What a great presenter! Near perfect structure, not relying heavily on notes, obviously knows the material very well, eye contact, displays obvious logical connections from one concept to the next. Bravo!
This course is phenomenal!!! I tried so hard reading textbooks + watching lectures in my university, but they make electronics seem a billion times harder!!! I can't thank you enough Professor Razavi!!!!
Dear Professor Razavi, Thank you so very much for your great presentation on Miller Theorem!!! You mentioned the floating capacitor between Base & Collector of the transistor introduces a "Zero". There is no resistor between base and GND. Are you referring to esr of that capacitor? Could you please explain that? Best Regards
01:25 - Intro
05:00 - Miller's Theorem
13:17 - Example with Feedback
23:00 - Capacitor in Feedback Loop
27:10 - Miller Effect; Miller Multiplication Factor
34:50 - Caution
37:25 - Parasitic Capacitors; High-Frequency Model of Bipolar Transistors.
What a great presenter! Near perfect structure, not relying heavily on notes, obviously knows the material very well, eye contact, displays obvious logical connections from one concept to the next. Bravo!
Razavi sir lecture is best for electronics to make concept clear.
Abhinav Singh I agree
Absolutely clear, and we all can see his profound knowledge in the subject. His calmness is amazing!
He is one of the leading authorities in RF circuits world.
I've seen "Miller Effect" mentioned in amplifier books, but never explained well. This was a brilliant explanation. Very clear. Thank you.
This course is phenomenal!!! I tried so hard reading textbooks + watching lectures in my university, but they make electronics seem a billion times harder!!!
I can't thank you enough Professor Razavi!!!!
Awesome as always Razavi Sir , The Great Analog Professor 😍
-Is that surprising? Sort of surprising. -Is that useful? Sometimes it is useful. - Can we do it? Yes we can.
Sir salute you from India
Amazing 💯💯💯👌👌👌 very nice explanation 😁
Thank you so much! Great explanations, clear and very useful. Looking forward to seeing more!
Thank you sir, for this very clear and logical explanation
very helpful content thankyou sir
Owssum lecture
Waiting eagerly for circuit theory I & II and the rest of the series.
Why I see you everywhere, LOL
@@felixqi6659 😁where else ?
great miller effect info... oh, was it exciting chasing the fugitive? :)
Greetings!
Why we don't consider Miller effect in Common Gate configuration when we study high frequency response?
CG configuration: Input Source Output : Drain and we dont have any capacitance between Source and Drain that is the reason
Cgd capacitor is grounded in CG configuration.
Dear Professor Razavi, Thank you so very much for your great presentation on Miller Theorem!!! You mentioned the floating capacitor between Base & Collector of the transistor introduces a "Zero". There is no resistor between base and GND. Are you referring to esr of that capacitor? Could you please explain that? Best Regards
It eliminates a zero,doesnt introduce a zero.Theres a pole introduced due to the approxiation
u r great sir
16:39 bilateral vs unilateral amplifiers
What about the remaining videos in this series? Any chance you would upload them soon?
they are already uploaded
31:00
23:32 Enemy --\ \--
his lectures are fine but nowhere near sedra smith ....i suggest all to read sedra smith for more rigourous approach .....
Sedra Smith teaches you Electronics.
But Razavi teaches you to love electronics
@@mrpossible5696 Legend💖💖....Proff Razavi is Gem of his craft