Logic Circuit Design From Boolean Expression Using NAND Gates | Question 1 | Digital Electronics

[@avinashsingh6192]

Voice is like sachin tendulkar

[@cheemsdoge2185]

🙂

[@ashvideoer]

Lol

[@-ec-Naresh]

Time god he is not teaching about cricket

[@rajeshb4436]

It's true 😅

[@sumankalyanmete5075]

😂😂😂😂😂😂

[@minamow718]

thnak you!! this vid helps me to finish my assignment

[@TheLostPig]

Exactly what I was looking for. Thank you

[@rishiraj-lz2mq]

A very easy and nice way to explain a confusing topic😅 thank u bro ❤

[@rohanpreetsinghkalsi4431]

Thnkuu sir very helpful i've watched many videos on u tube but none of them were as helpful as ur videos. Ur video cleared my all doubts😁

[@ENGINEERINGTUTORIAL2468]

Thank you for your valuable feedback.

[@black_J77]

thanks from sri lanka ❤

[@sarveshghildiyal9365]

Thanks a lot mate, for giving basic idea for solving such kinds of problems.

[@adrmrck13]

sir if the expression can be simplied can we use the simplied expression for the implementation of nand?

[@757raised2]

Thank you for explaining this so concisely.

[@P_cherry24]

Superb teacher

[@kamelfosare1527]

Holy moly good video, It clicked for me now thanks!

[@gauravbhandari9627]

tnx a lot the simple thing is that we have to change the expression (sign) for using the universal gates that's the point I was missing

[@captainteemo7342]

THANK you! Do more videos like this!!

[@idscoolidscool1407]

quick question. i had a [ CbarBbar+Abar+CB ]. should i simplify it first before applying nand gates? If yes, how can i apply nand gates in its simplified form which is, [ Abar + 1 ]?

[@Shubhrodip_Das]

If there is '1' , first you've to write this like (A+A') (you can use different input also ,like B+B') ,then use the process explained in this video.

[@smrutishankar2351]

Bro thanks for sharing the video in details

[@rihamission487]

So, basically, eliminate all the ORs using double complement and De Morgan's Law. Thanks a lot.

[@naeggy]

ughhh why did it come to my mind right after giving away my exam

[@SenuriThathsara-u1e]

Well explained ❤🎉

[@Chrisymcmb]

Best explanation on this, thanks!

[@Arigatohk-mj2bq]

Amazing explanation. I hope your channel grows very fast.

[@ENGINEERINGTUTORIAL2468]

Thank you.

[@ibrahimferoz1449]

Thanks from ❤️ agr utube na hota tou kia hota ....😭

[@academia3303]

excellemt

[@hariharan-yi8tf]

Thanx bro👍 u made it simple and clear.

[@holilhaqalim3904]

Thank you, keep spirit for sharing.

[@ravisudheerkanuri1159]

Thanks Bro... It's helped me A lot...

[@sayanhalder8260]

Sir this type of questions comes in engineering question papers nah? For digital logic paper

[@williamdahl2749]

A level revision, thank you:)

[@chandru4794]

Very easy to understand thanks a lot sir!!

[@ejohns6206]

Great explanation! Thanks!

[@genmckenna3718]

excellent

[@dnyaneshwarichatarkar6446]

Thanks 😊

[@infuze6647]

excellent explanation sir :)

[@devipriya7246]

Thank you sir.

[@hankparsons5674]

Thank u very much sir

[@rolln1157]

thanks sir❣

[@kingstylegamerz4158]

Good morning,I am student of BCA 1st year,I am sorry for saying that,this term I didn't understand seriously... Please can be explained simply....

[@johnreskusich2324]

Thank you.

[@mangosushii_.]

thank you !

[@alllaaaannnn8997]

thank you, sir!

[@radhikasingh5000]

thanku

[@I_st..st..stutter]

Thanks bro

[@P_cherry24]

Thank u so much

[@vidushimirihana2804]

thank you

[@suryanarayansurya2721]

Using nor gate how to get AB+BC bar

[@car833]

Thanku sir

[@whoamisecurity9586]

I don't understand how to cancel bars

[@girliz17]

[[[X+Y]'+Z]'+Y]' Sir can u solve this

[@hirthicks921]

🙏🏻

[@hke7715]

I can only the (thisssssssssssss) sound 🔊

[@hke7715]

Hear sound

[@khayinphiawungshi3155]

Why double compliment??? Why not single compliment?

[@murphysun4087]

Because when we complement it twice, the function stays the same.

[@cagryavuz5097]

adamsın

[@hke7715]

Respected sir, Please record the video in clear voice 😏

[@ashvideoer]

His voice is clear. The hell you talking about

[@nirajchoudhary3730]

Wrong concept

[@shadowgaming4530]

Worst

[@SWETATBEC]

Thank you!

[@nardinomuchongo6080]

Thank you Sir

[@hellmorgan8924]

Thank you sir.

[@NguyễnLong-o1t]

thank you very much

[@KurooNegai]

Thank you so much