How to make a clock divider CMOS logic gates and counters - Dive into CMOS 1

[@malte_berg]

Grattis till 10 tusen prenumeranter!!!

Tack! 😅

[@Gujenax]

How are those breadboards working out? Are they nice quality? And do you have a source you can share? Have been looking for "unmarked" rails on breadboards for a while and it also seems to have drillholes

These are from a kickstarter that “breadboard maniac” did. I think they are called caleboard. So the holes go all the way through so you can add components on both sides. The mounting holes are LEGO compatible. They are ok I guess. I actually prefer “normal” breadboards as these have a tendency to break open. Also when the legs stick out the bottom can be frustrating and give some odd results. Do a search online for the company name and product and you might find something.

[@akb6742]

Can't wait for the next episode Kristian! Do you think you'll include a stripboard layout for the schematic newbie?

I did a really thorough video on how to “think” when working off schematics to proto/vero/stripboard on the psu. I think you can find the link in the description of part 0 (psu). Thinking of ways to make it easier to build, and a strip/proto layout could be one thing.

[@akb6742]

@ Haven't seen that video & can't see it in the description for miaw part 0. Reckon you could share a link when you get a moment?

Sure, sorry for not doing that before (was on a bumby bus), here is the link: kzbin.info/www/bejne/aKbLZmOjjat9r7s

[@lolKbgTgm6621what]

Would have taken like five minutes to debounce those buttons, not quite sure why it never happened and would have made the demonstrations approximately 92.4% less irritating.

Oh well. I know now how to make a simple debounce circuit. We all learn. All the time. That’s the point. ;)

[@lolKbgTgm6621what]

@ Oh, I'm sorry. It was just my impression from what you were saying in the video that you already knew how (6:00) - it got my hopes up that later examples would be less glitchy (debounce circuit added off-camera, since the circuit was already covered in a different video of course)

No worries. I hope you found the info you were looking for in the other video maybe? :)