CMOS NAND Gate

[@TutorialsPoint_]

Check out Digital Electronics courses at: bit.ly/3aIM1ur
Use coupon "RUclips12" to get FLAT 12% OFF

[@shivamsoliya6529]

You've explained every logic circuits perfectly.
Heartily grateful to you ma'am.

[@maverick189]

Scoured the whole of YT and still got confused regarding this, yet you explained it so easily so fast ma'am, incredibly simplified and well taught maam

[@subarnamondal3787]

the way u discussed was very nice...understood the entire thing clearly...keep making videos...

[@mdmonazirkhalifa3997]

Thank you ma'am for the simple and good way explanation

[@matthewghere7765]

This channel is goated. You are the reason I am passing my EE classes in undergrad

[@Car-infotech8055]

maam you teach me in very easy way . i watch many video but i understood only through your lecture .

[@shahistaa8723]

ur a great teacher each students dream to have..just by one explanation urs we will understand everything.. 🙏🙏🙏..great guru ur..

[@prohightension2000]

Thank you for making this so easy to understand!! You saved a lot of my time :)

[@jayantmishraES]

Muchas Gracias mi maestra para ayudándome . Que significa mucho para mí

[@harichandanaveerandi1963]

Sister u explanation is gud but if u provide captions it is helpful fr us fr writing notes hope u consider it

[@bonerici]

I had no problem understanding her to be honest

[@uzmasakhiullah3792]

Oooo thank you so much dear mam❤❤i have seeing this before two days of exams ....n i got it 😍😍❤❤once again thank u❤

[@ngarambefrancois5319]

You answering my questions well, thanks

[@n.p.9997]

Great explaination. Thank you mam.

[@shivanisorte7088]

brilliant video ma'am. thank you so much

[@circuitsanalytica4348]

Yes, really nice video, isn't it?

[@bunkey_085]

thanks for this wonderfull explanation

[@vijayvaghela4632]

Very nice explanation mam..
Great
👍👌👍👌👍👌👍👌👍👌

[@kqapex4852]

Our sir sent us back to learn this and come for viva or else he will roast us..after watching your video we got 10/10!!! Superb ma'am ❤️😀😀😀

[@dinijatt5615]

Easy to understand explanation

[@champ4753]

thank you madam😇blessings be on u

[@anime_thrones_endgame]

how i get this full play list..????🙄🙄🙄

[@eddytech2229]

Nice presentation
Clearly explanation
Thank u ❤️❤️

[@circuitsanalytica4348]

Yes really nice video and nice explanation

[@mahmoudalien]

Amazing Video, Thank you

[@pmbolivia5085]

best explication ever....thank u !

[@circuitsanalytica4348]

Yes, really nice video....

[@JASPREETSINGH-dx9ju]

mam you explain very perfect

[@circuitsanalytica4348]

Yes really nice explanation....

[@vanikoduru403]

Very good explanation

[@wil00000]

ótima explicação, obrigado!

[@circuitsanalytica4348]

Can you please repeat in English.....

[@venkatanaveenmorla7513]

Nice explanation Mam thank u very much

[@mdmonazirkhalifa3997]

Ma'am please make a video on 3 inputs NAND AND NOR GATES BY CMOS

[@saicharan3367]

Mam,in c mos nandgate,what is the use of connecting two n mosfets rather than connecting it directly to the ground as that of p mos nandgate.i mean that the use of those two nmosfets has no effect.i.e the output is dependent on pmosfets.

[@vikramsimha70]

Thanks for your class mam

[@yeswantyadav3277]

Excellent Explination mam

[@vanikoduru403]

Easily understandable.....

[@aryandhakad8495]

This video u not put it in playlists,sis

[@wolfzzf]

Very nice tutorial

[@vijayalakshmi9591]

Will u teach NA(network analysis)..

[@danielamare2685]

woow beauty lady your tutor is very nice!! Thank you very much!

[@circuitsanalytica4348]

Really nice video, isn't it?

[@akashjaiswal2693]

Ty madam for explanation

[@remandey4368]

Thank u so much...

[@manishshrestha2539]

Yet we are where we begin...
What's piety and impiety?

[@sanjayss5584]

Your really great mam and thanks mam

[@valliyappans9949]

good and clear explanation.. Thank you mam

[@circuitsanalytica4348]

Yes really nice videos

[@Naveenkumar-he9jk]

Your explanation good madam

[@md.mokshudulmomin2861]

thanks mam

[@GILAD555]

Great explanation!

[@saiabhinpatil2958]

Nice explanation madam

[@vanshverma2647]

OP EXPLANATION👌👌👍

[@Lynxsis]

thanks mate

[@rahulrajalingam8432]

Mam your teach is very good & I have one dout did you explain the ECL in next video

[@circuitsanalytica4348]

Shall I make video on ECL?

[@nazmul817]

MANY MANY THANKS

[@saimanojmanoj8966]

teams.microsoft.com/l/message/19:[e-mail]2/1598413137848?groupId=112929d5-7a03-4aab-897b-8cbc9e4e254f

[@circuitsanalytica4348]

Nice video....

[@reetupoudel4141]

Thank u😊

[@kkrvideos7539]

TQ mam 👍

[@kashan-hussain3948]

Thank you Ms

[@vyankateshdhage8315]

thanks you

[@abhigyandeori9085]

Ma'am please make a tutorial on SRAM

[@circuitsanalytica4348]

Shall I make a video on SRAM?

[@thenewstarshorts52]

Thanks so much mam

[@hamzachaudhary2755]

if we will invert positions of NMOS & PMOS so it will become AND gate? Please help, thanks

[@Joyful470]

I also notice this..

[@circuitsanalytica4348]

No, if you use an inverter at the output it will work as an and gate.

[@chevurubindu1357]

Tq madam 😘

[@hiteshchavda5505]

Powerful lady..

[@rakshithreings7701]

Thank u mam

[@jyothiss7066]

is the connection to ground is necessary for a 0 o/p? ie, if the o/p is neither connected to Vdd nor ground, will it give a 0 o/p?

[@circuitsanalytica4348]

No, output will be at high impedance state. In this case output is either 0 or 1

[@Naveenkumar-he9jk]

Thank you madam

[@increderereddy-md5vv]

Can you Draw a NAND gate using only 3 transistors?

[@N_santosh]

How u drawn the diagram mam

[@notrahul9572]

Op explanation🔥

[@umamaheswari-cr1bp]

2 input nand gate using cmos Ela construct chestaroo cheppandi

[@circuitsanalytica4348]

Can you repeat in english?

[@hiteshchavda5505]

Beautiful..

[@nikhilk31]

thanks

[@vikrantnegi6190]

Mam what is CMOS two four input NAND gate

[@luizferreira3986]

Thank you so much

[@circuitsanalytica4348]

Nice video right....

[@anjumanju9951]

thanks maam

[@sishir_jana]

valo hoeche

[@mahithareddy7874]

can u share and gate and or gate by using cmos

[@circuitsanalytica4348]

I will make a video on and and or gate. Shall I. ? It is very easy, connect a not gate at the output of NAND and nor gate?

[@sazzadulislamshovon4819]

What a explanation

[@MANOJKUMAR-dv1gs]

Nice

[@veerapallirohith8449]

Super madam

[@acem20242]

Nice ma'am

[@435mahendraepparla3]

Subtiles needed mam

[@chandramoulisharma3312]

how can I draw this structure with the help of nand truth table....

[@circuitsanalytica4348]

Realise the circuit using NMOS, then take complement of that network, means if NMOS is a shunt network, PMOS becomes series network and vice versa

[@circuitsanalytica4348]

For a NAND gate, output is 0 if both inputs are high, that means pulldown network should conduct when both inputs are 1.This happens if and only if NMOS transistors are in series. If any one of the inputs is 0, output must be 1. That means PMOS should conduct if any one of the two inputs is 0. That means PMIS are in shunt - just opposite to the NMOS connection

[@CLOKESH-xh5gg]

2-input AND&OR gate explain

[@telugueswaramma3541]

Tanks mem

[@vidhyabhodana954]

The way you explained is good but why cant you draw the circuit while explaining rather drawing it at first

[@saipavithra4630]

Madam can u provide notes

[@justsanaldhings4587]

🔥🔥🔥🔥❤️

[@sarveshsk2315]

Circute😅😅😅😅😀😀😁😁🤣😂

[@buntyGamer101]

Mem hindi ne samja dijiye

[@pawecegieka7790]

NOT HELPFUL

[@soundsoftheworld892]

RIP English

[@MATHEMATICSBYNITianHimanshu]

thanks mam

[@raghuvulli]

thank u very very much mam

[@Ray_yt666]

Thank u so much.

[@MuhammadShahzad-ni1ix]

Nice

[@saikatmondal8704]

Thanks

[@Jatin.Mudgil07]

Thank you mam

[@Shree29k]

Nice

[@panditsasirekha]

Thank you mam

[@circuitsanalytica4348]

Really nice video, isn't it?