Timestamps: 0:00 Introduction 2:00 Construction of 2 and 3 Variable K-map 5:16 Mapping of Boolean Function on K-map 6:50 2-Variable K-map (Boolean Function Minimization) 11:20 3-Variable K-map (Boolean Function Minimization)
For the one making this video you just never know how much this help to us and people on earth. thank you so much you help many..... for suggestion there should be an set of rules given first for grouping ones before going to example.
YOU ARE better than my teacher :) , from saudi arabia thanks too much i finally understand this chapter , and i love you because you are smart and you put all possibilities that make every thing clear 😊😊😊
Thank you so much for such a great explanation ❤❤❤ Most of the other videos just gloss over the theory and basic concept and just do questions and that too without properly explaining how they got the answer.😞
15.30 in k map the reason y we r not forming vertical group because it's a RPI Redundant prime implicants each min term of that implicants is covered by EPI
great video! I have one question. In the last example, you used the two squares, but could i take also the first square and the group of two 1 to the right? thanks.
The thing is, the grouping should in the power of 2. And the cells should also be adjacent. (only adjacent cells can be grouped). For more info about the grouping rules, I have made a dedicated short video. Here is the link: th-cam.com/video/A_LFVBWYZME/w-d-xo.htmlsi=41qQC2EsI_CXa_bF
@@swapnalishapradhan1391 In standard form, each product term does not contain all the variables of the function. While in canonical SOP form, each product term contains all the variables of the function. For more information, please check this video: th-cam.com/video/YmKmS9bpMqM/w-d-xo.html And if you still have any doubt then let me know here.
Generally, if you have been given the Boolean expression, then it mentions the no. of variables in the function. e.g F (A, B, C, D) = A' B' C + ACD' + ABC' So, from that, you can know the number of variables in the function. If you have been given a direct K-map, then from that also, you can find out the no. of variables in the k-map. ( from 2- variable, 3- variable or 4 - variable k-map) I hope, it will clear your doubt.
@harshsachdeva8641 That I understood, but my question was that minterms (0,2) is present in 2-variable k-map as well. So if I make 2 variable k-map and add '1' in cell number '0' and '2', will it still be the right way to solve it.?
no it will have different result if we consider (0,2) in 2 variable k map the result will be (B) but as you saw in three variable k map the result was (A',C') because when we pair 2 1s we will lose one variable so in three k map result will be 2 variable and in two k map result will be 1 variable so its different after all @@krishnaramparia6223
It is redundant group. That means even without covering that group also, we are able to cover all the 1s in the K-map. So, there is no need to consider that group. The thing is, we need to cover all the 1s in the K-map by making minimum number of groups.
I am not sure in the video, where you are referring (timestamp). But it seems at 15:15. I have already explained just after that. We need to cover all the 1s in the K-map by making the minimum number of group. If you still have any doubt then let me know here.
@@ALLABOUTELECTRONICS yes actually I got that later..sorry for the confusion. Btw thank you for these videos, you just saved my semester and now I am getting good cgpa because of your videos❤❤❤
There is rule for creating K map which says we have to group as maximum as pair (here group of 4 instead of 2). If we take only one pair and one squad you can find the equation becomes larger, which is not desired
Sir why we use gray code, what's the use of it , This was asked in an interview, and the interviewer wants me to answer this in terms of real use case, not the theory, sir can u pls answer this
I have already explained the importance and the application of the Gray code in one of the videos. For more information, you can watch this video. th-cam.com/video/MsMkiTcc_w0/w-d-xo.html
Timestamps:
0:00 Introduction
2:00 Construction of 2 and 3 Variable K-map
5:16 Mapping of Boolean Function on K-map
6:50 2-Variable K-map (Boolean Function Minimization)
11:20 3-Variable K-map (Boolean Function Minimization)
Thanks for saving my 3rd sem🙏
Makaut?
Wah bhai 3 months pahle ye sab kar liya 😀😀😀😀
@@ankit80354 tumhare tarah brilliant kaha ban paye?😅
Isc me hai ye
Same bro
Impressive !!! Thanks for making K-Map very easy to comprehend. Those watching this before Computer Science exams please gather here.
Thank you for explaining this topic you are the only one who took time to explain how to write the expression properly.
For the one making this video you just never know how much this help to us and people on earth. thank you so much you help many..... for suggestion there should be an set of rules given first for grouping ones before going to example.
This is the most easiest and clear explanation you could get on karnaugh maps in the entire internet
YOU ARE better than my teacher :) , from saudi arabia thanks too much i finally understand this chapter , and i love you because you are smart and you put all possibilities that make every thing clear 😊😊😊
same here
من الجامعة الإسلامية بالمدينة المنورة؟😅 أنا طالب كذلك في كلية الحاسب الآلي
Salute to the efforts you put in explaining the concepts soo thoroughly that everything became easy to understand👍🏻
bc bhai tu ye sab college se pehle padhke aaya tha?
I literally cleared my DLD paper with the help of you thank you very much
Thanks a lot sir❤best channel for electronics.
This is the best K-map video. So much easier way explained Thank you so much.
Outstanding work! I had to review it and you made it so clear and with many useful examples. This is amazing work!
love uuuu sirrrrrr, u saved me . Thx very much 😭😭😭😭😭😭😭😭😭🙏🙏🙏🙏🙏🙏
This is the best video I have seen on k-map.... I can see your hard work.... thankyou ✨
UR EXPLAINATIONS ARE TOO GOOD, THANK YOU
Kaffi channel dekhe abhi tak par samjh yhi si aaya
Thank you sir
Thank you so much for such a great explanation ❤❤❤
Most of the other videos just gloss over the theory and basic concept and just do questions and that too without properly explaining how they got the answer.😞
This is the only legitimate tutorial on K-maps
Thank you ❤ I'll share this video for my class group
This is the best example. Thank you sir, omega good job!
Thank you so much. You teach very clearly. Very useful. Helpful.❤
This is so good ...wish I found this playlist earlier
Moral is, we should try to cover all one's using bigger and less number of groups in K-MAP
Want to ace Electronics , then must binge your channel.
Thank you for this fantabulous tutorial.
this is amazing bro , you made my day
Can never find an American or something for these kinds of videos
i appreciate your multi types of examples thank you very much!!!!!!!!!!!!!!!!
Please save my 1st sem🙏
Great explanation Man ❤❤🎉🎉
Best teacher😎😄
I found this channel very helpful to me!
Thank you soooo much Sir!!!!!!
I understand this whole topic now
Everything clear ❤
I love this and I watched the full video and thanks for clearing my concepts
wow great explanation
thank you so much for clearing all of my doubts so well
15.30 in k map the reason y we r not forming vertical group because it's a RPI Redundant prime implicants
each min term of that implicants is covered by EPI
what if we take
Very good and thorough video, Thank you sir
It's really helpful 👍. Thanks so much😊
perfectly explained, thank you 🙏
Thank you very much....
It helped me a lot..... 💛🙏🙏
GOD BLESS INDIA
best explaination ever
all set sir ,,thank you for this great lecture
Thank you soo much this was really helpful
Thanks amazing sir ❤ pura samajh me aaya
At 4:00 there is a mistake. In K-map for 001 there is a missing B cap.
I saw that too
You are the best man
Wow😮 save my second midsem 😂
Thanks Sir 😘
Thank you so much sir 🙏
Thank you so much sir 😊😊😊
Thank you for the lecture 🙂
Excellent explanation sir. Thanks
Thanku for saving my 1st sem 😭
The best explanation 👌
great video! I have one question. In the last example, you used the two squares, but could i take also the first square and the group of two 1 to the right?
thanks.
The thing is, the grouping should in the power of 2. And the cells should also be adjacent. (only adjacent cells can be grouped).
For more info about the grouping rules, I have made a dedicated short video. Here is the link:
th-cam.com/video/A_LFVBWYZME/w-d-xo.htmlsi=41qQC2EsI_CXa_bF
Ty so much sir i understood in one strech ❤❤
12:30 👈. Good explanation
Kon kon bechara first year Mai parh Raha hai 2024 new editional syllabus of federal 😢
Excellent explanation bro🎉
Why do we need to group implicants in the power of 2 in a Karnaugh map?
`you saved my semester final
Thanks for your efforts
At 4:00 there's a little mistake, the m1 should be ~A ~B C
(A dash B dash C)
Yes, correct.
Nice explaintion 👌👍👌👍
Can you tell me how are you make videos ?🙏🙏🙏🙏
Thank you, finally understood
Idol gusto ko tung content mo.♥️
Very well explained sir
will result be wrong if gray code is not used for table formation?
Understood 🙂↔️
Thank you sir🥰
Maja aaya 😂😂❤
thank you very much sir!
Very useful video.
Can we make in last problem we can make 4 member grid and 2 member grid
Then it will become B'+BC'
If you see B' + BC' then once again using the distributive law, it can be simplified to (B' + B) (B' + C') = B' + C'
crrt
Could you please explain about quality factor and its derivation
It has been already covered earlier. Please check the network analysis playlist. And please check the videos on series and parallel resonance.
@@ALLABOUTELECTRONICS what is the difference between standard form of sop and canonical form??
@@swapnalishapradhan1391 In standard form, each product term does not contain all the variables of the function. While in canonical SOP form, each product term contains all the variables of the function.
For more information, please check this video:
th-cam.com/video/YmKmS9bpMqM/w-d-xo.html
And if you still have any doubt then let me know here.
@@ALLABOUTELECTRONICS so minterms and maxterm are considered when in canonical form?? Is it right?
@@swapnalishapradhan1391 he literally told you exactly that.
Nice explanation
Hi sir.... you mentioned wrong in 3 variable k-map minterm in 1 A'BC instead of A'B'C...... If i wrong please explain me.
Yes, by mistake I forgot it.
Thank you so much!
Thank you so much 💞
In 22:37 why we take 3 groups? You have already coverd 1as group of 4.
There are only two groups. ( The group of four 1s)
How to identify the number of variables as you have taught in the examples
Generally, if you have been given the Boolean expression, then it mentions the no. of variables in the function. e.g F (A, B, C, D) = A' B' C + ACD' + ABC'
So, from that, you can know the number of variables in the function. If you have been given a direct K-map, then from that also, you can find out the no. of variables in the k-map. ( from 2- variable, 3- variable or 4 - variable k-map)
I hope, it will clear your doubt.
20:41 C also not changing so answer will be A' C'
This was awesome
Thankyou✨
Thanks bosss❤
What about 4 variables?
It will be covered in the next video.
@@ALLABOUTELECTRONICS thank you sir.. As it would help me in my coming electronics exam 🙏🙏🙏
Thank you 🙏
At 17.45, F = (0,2), why did we take 3 varaible k-map and not 2 variable k-map?
because we are solving it for 3 variables and thus making 3 variable k map . The number (0,2) are not representing number of variables.
@harshsachdeva8641 That I understood, but my question was that minterms (0,2) is present in 2-variable k-map as well. So if I make 2 variable k-map and add '1' in cell number '0' and '2', will it still be the right way to solve it.?
no it will have different result if we consider (0,2) in 2 variable k map the result will be (B) but as you saw in three variable k map the result was (A',C') because when we pair 2 1s we will lose one variable so in three k map result will be 2 variable and in two k map result will be 1 variable so its different after all @@krishnaramparia6223
@@krishnaramparia6223 Yeah, but the answer will be B
Sir , May you please tell me what is the output of 3 variable k map if all the cells are filled with 1 i.e forming an Octet.
The output is 1 when all the cells in the k-map are 1.
Thankyou make more videos for isc 12 th cs
In 14:10
You put 4 variables and make 3 variable k-map
How is this possible?
There are only 3 variables. Please check it once again.
@@ALLABOUTELECTRONICS sorry for that, you are right
Actually I count the position as variable 😁
Sir 15:13 par three groups hoge B bar C bhi toh hoga
It is redundant group. That means even without covering that group also, we are able to cover all the 1s in the K-map. So, there is no need to consider that group. The thing is, we need to cover all the 1s in the K-map by making minimum number of groups.
if we make a 3rd group at bc=01,then the answer is not same as previous 2 groups
so which is correct?
it is best kmap video
why did we not connect minterms 1 and 5 into another group say g3 here?
I am not sure in the video, where you are referring (timestamp). But it seems at 15:15. I have already explained just after that. We need to cover all the 1s in the K-map by making the minimum number of group. If you still have any doubt then let me know here.
@@ALLABOUTELECTRONICS yes actually I got that later..sorry for the confusion. Btw thank you for these videos, you just saved my semester and now I am getting good cgpa because of your videos❤❤❤
21:33 Why we pairing two squads why not one squad and one pair
There is rule for creating K map which says we have to group as maximum as pair (here group of 4 instead of 2). If we take only one pair and one squad you can find the equation becomes larger, which is not desired
Sir why we use gray code, what's the use of it ,
This was asked in an interview, and the interviewer wants me to answer this in terms of real use case, not the theory, sir can u pls answer this
I have already explained the importance and the application of the Gray code in one of the videos.
For more information, you can watch this video.
th-cam.com/video/MsMkiTcc_w0/w-d-xo.html
Thank you so much