4 : 1 Multiplexer Combinational Logic Circuit | Boolean Algebra & Logic Gates

[@SimpleSnippets]

Guys if you want more such tech educational videos please subscribe to this channel as it helps me create more Tech content for you. Peace ✌

[@kingofelectronics7417]

Thanks dude you explained much better than than my teacher 😊😊

[@SimpleSnippets]

Most welcome buddy. I'm glad you liked this video. Please do share the videos with your friends 😊🤟

[@detoxmonk]

man this was sooooo confusing but still pausing each time and doing myself while you were explaining made me realise that I was confusing myself.... gr8 explaination dudee

[@imantasvoroncovas1960]

Thank you so much. Saved me so much time. Explanation clear and easy to follow, right to the point. Very well done, keep up the job.

[@SimpleSnippets]

Thank you so much. I'm so glad to hear your positive feedback. Please so share these videos with your friends and contacts. That is the best help and support you can provide for our channel 😇✌

[@DivyaDivya-ie2tu]

I have an exam on this topic tomorrow. Thank you so much for your explanation 😊

[@addankihasith4672]

Really I am soo lucky to find this playlist I am currently following your data structure playlist and I was in search of this kind of explanation, Thank you sooo much for your immeasurable help to us

[@SimpleSnippets]

Welcome aboard! Please support me by sharing the videos and our channel with your friends too. Thats the biggest help and support you can provide 😇

[@akashchoudhary2417]

Keep up the good work bro!

[@kantimahanthijyothsna2055]

Really you are a god for many students... Your patience.. And your subject knowledge outstanding..

[@SimpleSnippets]

Thank you very much Jyothsna, means a lot. Please keep sharing the content 😇

[@AmankumarjhaIIT]

Best channel i have ever been

[@craymoncommunity6211]

Hi Tanmay, Happy to know, you're the only and best Computer Programming KZbinr in India. Great Going. Keep up the good work. Thanks. Abhishek Verma

[@SimpleSnippets]

+Abhishek Verma thank you so much for the compliment bro. Really means a lot to me 😇 keep sharing the videos with your friends and share the knowledge 😇✌ that will be the most helpful thing to do ✌

[@craymoncommunity6211]

Tanmay are you on Twitter.

[@craymoncommunity6211]

Hi Tanmay, You've made a series on Login Page development. Can you tell me *How to make it safe from Buffer Overflow Hack* Thanks.

[@VivekKumar-ky6tm]

Thanks for wonderful tutorial i followed full playlist on last one is remaining .Learning experience was awesome .

[@SimpleSnippets]

+Vivek Kumar wow Vivek that is so nice to hear from you and the fact that these videos helped you is awesome. Do share the videos with your friends and contacts ✌😇

[@lexuminhnguyen1351]

Great video, clear explaining, very easy to understand

[@HimanshuJoshi-ge5dl]

This is an awesome series but some topics are missing half subtractor and full subtractor and I think more are on the way . thank you for providing a better way of understanding these concepts.

[@RandyTomka]

you should make videos on how to program all these multiplexers, registers, flipflops, decoder, and encoders in VHDL programming so other people would understand it better when it comes to applying all these things.

[@morganbyrd664]

Thanks for the implication, I always struggle on the bigger picture stuff

[@namrataJe]

Hey Simple Snippets..Please can you Add All The Digital Logic design videos ..In One playlist ..It will become more easier ..✌️

[@SimpleSnippets]

I guess they're all in the same playlist

[@yvonnekongla9191]

My teacher made this hard but some Indian dude will just come and make it easy wow 🔥🔥🔥🔥🤜🤛💪💪

[@tharushiprashadini3586]

Well explained supper 👌

[@SimpleSnippets]

Thank you 🙂

[@aaffggttoo]

you are a god this makes so much sense

[@SimpleSnippets]

Thank you so much buddy. I'm glad to hear that this video was helpful to you. Do share the video with your friends and contacts 😇✌️ keep sharing the knowledge 😊

[@patelmaulik8666]

superb bro & thanks

[@SimpleSnippets]

+patel maulik you're welcome buddy. Do share it with your friends and contacts ✌

[@markjohn1700]

Hey bro where's the strobe input🤔

[@srikrishnachainulu1975]

In the video at one place 2 power 2 is updated as Zero Pls correct it

[@cboniefbr]

Good video, bit what is the song in the intro?

[@SimpleSnippets]

+Carlos Bonifacio hey thanks for the positive response buddy. I got the intro video made from a video animation fellow so don't really know much about it. 😅

[@sandeepjha9540]

Why we put only not gate here ?

[@subbulekshmi6424]

Can you feed notes on encoder decoder?? Gud work bro!! Seems easy to grasp.

[@SimpleSnippets]

Notes like theory ? or you want video? video will take up sometime on the above mentioned topics✌

[@subbulekshmi6424]

Simple Snippets theory is all ok dude... It would be btr if u provide notes on code convertors too

[@varungopal8744]

thnx bro

[@SimpleSnippets]

Most welcome bro. I would request you to please share the videos with your friends too ✌️

[@TheJonwashere]

thanks bruuuuur

[@SimpleSnippets]

+Jon Simons you're always welcome 😇

[@sabahatfaria168]

At 1:00 is it 2m or 2^m?

[@SimpleSnippets]

Hey Jumaina, I can't see anywhere where I have written 2m. I think I have written 2n in the description but it is 2^n ✌😅

[@sabahatfaria168]

Yeah my mistake😅 it's n.... jst bcoz of watching at low quality🤣🤣 anyways my doubt cleared thnx😊

[@yudhisthirjingar1251]

Your Work Is Appreciable But "Pls Make Your Video Clear....Replace Black Screen With White Screen ."

[@fatimakhan595]

mujhe isko multisim pr create karna hai in gates ki ic num kya hain kindly batadein

[@sushmanaik2228]

Suppose We will recieve 100 channels in TV at a time having different frequencies we will select one channel among them with TV remote is this an example of multiplexer?? The frequencies which is recieved by settop box/ antenna in serial or parallel??

[@insearchofincredible1899]

Why there is dot at not gate ?!

[@winkinink]

in place of x(dont care cond.), inside the truth table of 4:1 mux, can we also write '0'?

[@mahmutekrem6432]

Implement the given Boolean function F using 4x1 MUX and find the inputs of the MUX. F (x,y,z) = ∑ (0, 1, 3, 4) a. I0, I1, I2, I3 = ( z, 1, 0, z' ) b. I0, I1, I2, I3 = ( 1, z, z', 0 ) c. I0, I1, I2, I3 = ( 1, z', z, z ) d. I0, I1, I2, I3 = (0, z', z, 1 ) e. I0, I1, I2, I3 = ( z', z, z, 0 )

[@subbulekshmi6424]

Flipflops counters shift registers ..... List out those topics too dude...Waiting fa dose stuffs...upload asap....

[@SimpleSnippets]

Yess yess those are going to take some time as im busy with other work. 😇

[@AbdulRauf-vr8cf]

what software are you using to make the video..??

[@SimpleSnippets]

Smoothdraw

[@AbdulRauf-vr8cf]

thanks @@SimpleSnippets

[@bipinghimire5852]

is there no solution of implementation 12:1 multiplexer using NAND gates only?

[@sushmanaik2228]

For 12 :1 mux we need 4 select lines and there will be 16 datalines possible. We can use 12 datalines among them.remaining 4 can be neglected.practically logic gates are implemented using CMOS logic. to make an and gate we need to create nand first and then inverter is added to it. You can use nand but to built and gate you need 2 nand gates,or gate you need 3 nand gates so it becomes complex while drawing logic circuit.

[@theanger5930]

the selectors have value 0 and with not gate change to 1 ? shouldn't they be 1 and with NG go 0???

[@theanger5930]

i mean as he wrote them S0'S1'D0 this is minterm, that said you start with s0 as 1 right and s0' should be 0. And the AND gate is 1 only if 1-1-1 and there you will have at some point 0-0-and smth 3rd for example D3-0-0 at the last AND gate so how will that give back TRUE statement i am confused

[@nooob901]

I'm confused 😞

[@SimpleSnippets]

Why?

[@nooob901]

@@SimpleSnippets your explanation is so great , but the the circuit is confusing 😅

[@nooob901]

@@SimpleSnippets I think if you draw while teaching will be much easier

[@nooob901]

@@SimpleSnippets I saw again and I understood , thanks my legend

[@SimpleSnippets]

Most welcome brother. And yes I think your suggestion is nice ✌️😋 I'll try to do this in future videos ✌️ although I've tried this before but then it sometimes takes more time and videos become longer. I try to make them as short as possible cause then otherwise it'll be boring 😅