Multiplexer Explained | Implementation of Boolean function using Multiplexer

[@ALLABOUTELECTRONICS]

For more videos related to Digital Electronics, check this playlist: bit.ly/31gBwMa

[@xyz2915]

Came here to say a BIG THANK YOU for such amazing lectures. Previously I was scared of this subject, didn't perform well in college midsems. But then followed your channel for my endsems and I could solve the whole paper. Thanks a lot sir 🙏🏻

[@qwertyztrewq4190]

Thank you for explaining so elaborately along with examples and clean circuit diagrams!

[@HetSheth-q7w]

Thanks a lot! Your material is so good that I can learn from it even though I am studying in a US university! Keep making such good content!

[@hey__AJ]

You know what this is the best video to cover multiplexer from the syallabus such a amazing skills of teaching and material thank you so much for relaxing my mind by such easy explanation 🙏🙏🙏🙏🙏

[@arnab94mallick]

Another level of explanation, excellent and touches all aspects of the topic.

[@princesoni7241]

Sir please do you your background fully dark . Because it helps viewers to see for long time and will not cause stress on eyes .

[@optimistprime21]

Such an enlightening video… Thanks so much!

[@kunjalvara6113]

Your way of explaination is very nice

[@voscapattern]

tons of thanks sir...

[@poojashah6183]

Explanation is awesome👌🏻👌🏻

[@Retinal]

God bless Indians for carrying my academic career

[@r.prabhakaraarjun6796]

Thx for the beautiful explanation sir.....the concept was made crystal clear...

[@Pushpa-o5t]

Thankyou so much sir... Your lectures helped me a lot.. 🙂

[@Mrinaalsingh284]

This channel is gem💎.

[@EnockMulundu]

This good,iam from Zambia

[@InfoPanel7902]

Thank you for this nice explanation

[@khoicanduc7601]

interesting. you make things become easy. Thank you for saving me a life

[@mjoh090]

Excellent explanation! Thank you.

[@Lack_Of_Enemies]

I wish you taught ECE in my college

[@pranavsrinivasan4993]

Thank you so much, great explanations and presenation

[@b.mardonov]

thanks bro you saved our lives

[@ShivanshRanjan-ty4mq]

Thank you so much!!!! Edit: Thank you for all the likes

[@sabbirhossan3499]

Bro there is only 2 likes

[@ShivanshRanjan-ty4mq]

@@sabbirhossan3499 no only one

[@Arya-lj9hp]

No its 3 now

[@krrishkumar5417]

amazing work brother....god bless you

[@shilpapatel793]

Very nice 👌👌👌👌

[@AJ-et3vf]

awesome video! Thank you!

[@zen_139]

Thank You so much for the great content :)

[@jokolayeemmanuel4349]

Great video so explanatory 😊

[@wyatteyler6508]

Thanx you!!!!!!!!!!!!🥰🥰❤❤❤❤❤❤❤❤❤

[@dhirajkumarsharma4808]

Amazing explanation

[@shubhamjoshi9624]

Excellent Video.

[@bikashprasad1317]

Thanku sir . Very helpful❤

[@syedzameerbashas4217]

Upload videos on Demux,encoder ,decoder

[@rammohankola1380]

12:43 can we use encircle method for solving

[@extramail1775]

Sir apko naman 🙏🏻🙏🏻

[@Cm-zc2zx]

Thank you so muchh sir ❤️❤️❤️❤️🤞

[@christiancomire1138]

how do you do the last example, if the selectors are BCD, cause it would be different right?

[@ALLABOUTELECTRONICS]

Yes, it is different. Of course, you can make a table and find the relevant inputs. But it won't be convenient. Because, now your minterms in the table are not in a sequence. For example, for BCD = 0, you are grouping minterm m0 and m8. Likewise, for BCD = 001, in the table, two minterms will be m1 and m9. So, of course, you can make such groups, and find the value of each pin in terms of variable A. But it won't be a straight forward. I hope, it will clear your doubt.

[@kingofkingss]

Can you post videos for such as tttl totempole and ecl and all those

[@mayurshah9131]

JUST SUPERB

[@Barman1904]

Loved it ❤❤❤❤

[@gameplay-ld6ch]

Thank you a lot 🙏

[@rithiksaviog21ec18]

are data lines and selection lines the same thing?

[@ALLABOUTELECTRONICS]

Data lines are the input lines, where we apply the input. Selection lines, select the specific input. And that input appears at the output. For example, in 4 *1 MUX, if selection inputs are 00, then first input will appear at the output. I hope, it will clear your doubt.

[@rithiksaviog21ec18]

@@ALLABOUTELECTRONICS Yes sir Clearly understood thank you.

[@arkodasgupta0412]

is it compulsary to starting numbering the selection lines S0, S1, S2.. from right to left ?

[@ALLABOUTELECTRONICS]

No it is not compulsory. But when you have multiple lines, and when you write the truth table for the selection inputs then S2 represents the MSB, an S0 represents the LSB. So, naturally when we label these lines in the multiplexer diagram, then we used to represent them in the same order.

[@arkodasgupta0412]

@@ALLABOUTELECTRONICS ok sir understood thank you

[@EasyEnglishkhalidmohammed]

dle te bxom you are the best

[@mohamed__swidan]

You are amazing

[@syedzameerbashas4217]

ADC,DAC videos also needed

[@ALLABOUTELECTRONICS]

There is a seperate playlist on ADC and DAC. Here is the link : kzbin.info/aero/PLwjK_iyK4LLCnW-df-_53d-6yYrGb9zZc

[@PriyanjaliMishra-bx4kz]

Thank you!!

[@noureddine1687]

thank you thank you thank you

[@shihabkhan7183]

Thank you so much

[@pianointhedark5928]

What if selection pins B and C are connected...??

[@ALLABOUTELECTRONICS]

Hi, would you please mention where you are referring ? Do you mean, while implementing any Boolean Function, if two selection lines are connected together (S1 and S0) then how the circuit will behave ? Well, if that is the case, then instead of all 8 different input combinations, we can get only 4 input combinations.

[@Kush17Soni-sg6zu]

Your dialog box coming in between so can not understand

[@ALLABOUTELECTRONICS]

You can turn off the subtitles in the video settings.

[@islemkerbouche9939]

i didn't understande how did u complete the truth table of MUX 2x1 pls anyhelp guys??

[@shantolegendyt]

very nice

[@isharajput9991]

Sir how can we find the value of F in table

[@ALLABOUTELECTRONICS]

Typically, while solving such questions, the Boolean expression of the function F will be given. And from the Boolean expression, you will get to know that, for what minterms, the function F is equal to 1.

[@zaibi012]

1.If possible explain how the output F came in last two tables.

[@ALLABOUTELECTRONICS]

I think, you are talking about the implementation of Boolean function using the multiplexer. In that, we have assumed that we have some function F, which is 1 for the specific input combination. And the corresponding truth table is represented. Here function arbitrarily chose.

[@kuchv6564]

1456 input then what select line

[@palashbanerjee4903]

For min term 1,4,5,6. The select lines will remain A,B and C but the inputs will change. D1 D4 D5 and D6 will be 1 while D0 D2 D3 D7 will be 0

[@isharajput9991]

​@@palashbanerjee4903 how can we find the output (.F)

[@arielvaldman]

much appreciated! thank you brother!

[@joshikaBhupur]

Pls share notes of it

[@sapir3xl497]

Mantap nee

[@RibiRos]

8:49

[@anirbanroy4050]

Tye implementation of Boolena functions you taught us wrong

[@ALLABOUTELECTRONICS]

I would suggest you to implement the functions using the method taught in the video and verify it with simulation if you want. You can also check that by hand also. How you come to that conclusion?? Would please mention that .

[@anirbanroy4050]

@ALLABOUTELECTRONICS yes sure... I'm following a bookish method named digital ckts and design by S salivahaban and co... Using the method justified over there ... The results are completely different from yours

[@ALLABOUTELECTRONICS]

@@anirbanroy4050 That’s why told you to simulate the final circuit. You would get the same result as shown in truth table in the video. the different way of implementation would because of how the A B and C are assigned to selection lines and inputs.

[@indianparthiv523]

13:11 daggara unna

[@turkish_in_amharic.]

your pronunciation is terrible

[@dattdude6077]

I couldn’t understand a word he said 🤷‍♂️

[@arkodasgupta0412]

then either you don't know english or you are dumb

[@ahmadjaradat3011]

Thank you for explaining so elaborately along with examples and clean circuit diagrams!

[@mayurshah9131]

JUST SUPERB