Boolean function implementation using Multiplexer | Using 8X1Mux | using 4X1 | AKTU DSD

#multiplexer
#digitalelectronics
dsd
kec 302
boolean function implementation using 8:1 mux
boolean function implementation using 4:1 mux

[@enjoywithkhyatiandvanshaj3196]

Very well explained dear Hats off u

[@TechnoTutorials2783]

Thanku so much dear

[@vaikh8450]

Truly appreciable, the way of explanation is too good thanks ma'am.

[@TechnoTutorials2783]

Thanks

[@Rblgamer7]

Just Unbelievable explanation, love u 😘😊I Love your explanation😇

[@TechnoTutorials2783]

Thank you so much, keep watching

[@anantsingh3079]

Thank you

[@mrjitankujur44]

Thank you ma'am ❤❤❤❤❤

[@prashant52g76]

👍👍👍👍

[@naveenreddyh4339]

🎉❤

[@raktimagupta9605]

well explained !

[@TechnoTutorials2783]

Thanks

[@assasinator4686]

Thankeew❤❤😊

[@prashant52g76]

❤❤❤❤

[@divyanshutewari5111]

❤❤

[@prashant52g76]

😊😊😊

[@trendingvideos1560]

Good explanation

[@TechnoTutorials2783]

Thanks

[@shaikhazen6654]

Very nice explanation mam

[@TechnoTutorials2783]

Thanks dear

[@superhitashutosh5971]

Kya padhai hai mam yeh topic jabardast ❣️

[@TechnoTutorials2783]

😊

[@saradaprasanna3440]

Thank you mam 🙏🙏🙏🙏☺️☺️☺️

[@TechnoTutorials2783]

Keep watching

[@prashant52g76]

Thanks ma'am ❤❤

[@TechnoTutorials2783]

Most welcome

[@Neerajwalia_ez]

Mam if we choose D or C as input and rest for select lines..will output be different??

[@TechnoTutorials2783]

Yes input function will be in terms of dc

[@rahulbharti7661]

Good afternoon Mam

[@TechnoTutorials2783]

Very good afternoon

[@jhumpadutta2446]

Mam do you have any video of implementation of boolean function using two 4×1 mux and one OR gate??

[@TechnoTutorials2783]

No send me question I will upload

[@jhumpadutta2446]

@@TechnoTutorials2783 Implement the boolean function F=(A, B, C, D) = ∑m (0, 1,3,8,9,15) using two 4×1 MUX and one OR gate.

[@rahulbharti7661]

Mam this semester exam will be objective or theory.??

[@TechnoTutorials2783]

Theory and offline

[@rahulbharti7661]

Ok thanks Mam

[@tahmeenashaikh8831]

Hii mam... Mam at 6:20 pe hame kaise samje ga ki VCC uske saath connect karna hai aur ground dusrebke. Saath plzz reply.......❤

[@TechnoTutorials2783]

Jaha 0 waha ground jaha 1 waha vcc

[@tahmeenashaikh8831]

Thanks mam....for your valuable reply❤️✌️

[@veereshkumasagi3776]

Mam In I not value how come u can take common 1st literal and last literal bcoz already 1st literal A'B' is already used

[@TechnoTutorials2783]

It's I0 basically here we perform OR Operation any literal can be use one or more times as per requirement For example A+A= A Same way A+A+A=A

[@trendingvideos1560]

Which university teach mam

[@TechnoTutorials2783]

Aktu

[@higurudematsu]

My question is "How can I implement Y = AB + CD using 4 to 1 MUX", can anyone please explain how can i do this? since there are no minterms given

[@TechnoTutorials2783]

Minterm for this expression will be 3,7,11,12,13,14,15 Now u can use the implementation table to implement through 4*1 mux

[@higurudematsu]

Thank you so much, my semester final starting from 9 sep so this help means a lot

[@princyrawat8439]

Mam 8×1 mux using two 4×1 mux

[@TechnoTutorials2783]

I will check if uploaded then I will give u link otherwise I will upload a short video In this two 4:1 will be used and one 2:1 at output Selection lines for 4:1 will be s1s0 and for 2:1 ,s2 will be select line

[@TechnoTutorials2783]

kzbin.info7wcSPpQpEQ0?feature=share

[@princyrawat8439]

Thanks mam😊

[@simplifiedart2705]

Mam y not 00 01 11 10

[@TechnoTutorials2783]

It's multiplexer not kmap Ucan take 00 01 11 10 as well then counting sequence will be different But in every standard book they follow 00 01 10 11

[@simplifiedart2705]

@@TechnoTutorials2783 okay mam thank u in our recommended Donald D Givone text book the mux is written in 00 01 11 10 so i asked

[@TechnoTutorials2783]

@@simplifiedart2705 ok That is also correct I will also refer this book

[@simplifiedart2705]

@@TechnoTutorials2783 yah mam sure tq for replying we have exam tmrw

[@TechnoTutorials2783]

@@simplifiedart2705 all the best for exam Which college or university