc1
Animation .put some animation , we want to see it's working. Put oscilloscope on the screen to show how voltage changes for different voltage and current , ac, dc. input to output
@rodun
there is a 1/50 like/view ratio because when everyone watches these 50 times they can only like it once
@astrokayjarvis1388
Still waiting for the ending pop up
@CircuitBread