if you were not in the picture the letters and numbers would be larger and easier seen Even in full screen to small to read so almost useless no matter how good you explain the circuit Not complaining It is simply the truth !
Hello, I would like to thank for all of these videos ! I often come on your channel to see your videos and each time i'm impressed ! Do you have some books to recommand me in order to learn more in electronics ?
Thank you very much! This video was very descriptive about how and why the circuit works the way it does and possible aberrations (not something I come across in standard books or basic articles). Quick question: if I'm not wrong, I could add a matched emitter resistance across both sides (for 1:1 current mirror) and reduce the early effect deviations right? Might have a penalty on energy efficiency I guess.
Hey, just a constructive feedback here. There's no need for the face camera to occupy so much space on the screen. If the board could be enlarged instead, it'd be much easier to read. Great content!
Easily the very best explanation of current mirrors out there. Thank you!
You saved me. Wishing you good things. Thank you.
if you were not in the picture the letters and numbers would be larger and easier seen Even in full screen to small to read so almost useless no matter how good you explain the circuit Not complaining It is simply the truth !
This lecture helped me a lot.
Thanks for teaching.
Thanks. I am glad the lecture helped you!
You just enlightened my analysis :) Thank you so much
Hello, I would like to thank for all of these videos ! I often come on your channel to see your videos and each time i'm impressed ! Do you have some books to recommand me in order to learn more in electronics ?
Thank you very much! This video was very descriptive about how and why the circuit works the way it does and possible aberrations (not something I come across in standard books or basic articles).
Quick question: if I'm not wrong, I could add a matched emitter resistance across both sides (for 1:1 current mirror) and reduce the early effect deviations right? Might have a penalty on energy efficiency I guess.
My first current mirror introduced me to thermal runaway.
Amazing! Very helpful.
WoW... That eccentric accent is awesome... May i know what it is?.... Great lecture.. !!
Hey, just a constructive feedback here. There's no need for the face camera to occupy so much space on the screen. If the board could be enlarged instead, it'd be much easier to read. Great content!
thanks for lecture. can you make lecture on bjt amplifiers,?
Thanks. I am glad you liked the lecture. If you go to the playlists for the channel you can see the lectures on BJT amplifiers
thanks. can you share your mail or contact, i have doubts regarding some topics.
THANK YOU!!!!!!!! sooooo muchhhhhh.
thnx... so helpful! plz do more like this video
Do both transistor have same Beta(current gain) values
yes, Q1 and Q2 are identical in all aspects
great lecture
Thank you
im confused isnt Ic=BIb.....how did u get Ic/B
Watch your video on several devices. The hand drawn txt is impossible to read. It is best described as micro type.