Change a Combinational Logic Circuit to Only NAND Gates or Only NOR Gates

How to change a combinational logic circuit from AND, NOT, and OR gates to only NAND gates or only NOR gates.

[@Nofxthepirate]

People like you are lifesavers when professors conveniently forget key points you need to know for homework. Extremely good explanation!

[@AlexandrosNs]

thanks bubble man

[@ohaRega]

Wonderfully concise. I used to know all this stuff. This made it all crisp and clear again. Cheers!

[@beepboop1776]

you're killing it Brad

[@sail4life]

I knew it used to be easy! Way back... Thanks for this perfect explanation!

[@ziggy_starz]

literally the first explanation of this that made sense to me, lifesaver for my final exam tomorrow

[@geraldray9292]

Excellent stuff ♨️could have saved me the last 5 hours and a headache had I found your channel sooner

[@dushsam]

I needed this for sure. You saved my time indeed.

[@louieshapiro9370]

Brad is my hero. Bless

[@justincooper6988]

Bless

[@ShakeebBinRahman]

thank you brad, you saved a life today

[@calzonetrash]

Great explanation, thank you!

[@Nico-oo8li]

Really nice done!

[@thilakcm1527]

brilliant!!!
literally changed my perspective on this topic haha
thanks a ton yo

[@barbarasammut6786]

Brad you're awesome please make more videos

[@caddle4616]

Thanks you cleared me the topic without solving Question ❤️

[@nalinsharma7273]

dont generally occurs on yt, NICE VID MAN ;)

[@arpi6054]

thank you so much !!!

[@bradmiller9507]

It's Good to Re-Member Forgotten Facts, ... Set the Book Right! Work the ProBlem, the Solution presents It Self. Much Luck ...& Gratitude...Carry On ...

[@stevennguyen1466]

thank you

[@minhtam5051]

Hi Brad. It's still helpful in 2020!

[@Shubham-si6hd]

thank you so much

[@unibrow9384]

Thanks, that helped!

[@MrPokoloco]

deMorgan's is (A*B)'=A'+B' and (A+B)'=A'*B' slight mistake or is that a different version of the same thing?

[@Dvxium]

Negate both sides of your equations to get what is in the video

[@chandanks8069]

good one dude ,it really helped me

[@LucyLevenson]

thank you Brad

[@kamjunwei906]

what if the final gate is suppose to be a NOR gate and you already started off with an OR gate

[@Dvxium]

You add two bubbles and the one bubble gets added to the end of the OR gate and the other bubble is an additional NOR gate with 2 inputs coming from the same wire

[@al-haider1113]

Good lecture

[@mahmoudmaarouf5480]

Thank you dude

[@yannsylvester3680]

I would subscribe but you have 69 subs. Nice.

[@user-mc8cj3ls6m]

is that vacuum sound in the background or just your pc? its so loud lol

[@phoneaung1672]

hi! HOW DO U HAVE an extra bubble in 3:41? can u explain?

[@Nofxthepirate]

I don't think its related to the previous circuit he showed. It's just a separate example of what you would need to do if you had a situation where there was an extra inverter between those two gates.

[@phoneaung1672]

Oh thanks for clarifying!!

[@Jako4460]

Thanks

[@bradmiller9507]

P.s. Thank Your Benifactors ...

[@toman8486]

Ily

[@bradmiller9507]

Thanks Dude, Great Name ... Good2No u2 ... ;)

[@ozanalperenince301]

ktüden gelenler

[@kanal_88]

sayısal tasarımdan sa

[@bradmiller9507]

PrimeTymeRhymes ...

[@sylvanusabang1345]

Your too slow

[@eliasreyes6236]

you're *

[@chandara_kumar]

Dude atleast he's trying