Building logic gates from MOSFET transistors

Thank you so much. Perfect video

That was a very helpful video, thank you very much.

2023 and this vidoe still usefull af ! thanks alot

Great theory, but if you really wanted to build one, how do you figure out which parts to use? Is there an example with real components I can duplicate?

Very hard to find this type of explanation

I think this is the best video on the internet explaining that. helped a lot , thank you!

This is amazing, thank you

this is clear explanation of the CMOS

thank you

Thank you so much understandable and perfect explanation !! definitely grateful thank you so much.

Many thanks

best video I watched about this topic

very nice explaination

Really helpful to understand mosfet, thanks

simply beautiful

How do you know what pmos and nmos A og B goes to?

Awesome Explanation!

bro you made so much sense to me

thank you!

Thank you ❤

Definitely a more intuitive, visual way to think about gate logic, but I still don't understand WHY CMOS are used complimentarily. I don't really see the reason as it just seems that it is being pointed out as a pattern rather than a specific reason being given as to why that is the only possible way to design these circuits. Am I missing something here?

there is no Vdd for n-MOS? doesn't it also need a Vdd (=Vsd)?

9 years later and this video still is timeless. I cannot thank you enough for this. I was trying for so long to understand this and just when I thought I had given up I come accross this video and it vanquished all my doubts and uncertainity. Thank you so much!!

You are the unsung hero of us computer science people. 10-minute video explained more clearly and precisely than any compOrg professor

superbly explained man!

awesome video

After 6-7hours learning these things, you help me understand in only 10 min...thank you Sir

Great 👍👍

Undoubtedly to the point, what everyone needs in logic family, rather than going in detail to AE

good video

Arigato gozaimasu!😄

Quick question : Why dont we just use either single transistor as a not gate since they give an output that is opposite of input?

There are a couple of often used gates not shown in this video:
XOR, truth-table is 0110. XNOR, truth-table is 1001. Buffers, truth-table 01.
Buffers can be constructed from Not Not.
As this video is very well made, it's a shame that it doesn't contain the above 3 basic gates.
There are also Imply-gates: 0010 and Nimply gates 1101, Maj-gates (3-input) and Min-gates (3-input).
Maj-gates output 0 if two or 3 inputs are zero, they output 1 if two or 3 gates are 1.
Min-gates output 1 if two or 3 inputs are zero, they output 0 if two or 3 gates are 1.
NAND, NOR, AND and OR gates are sometimes seen with 3 inputs (in some cases even 4 inputs).
-But it's a bad idea to go beyond 4 series connections, because you will get unreliable outputs.
It's best to stick with 2 or 3 inputs and then build your logic using small gate modules.
Anyone reading this far will also be interested in how to bulid flip-flops / latches (search the net for D-FlipFlop and you'll find great information).

Best

why do we need both parallel PMOS and series NMOS for NAND? wont any 1 suffice?

Best explanation to this topic ★★★★★

Thank you so much, i understand this!!!!!

Life saver.... thank you sooooooooo much

Finally, I understand it! Thank you!

Thanks Man!! Explained so brilliantly!👌

Just had to say a huge thank you, really REALLY helped me out!

Thank you for this video!

THANK YOU

Learned more in 10 minutes than from my entire intro to computer systems course. Thanks!

this was the sweetest mistake I've made today 💚 I swear to God that I clicked on your video by mistake and it was the one I needed the most for my studies as I'm having an exam this Sunday ! thank you so much sir 🙏

This video is simply amazing. Thank you! You really have a gift for explaining difficult concepts.

Thank you so much!!!!!!!!!!!

Очень крутое видео, автор, спасибо! Стик крутой!!!!
ИПСА ИПСА УУУУ!!!!!

perfect

While it should not be required that you have success of any kind for what you need. You did good and informed any that desire the knowledge you presented. May you find that special person and what's required to find yourselves happy and healthy.