174N. Shot noise, burst noise, flicker(1/f) noise, avalanche noise

Analog Circuit Design (New 2019)
Professor Ali Hajimiri
California Institute of Technology (Caltech)
chic.caltech.edu/hajimiri/
© Copyright, Ali Hajimiri

[@stomp1691]

Such a brilliant lecture. I am studying electrical engineering and sadly our lecturers barely brush the surface of these topics. Having a deeper understanding of what is going on makes design work so much simpler. Thank you for sharing!

[@gustavofoss2280]

good teching is directly related to the analogies that can be demonstrated in a tangible way and not too abstract. Great class!

[@sahiltomar2018]

What an amazing professor

[@sahiltomar2018]

U changed my perspective completely

[@parpsou]

Excellent Professor

[@kevhead8914]

0:00 - 15:00 Shot Noise 15:12 Burst Noise 20:00 Flicker Noise 36:20 Avalanche Noise

[@user-fx5hm5ij6z]

wow！ You have solved the queation that confuses me confuses a long time! Wish you keep yourself heathy at the flu spread in your country

[@ahmednagi7074]

great explanation, thanks alot

[@cooverguy]

Hi Professor, thank you very much for your in-depth lecture about different noise sources and the physics behind them. It's very intuitive and super useful! I have a question about the derivation of the noise power density of burst noise based on its autocorrelation function (shown at the time of 20:40). My interpretation is that the noise power density is a Fourier transform of the autocorrelation function and the denominator of the noise power density seems to be sqrt(1+(tau*w)^2) rather than 1+(tau*w)^2. Could you help clarify? Thank you!

[@kebatekmusic2705]

wow very nice cours, I want more ;)

[@ahsaangulhassan9973]

Excellence elaboration

[@OhansaKoreanAcademy]

Explain possible causes for shot noise. Sir answer please🙏