Razavi Electronics2 Lec19: Miller Effect, High-Frequency Model of Bipolar Transistors

[@coolwinder]

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.

[@Crawpunk]

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!

[@abhinavsingh5873]

Razavi sir lecture is best for electronics to make concept clear.

[@teddy619]

Abhinav Singh I agree

[@kiromaisus]

Absolutely clear, and we all can see his profound knowledge in the subject. His calmness is amazing!

[@musicphilebd9862]

He is one of the leading authorities in RF circuits world.

[@nikoszervo]

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!!!!

[@ayushsharma5640]

Sir salute you from India

[@veys7035]

-Is that surprising? Sort of surprising. -Is that useful? Sometimes it is useful. - Can we do it? Yes we can.

[@chinthalaadireddy2165]

Awesome as always Razavi Sir , The Great Analog Professor 😍

[@frankimhof8124]

Thank you so much! Great explanations, clear and very useful. Looking forward to seeing more!

[@patladada2408]

Amazing 💯💯💯👌👌👌 very nice explanation 😁

[@newibas7166]

Thank you sir, for this very clear and logical explanation

[@dgrtshubham]

Owssum lecture

[@shikharsrivastava8346]

u r great sir

[@qzorn4440]

great miller effect info... oh, was it exciting chasing the fugitive? :)

[@mnada72]

Waiting eagerly for circuit theory I & II and the rest of the series.

[@felixqi6659]

Why I see you everywhere, LOL

[@mnada72]

@@felixqi6659 😁where else ?

[@wordsoccer747]

Greetings!

[@raymonda.koosha5824]

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

[@kkandan9289]

It eliminates a zero,doesnt introduce a zero.Theres a pole introduced due to the approxiation

[@user-vj5wd6wq1v]

Why we don't consider Miller effect in Common Gate configuration when we study high frequency response?

[@ashishpapreja3756]

CG configuration: Input Source Output : Drain and we dont have any capacitance between Source and Drain that is the reason

[@DJTrancenergy]

Cgd capacitor is grounded in CG configuration.

[@HardikJain_YT]

16:39 bilateral vs unilateral amplifiers

[@MegaShaggy94]

What about the remaining videos in this series? Any chance you would upload them soon?

[@UAE1VTC]

they are already uploaded

[@mrpossible5696]

31:00

[@lattehour]

23:32 Enemy --\ \--

[@mr.rachetphilanthrophist601]

his lectures are fine but nowhere near sedra smith ....i suggest all to read sedra smith for more rigourous approach .....

[@mrpossible5696]

Sedra Smith teaches you Electronics. But Razavi teaches you to love electronics

[@AkashG_ti]

@@mrpossible5696 Legend💖💖....Proff Razavi is Gem of his craft