Razavi Electronics 1, Lec 35, Common-Source Stage I

Common-Source Topology I (for next series, search for Razavi Electronics 2 or longkong)

[@babyj7195]

And in October 2020 TESLA Announced its first FULLY SELF DRIVING CAR.....this man was a true visionary....Thank you sir

[@yavuzkilic1223]

Really? When in 2020 it was possible to fully self drive with any car even in 2024???

[@assygassy1]

I like how razavi plays sick beats before the vid to wake everyone up

[@r1e2y4]

The beats🎼🎵🎶 get better for electronics 2 lectures. Total ambience ....🎧

[@samuelosagie-aruya923]

Razavi is the G.O.A.T of electronics 1 it made it look so easy.

[@nikhatparvin5893]

True legend of electronics engineering 👍🙏🙏

[@samtiny6332]

u r a great teacher,,, u explain every thing very well from a single point ,,,

[@vanshsharma5221]

You were right . It's 2020 and self driving cars are a thing .

[@ChaojianZhang]

Hey, you from the future.

[@sk10200x]

I owe you too much! Thanks Sir, Pure God.

[@ayushmeena5708]

Your Prediction was right Sir We have Self Driven cars in 2020

[@ag_rfdesigner]

Please upload electronics 2 lectures too if there. Really thankful to you for uploading these ones...

[@OfficialAnarchyz]

Now this guy! My professor uses his CMOS Analog Design textbook as a reference!

[@victrixmortalis7823]

LEGEND OF ELECTRONICS!!!

[@sakethvns]

It is 2020 and the world is standing still waiting for corona to go away

[@shridharambady2069]

It is 2021 and the world is still waiting for corona to go away

[@San-ix7ki]

And its june 2021 still we are waiting

[@gamar1226]

Its 2021 and i still hope college remains close and we do online

[@gamar1226]

@Pooja Agarwal Yea man but I prefer where I live to do school home cus i work remote + we don t do much at labs :( . I also think having pdf with all stuff and not chalk and ability to replay a course is nicer.

[@sumitasahu329]

Thank you so much Sir, your efforts will really a difference!

[@ayshaabdulgani442]

Maasha Allah, checked the speed of the video when Dr. Razavi was drawing the circuits!!

[@budveiser787]

Who wants Razavi sir to be his College electronics teacher??❤❤❤❤

[@koushikmaji7998]

Best way to utilise this covid lockdown!

[@andreneiladalla8159]

Very much appreciated! :)

[@ChaojianZhang]

Auto-Pilot and Self-Driving Cars!

[@prakash1479]

Yes sir ,we have few cars on roads without drivers ...

[@ujjwal874]

Its 2020 and yeah we have self driving cars now.

[@anuragmishra7674]

Very well explained sir! Thanks:)

[@reemalshanbari]

So,, we can say we are on the edge when the difference between the VGS and VDS equal to VTH, am I right?

[@shelmanxu3831]

really appreciate prof. razavi

[@sahhaf1234]

behzad abi noolur bu derslere devam et yahu.. seviyoruz seni.. love from turkey..

[@chinthalaadireddy2165]

Awesome Professor Razavi😍

[@TheHotraymanf]

Please upload electronics 2 lectures. Thank you so much!

[@razzakahmad8731]

55:10 thank u sir

[@jissmonjoseph4733]

superb

[@sadirirfan9008]

Thank you soo much sir, it really helps me a lot... :-)

[@mathewtang777]

@1:00:49 Hello, why do you not provide the Ro (output resistance of MOSFET from lecture 34) in your model? Can its presence be neglected? Thanks EDIT: I guess we are neglecting channel length modulation effect (fine in certain scenarios), which makes that resistance infinite? EDIT 2: OK in lecture 36 there is a statement that channel length modulation constant is 0.

[@sayantanhalder897]

Have you gotten your answer of first question you asked , if yes ,tell me please

[@kawffeee]

still the goat

[@佳期又误]

Regarding drain and source terminals are inter-exchangable, I am confused. Source is connected to the substrate (internally, short in the die) but the drain does not.. how could they be symmetrical?

[@himanshuvyas7485]

please upload electronics 2 lecture

[@thegoldenfish3091]

25:06 yes we did have Self driving cars by 2020.

[@mayankawasthi6839]

where i can get the problem solving strategies video lectures??? p

[@alirezanabipoor2249]

perfect

[@yamengsong]

MOSFETs finally make sense to me😭

[@maggotbrain7499]

Everything makes sense

[@zhichengliang6109]

I am confused about the arrow direction of MOSFET drew. In my textbook and working, the NMOS's arrow direction is point to the gate rather than away from the gate, can anyone help me?

[@learner0000]

let me simplify the things, here just think arrow going "in" is source(pmos) and arrow going "out" is source(nmos), to be more precise these are showing us the directions of the currents in pmos the current is in the direction from source to drain i.e the flow of holes direction and in nmos current direction from drain to source i.e opposite to the electrons

[@anuradhapatil9600]

Is the small signal model of MOSFET valid in the triode region?

[@vprakash2471]

No... He specifically said the small signal model is for saturation region

[@jananethaadda]

No

[@wii_]

2023: Self-driving cars, not with driver capable of sleeping tho. :)

[@siddhikadam4387]

why dint we took output voltage across V(Rl) ?

[@NaaJeevitham500]

As per me, when we draw ac picture, it is eventually across resistor

[@shashankshekhar8186]

Sir is talking about Tesla 🌚

[@Sourav_Soumyajit]

[@AdityaSharma-ew6gt]

14:00

[@stormshadow6395]

13:02

[@alterguy4327]

48:54

[@rithanipriyanka2393]

25:13 it is 2020 and we have tesla and also corona virus :/ prediction , hmm

[@taufeeqkhan2629]

Preparing for gate 😁

[@rithanipriyanka2393]

@@taufeeqkhan2629 what are you currently doing ?

[@taufeeqkhan2629]

@@rithanipriyanka2393 gate 2021

[@rithanipriyanka2393]

Nice . Goodluck and congratulations in advance ! I'm sure you'll get a good grade

[@taufeeqkhan2629]

@@rithanipriyanka2393 but why you watching this lecture. I think you are in college now 😁

[@adrenochromeaddict4232]

25:10 woah