Hi sir, thank you very much for the lectures. I find them amusing. But since I'm from only basic electrical background - motors, and basic CMOS/bjt logic circuits/amplifiers. I find few of these to be very new. Any books you could recommend me? Another question I have is, in a resistor the charge carriers reach a drift velocity vd on an average on the application of an electric field. And this vd is directly proportional to the field. But is this rise from 0 average veloctiy to vd instantaneous, or does it take time. If so, what happens during this transient time? The same question I would like to know in view of changing electric field as well, since drift velocity is also supposed to change with it.
Capacitors don't support conduction current. They always support displacement current. In abnormal cases of breakdown of a medium, charges can get ripped off and scurry towards the other plate. So, is it that example shot noise @0:40 due to such unpredictable conduction?
Capacitors don't support conduction current. They always support displacement current. In abnormal cases of breakdown of a medium, charges can get ripped off and scurry towards the other plate. Just saying...
Ali Hajimiri thank u professor for your kind reply. I was excited to listen the lectures. I found it very interesting. after all I will try to understand in spite of its being unclear sound. thank u again for ur afford to upload the videos. we expect more lectures on this topics as well as others.
Have you considered a wireless headset with a mic? The acoustics in your room are so bright as to make your presentation difficult to understand. Good luck!
you are the best professor! please upload the next level up of advanced analog design when its available. thank you!
Great instructor ! Well explained !
Hi sir, thank you very much for the lectures. I find them amusing. But since I'm from only basic electrical background - motors, and basic CMOS/bjt logic circuits/amplifiers. I find few of these to be very new. Any books you could recommend me?
Another question I have is, in a resistor the charge carriers reach a drift velocity vd on an average on the application of an electric field. And this vd is directly proportional to the field. But is this rise from 0 average veloctiy to vd instantaneous, or does it take time. If so, what happens during this transient time? The same question I would like to know in view of changing electric field as well, since drift velocity is also supposed to change with it.
Capacitors don't support conduction current. They always support displacement current. In abnormal cases of breakdown of a medium, charges can get ripped off and scurry towards the other plate.
So, is it that example shot noise @0:40 due to such unpredictable conduction?
@0:40 is referring too a vacuum tube or any device where shot noise occurs.
Capacitors don't support conduction current. They always support displacement current. In abnormal cases of breakdown of a medium, charges can get ripped off and scurry towards the other plate.
Just saying...
capacitors have leads.. Also insulators aren't always perfect insulators. Just saying...
the sound quality is so bad.
These videos were recorded in 2010 with a camera microphone. There is no better quality sound available. We are open to your constructive suggestions.
Ali Hajimiri thank u professor for your kind reply. I was excited to listen the lectures. I found it very interesting. after all I will try to understand in spite of its being unclear sound. thank u again for ur afford to upload the videos. we expect more lectures on this topics as well as others.
Have you considered a wireless headset with a mic? The acoustics in your room are so bright as to make your presentation difficult to understand. Good luck!
This is what we have done with the EE044 lectures (the lectures starting with 0). Next time EE114 is offered we will definitely do that. Thanks.