As long as these videos are available on KZread, VLSI engineers don't have to worry about anything...♥️⤴️

Pure genius and an absolute masterclass from the "God of Electronics". His way of building up the things along with why they are needed before telling that this is what we called as '---'(e.g MOSFET) is brilliant and creates enthusiasm in the person watching the video. He should deserve a prize for his way of teaching!!. Keep it up sir, you are doing a great job!!!. Love from India.

@bisnashah

Жыл бұрын

Whoopto

Almost any one-" I don't care why MOSFET got that shape" Prof. Razavi-" let me tell you why" Jokes apart, Huge respect for your efforts sir 🙏

We need Electronics 2 set of lectures from Prof. Razavi. We love your lectures professor.

He really played with semiconductor physics..Amazing Professor.

Thank you so much! Explained with perfection. Told every necessary detail. Now I want to learn it unlike in university where our professors teach us like we know everything already. I can't thank you enough!!

many years studying electronics and this is the first time to have a clear understanding of "how and why mosfet is shaped like this"

Thank you, B. Razavi Sir, finally we get blessed to enjoy your lectures. And to learn from your lectures.

Thank you very much Mr. Razavi for this amazing explanation!!!. Saludos desde Puebla, México.

Engaging, informative, easy to understand and thought provoking…Never ever came accross such style of lecturing before….always thought of seeing you since Engineering days Prof. Razavi….your books are very popular among Engineering students community in India…..I am currently revisiting your RF Microelectronics text book’s 2nd edition…..thanks a lot for your contribution to the electronics World and for uploading these youtube videos….can’t thank enough to the uploader….Masterpiece!

the best lecturer. as my age is lesser than his experience you earned my respect mr razavi one word i want to say to you the best faculty i've ever seen in this generation.

Finally I begin to understand, thank you so much.

Really, Genius, Thank you sir for providing conceptual videos

Brilliant video! Very intuitive explanation!

I learned new idea of learning from You much thankful respected sir

love ur lecture and the way of teaching thnk u soo much sir...

respected sir your are a wonderfull teacher a watched your all lectures sir i request to you that plz upload transistor as an ampifier lectures

Thank u sir ...............got a new way of understanding mosfet...........

sir please upload electronics 2 lecture .we love your lecture ,it is super ,most of my confusion get clear by your videos .sir please upload as soon as possible thanks so much sir

thank you for ur work sir.. have a great day

What a lecture! Thank you Sir

Excellent lecture!

please upload electronics 2 lectures..these ones are great =D

@manishkumar-we2gt

6 жыл бұрын

what is electronics 2 lectures

Amazing, again.

Fantastic!! One question: why does increasing VG bring more electrons into the channel?

thank you so much !

thankyou so much Sir, you are great

You are a GOD...

Easy to understand, thank you sir.

What a lecture !

King of analog cmos design Love from kashmir

amazing video

خیلی عالی بود ...

if charge goes away from one type of material to other,then only ions will form.but here holes are move away from ptype material itself.then how ion will form here?

we cannot get electronics lecture 2,I have emailed him regarding that but he said he never got a chance to produce them

Absolutely amazing , how simple he describe the MOSFET working principle.

@amitbar6610

2 жыл бұрын

🙏

Comprehensive and informative.

simply genius...

Very Good Lecture

I went through transistor lectures first in this Electronics 1 lecture series. Views decreased as the transistor lectures went by. Lec 28 is the last lecture on transistors. Suddenly in the middle of the lecture series, this Lec 29 has much higher views than Lec 28. It feels like new students have joined us like in real life in a university class 😄😄

This man made me interested to learn holy

bro if you have the lectures for Electronics 2 then can you please upload them? thanks in advance :)

Thank you sir

Hello prof razavi I have a question please is there a standard certificate of electronic circuit design only not related to any college and if it existed is there an online test for it

Mind blowing

at 29:42 he compared B to source but that would mean source is at lower potential than drain ,also in next video we heavily use the term Vgs and say its V gate source,can someone tell how if sir have already said mosfet are symmetric,shouldn't its be V gate substrate?

His Highness Professor Behzad Razavi !

عم رزافي, واحشني يا جدع 😍

What's the title of the music in the intro? :)

Lovee you❤❤❤

love you sir

Where is 90 sec quiz which is mentioned at the start?

Very interesting

amazing

@Long Kong can you upload Circuit Theory I & II Please

nice lectures

Where are the 90 second quizzes?

Thankyou sir

Better than the Idi ot s at UTEP

people who disliked this video don't deserve education!

i did not understand why source and drain are highly doped n type materials. if it is for making good contact between metals and material then my question is in case of PMOS we use P+ type materials for source and drain. I want to know the noble cause for using them ?/ What i thought is depending on the channel source and drain are doped with corresponding materials for the smooth flow of charge carriers is that correct or any answer?

@dheerajkulal3598

5 жыл бұрын

Yea UA right.....the thing is highly doped in the sense...would create more free charges ...electrons for n+ and holes for p+ thus making a better channel to be formed btw source and drain.. :)

@Pomodoropratik

4 жыл бұрын

The contact is so small and we want to flow high(relative) current through the source so we need to put either a wide connection to the source and drain or we can make a higher dopping

Why is a p substrate being used? N type will have more of free electrons. Wouldn't it be better for forming a electron channel?

@paragjyotinath

4 жыл бұрын

This is a way to control the flow of electrons using Voltage at Cap

in 52 .50 we assume that vd>vs; and vs is ground. what if vs > vd and vd is grounded.is the result would be current will flow from drain to source like pmos. can anyone explain this

@armature6675

2 жыл бұрын

For a textbook-use MOS, I think the answer would be YES! After all, Observation 2 at the bottem right of the previous page says this device is SYMMETRIC.

Thanks

Charge Density is eventually defined in Lecture 30, MOS Characteristics I, at 32:30 - a bit late in the day for the present lecture.

What kind of whiteboard is he using? I've never seen that before.

@lalitbisht4779

2 жыл бұрын

it is a touch screen display

Is there any particular reason to NOT draw a dependent source as a diamond? I have always drawn it that way, and it doesn't seem any more awkward than drawing a circle.

This starting music has a separate fan base

This is kind of classes is the reason why I don't like our University Teachers and curriculam. All that is important in our curriculam is completing syllabus in light speed, give assigments and take exams, and grades that you will get only memorising with out deep understanding.

God of Electronics

Sir why we use p type substrate

@paragjyotinath

4 жыл бұрын

Mohit Bansal there’s no restriction. We can use ntype also. Just channels will be formed by holes.

from where the free electron come?

@paragjyotinath

4 жыл бұрын

These are not free e s exactly. These are minority carrier present in ptype semi conductor accumulated at the cap plate due to inversion forming a channel

42:00

17:50 It does not follow from Charge increasing that Charge Density increases. If the volume/area/length of the distribution of the Charge also increases then the Charge Density could remain the same or even diminish. Charge Density isn't defined, so that's very unhelpful. Wasted a lot of time trying to figure out what was going on.

@rohanmanuel1815

10 ай бұрын

But the volume, area and length are constant. Free electron density increases in the are between source and drain because that's the point where we apply Vg. Charge density is the number of charged per unit volume. Basically, in the channel connecting S and D, more free elections gather this reducing resistance of the channel which in turn increases current

42:20

15:40

I can't figure out why there are so many Indians in the comment section.