Logic Gates and the Ripple Carry Adder

This video follows on from previous videos about truth tables and Karnaugh maps. It hints at how truth tables and K-maps can be used in circuit design. It covers some well known logic gate combinations including NAND, NOT and XOR, and how logic gates can be combined to make a half adder, then a full adder and ultimately a ripple carry adder capable of multi-bit binary addition.

[TheJynx]

Explained in 10 minutes what took my professor 3 class periods. THANK YOU

[mertmalazalumni]

I was highly shocked and got happy when I realized it was not an Indian or Hindi video. Big hugs to you

[Nockoutz]

Your explanations are truly life saving, thanks!

[BearMetro]

You made a lot of these topics easy to digest. You're a talented instructor!

I wish there were more people like you teaching at universities. I'm from the U.S. btw.

[hi-nx]

Extremely understandable series on this topic. This topic takes art to be explained and being opened up. You did just well.

[rosyskysky]

I have an exam covering this material and this has been a very helpful tutorial for it!!!

[conorkeenan]

You explained this topic perfectly. Your great!

[hasanmetin]

you are giving these informations us for free. You are an angel man.

[hanyalu]

Your voice always makes me feel calm and confident🥰

[yousefyousef]

20k views, 300 likes
looks like we are 300 student who are repeating the video over and over XD
good job dude, all respect <3

[saravanakumar-tnj]

8:25 : Only either of them can produce 1 not both for any input

[nilupulperera]

Excellent Explanations! Thank you very much. I really enjoyed your videos.

[LDD]

To be honest thank you very much. Save my time.

[Xicronic]

Thank you so much! You explained it excellently.

[mohameddoudou]

you made it very useful to understand it thank you sir

[slashplane]

5:10 Unfortunately this is neither elementary or high school where I live. Algebra I is all assigned and it didn't even include square roots or binary. Though the binary appears self explanatory. Still gotta learn those and line factors and some geometry stuff.

So while it may seem redundant, thank you.

Edit: NVM, just remembered I did Alg. 1 as an elective not a core class, so all I got was grade 8 pre alg.

[SusWoody]

Im so confused??..
Last video it's Z and now it's P..
And now were using another table...(1:08)

For context the last video Ive seen is the "Logic Gate Combination"

Am I in the right order??

[alizain]

Well explained, but isn't the first adder on the right a "half adder" because there's no carry yet? 9:17

[Sirgreen]

Very helpful. Thank you for the video.

[kyriandanieldjeukam]

thank you very much for your very useful explanations, however I will have a question concerning the ripple carry adder, more precisely the diagram at 9:01: is it not a half adder which should be located at the beginning (top right level) of the ripple carry adder? the fact that at this level a full adder is no longer necessary since there is no carry in variable