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I dont have a material for analog ic design thanks for your vedio

Great lecture Sir

can any one please tell in which lecture number sir explained CURRENT MIRROR topic

thank you sir

Thank you

thank you sir

thank you sir

thank you sir

thank you sir

thank you sir

thank you sir

thank you sir

Hi , i am unable to find the next video of simulation. Please help me to provide complete lectures.

This has helped a lot! Thank you!

one of the best lecture series on rf ic design...thanks sir..now could follow razavi's book!

pls improve audio quality

That really helped ❤. Thank u sir

❤❤

Very good lecture sir

It's current switching I think not steering, correct me if I am wrong, here I am not seeing anything like steer mechanism, I am able to see only switching

That was very helpful, thank you professor.

How you got the DC value at the output as ((Vdd- Vgs))

Can you share this slide sir please?

What about Vbias values??

Nice!!!!

Is pipeline ADC and first order sigma delta ADC the same?

Amazing lecture thank you nithin sir

thanks for the concept

thank you

thank you

thank you

thank you once again

you are a teacher bro thank you

only word i can say is thank you

bro your talking about amplication but bro ya forgot to amplify the audio for this video😂😂

very bad audio

just amazing

Thankyou sir

thank you sir

Thank you for sharing. Was very helpful

sir can you refer any book??is pdf of lecture available ?

In books they give gmvin opp idk why

I don't see the lectures on Homodyne receivers? are there any?

sir how you got worst PM 45 degree and optimumum PM 60 degree? Is it due to step response of second order system such that output should reach steady state value faster or some other concept is involve plz reply.

Awesome explanation Sir.

Thanks alot for the video.

Sir please add lecture 1

amazing simplicity

to derive gain of LNA