Quote from: Johnyz on March 27, 2021, 12:52:49 PM

Quote from: Peanutswar on March 27, 2021, 05:32:20 AM

Quote from: Johnyz on March 26, 2021, 10:25:35 PM

~~

Double-check your answer kabayan meron pa ding answer pag dating sa not gate kasi rereverse mo lang naman ang value ng set of question pero hindi naman nito pinag cocompare yung A and B, looking forward na mag update ka mag sagot also encourage other member na din to join sa game nato.

Nagtry lang ako for a Merit Challenge di ko talaga sure if tama ba ginawa ko. Anyway, i’ll try again. Grin

NOT

A - 11010010
B - 11010100

Most likely saan ba ito ginagamit? Di ko paren talaga sya ma-gets until now.

Onting double check nalang buddy malapit kana sa NOT gate kana lang medyo problemado, madalas ginagamit itong logic gates lalo na sa mga Arduino part or madalas mo maririnig is pag gamit ng breadboard. Ito ilan sa mga example na ginawa ko dun sa main thread ko sa beginners and help also want to share ang ilang gawa ng ating mga kabayan na nag participate.

Quote from: Peanutswar on December 13, 2020, 05:21:28 AM

Quote from: Maus0728 on August 16, 2020, 05:39:42 AM

Platform used: Tinkercad

Platform used: NI Multisim

Quote from: Maus0728 on September 01, 2020, 04:59:30 AM

Quote from: Maus0728 on August 16, 2020, 05:39:42 AM

Platform used: Tinkercad

Hey guys! Just wanna share that the previous logic circuit that I have made which is the quoted message above can be simplified using "Boolean Algebra" rules in order to reduce the number of IC to be used while maintaining the project cost efficient.

@Peanutswar, I think it would be very good idea to at least give some time creating a lecture with regards to how Boolean Algebra works as well as creating "Karnaugh Map" or "Quine Mc Cluskey" as a means to simplify Logic Circuit canonical forms.

Furthermore, I just want to add another application if you want to create logic circuit diagram. You can use "Logisim" for that.

Quote from: Maus0728 on September 10, 2020, 04:03:45 PM

Hey there! Just having fun making discussion here in this thread. I also want to share with you my latest experiment using the 7-seven digital display implemented using TinkerCad.

This is the table solution for a 3 bit input logic circuit using of course 3 variable named as A, B and C.

This is simplification of Boolean Expression using Karnaugh Map or commonly referred as K-Map.

After doing simplifying all the boolean expression using K-map. We are now able to construct the logic diagram using the logisim.

And finally the simulation for the actual digital logic circuit using TinkerCad.

If I can find some leisure time, I might be posting a short lecture on how these K-Map and Logic diagram works. @Peanutswar, you can also give this a shot if I won't be able to make a short lecture apropos to this matter.

Quote from: Debonaire217 on October 23, 2020, 05:14:20 PM

It just takes me back from the day I was busy on our 10th anniversary here on Bitcointalk when I created this quite complex project:

https://bitcointalk.org/index.php?topic=5193860.msg52956146#msg52956146

And this is the diagram

The basics of logic gates helped me to understand how the circuit works, it was just fascinating because other than the application of this to Electronics and IOT, Logic gates are also essential in coding. If we have more time, we can research logical operators and it seems like understanding logic gates will also be a bridge for better opportunities. I hope those who first saw OP's post could appreciate the importance of these symbols and their meaning. Sometimes, it is essential to social life too to completely understanding the usage of "OR" and "And" when making decisions in life.