@Enigma758

Nice, it's great to see these basic gates built up from individual transistors.  If you decide to, I would love to see a CD4017 (10 stage Johnson counter) being built this way!

@ПавелСальников-ф6ь

wonder if I will be able to understand artificial neurons without remembering all that triggers. The content requires thinking)

@AakarshAnand-iq5hv

why  use inverse of clock

@çoupent-n7i

Tu peux nous dire comment faire ton horloge s’il te plaît ?

@tnamen1307

Hello Sir, Can you please help me???
I have questions about 555 ic as toggle on off switch which behaves very strangely.
Please share me your social media 🆔 so that I can share all my issues please 🙏🙏🙏

@deang5622

What on earth is going on here?
Seriously.
Nobody ever puts multiple signals on the same vertical position on the scope! It makes it hard to show people what is really going on!

Go look at any data sheet for any digital device, NO manufacturer ever does this.

@deang5622

Building it from transistors serves no educational purpose other than to make a video to generate views.

The best way to educate people is show people the theory of operation of a few simple logic gates by showing their transistor equivalent circuits, ideally using FETs and then you go on to explain the behaviour of differing flipflops by timing diagrams.

You might also want to explain how to make a flipflop or latch from NAND gates, but transistor level is completely pointless.

Having explained the different types of flipflops you then should proceed to show applications for them: registers, counters, linear feedback shift registers, encoders (just an LFSR), finite state machines, sequence generators and teach them the design techniques to design.

I am never a fan of this "oh look I can build some logic function out of transistors" because no on ever does it in real life, apart from YouTubers trying to make money.

Teach them proper design techniques from which people can benefit.