Digital Logic - implementing a logic circuit from a Boolean expression.

[DANEGRMAN]

you are awesome teacher!!! Love how simply you make while my doc makes it very complicated! Thanks

[PeeteZa]

This guy is good. Love the quality of the video and teachings.

[lPrintulNoptii]

Excellent explanation ! Kudos to you !!

[beckis0]

Excellent! This was a very good explanation. Thanks!

Keep it up!

[map1k9]

very well explained!

[openmindeddragontree]

I am sorry, but when do you learn this it looks very complex.

[dabears900]

well done

[sani12care88]

thanks sir.! uve killed it. :)

[skarlet491]

awesome helped alot

[MyRandomReviews]

Thank you!

[Openmind117]

Amazing



[eilismckenna]

oh my god he is quality

[EvanTrinity]

Excellent! it can not be explained simpler! Thank you!!

[JO3haNsum]

how would you do a nand gate boolean expression for a 2 input and gate, or gate nor gate, xor gate

[Theowne]

@JO3haNsum. Good question! NAND gates can be used to form most other gates. Firstly, a NOT gate is ~(A & A) aka split the inputs into one NAND gate. An AND gate is a NAND gate followed by the NOT gate, so ~(~(A&B). For OR gates, you invert the inputs then NAND them. And NOR gates is just that, except with the result inverted agan.

[goondel]

I don't know what this topic is, and I already feel like I'm an expert at it.

Kudos!

[2S1D3]

I finally understand digital logic!

[10metrocool]

Ohh my God, I want to kiss your hands man. I wish you was my teacher...Amazing .. this is why i love all foreigner teachers

[travelsonic]

My god, I am actually able to understand this.

*kicks old computer architecture textbook hard*

[raLphIRE]

Thanks!

[DeeJayOhh]

Thank you ! very mush this helps me alot ....keep it it up !!!