L31 | CMOS NAND & NOR Gate | Integrated Circuits (KEC501) | Hindi

[@souravmishra1600]

Sir almost part of IC is being covered and hopefully completed in some days...please give your focus on VLSI technology and optical communication lecture also....thank uh sir 😇😇

[@vaibhavjain3854]

VLSI upto 3 units done already.

[@SATISHkumar-tn5tl]

Excellent 👌👌👌👌

[@designphotoshop6759]

plz make a video on how to solve questions using only NAND gate or NOR gate

[@pranjalsrivastava3951]

Sir please provide video lecture series on digital signal processing

[@vaibhavjain3854]

I have to first complete the ongoing video series...

[@mamoonahmadk1122]

Thanks sir very helpful

[@Motivational.Scene191]

Thank u sir ❤

[@ABHISHEKKUMAR-ry1sk]

sir, I wanted to design a cmos ckt of Z = [(A+B+C)(D+E)](whole bar), So what if I first design Z(bar) = [(A+B+C)(D+E)] and output of Z(bar) is taken as input of a cmos inverter that changes input Z(bar) into Z. Is it right or wrong? SIR, PLEASE ANSWER.

[@vaibhavjain900]

Z bar itself gives you [(A+B+C)(D+E)](whole bar)
If you want to design Z only then You are right. Use Another CMOS inverter with input Zbar

[@ABHISHEKKUMAR-ry1sk]

@@vaibhavjain900 thank you sir

[@ShrutiAgrahari0803]

sir please provide the video lecture of dsp

[@nitindubey9569]

Sir provides vedio lecture on DSP

[@vaibhavjain3854]

nitin, I have taught DSP online. So no videos for that.

[@prernapathak281]

Sir you haven't provided lecture series of Digital signal processing 😢

[@vaibhavjain3854]

I have taught online. No videos

[@prernapathak281]

@@vaibhavjain3854 okay sir ... Unfortunately I missed those but these lectures of VLSI and IC are helping us alot.. thank-you so much for these.. 😊

[@vaibhavjain3854]

@@prernapathak281 thank you. All the best.

[@prernapathak281]

@@vaibhavjain3854 TYSM sir.. 😇

[@easysnapseed2745]

Sir please digital signal processing dal dijiye jan m paper h

[@Unfortunately_better_one]

Sir theory bilkul nhi hai