Thank you so much for your videos, they've helped me so much to prepare for my finals! Also, It'd be really nice if you could upload more videos on BJT :)
Hi, I'm a UG EE student, I watched almost all of your semiconductor videos, and they are really helpful. And I'm going to take my final exam next week which involves BJT......Could you please load more videos about it? Otherwise....I have to read those tough papers..
For BJT's there is a PN junction between the base and emitter. The arrow indicates the order of the junction (base to emitter or emitter to base). An NPN has stacked N, P, and N doped channels. The PN junction (between base and emitter) goes from the center out. PNP likewise is the opposite.
Hi, there's something I don't understand. Please could you elaborate on the following point? Isn't current not supposed to flow through the BJT while the base is grounded? I thought that the only way a BJT could conduct current is by applying current to the base while the device is forward biased. However, from what I understood from your explanation, it seems like holes are entering and exiting the device with a grounded base, hence creating a current. I am a bit confused now ^^'
Your videos make semiconductors so much easier to understand- I had never made the connection between the terminal names before!
My professors take hours of lectures and still I am not able to understand. Thank you for making this video and I am grateful to watch it for free
Thank you so much your videos were the only thing that actually made me understand the subject in a clear and easy way!!
Thanks a lot, the perspective of inventing the Bipolar transistor helps me understand the BJT better.
First time to understand the reason behind the existence of BJT thanks sir!
At 3:15 is the Vd in the exponential the voltage applied across diode?
Thank you so much for your videos, they've helped me so much to prepare for my finals!
Also, It'd be really nice if you could upload more videos on BJT :)
Completely agree, this is a glaring omission from my playlist. They are next on my chopping block.
Hi, I'm a UG EE student, I watched almost all of your semiconductor videos, and they are really helpful. And I'm going to take my final exam next week which involves BJT......Could you please load more videos about it? Otherwise....I have to read those tough papers..
D: Sorry I did not get to BJT videos, I hope your exam went well! Their lack is a glaring omission in my playlist, and are next on the chopping block.
How do you draw the arrow in the bjt symbol at last .what does it indicate?
For BJT's there is a PN junction between the base and emitter. The arrow indicates the order of the junction (base to emitter or emitter to base). An NPN has stacked N, P, and N doped channels. The PN junction (between base and emitter) goes from the center out. PNP likewise is the opposite.
Hi, there's something I don't understand. Please could you elaborate on the following point?
Isn't current not supposed to flow through the BJT while the base is grounded? I thought that the only way a BJT could conduct current is by applying current to the base while the device is forward biased. However, from what I understood from your explanation, it seems like holes are entering and exiting the device with a grounded base, hence creating a current.
I am a bit confused now ^^'
The mentioned videos (diff. regions of operations,...) on BJT are not present in the playlist. If they are prepared, kindly include.
They are not as of yet, I will let you know when they are posted.
@@JordanEdmundsEECSThanks.
thank you, from Ariel University
Sir, could you make more videos on BJT?
Yes, I plan on doing more BJT videos (hopefully in the next few weeks!).
Just a bucket full of holes 😁
"Wait for it"...XD
Have you considered working at khan academy
XD That would probably be a fun job. They are more focused on K-12 tho.