The quality keeps on coming, an excellent thumbnail btw

In the 70's clock projects were common in electronic magazines (NO INTERNET!). As an APRIL FOOLS, one magazine had a DECIMAL CLOCK project in readiness for "metric time" coming! I was in early high school, so I fell for it! :) btw one (non metric) clock was usjng a LSI clock chip, which for then was "new tech"!

Could you please make a video on general component level troubleshooting and fault finding. Your explanation and teaching are top-notch. And I think you can make a wonderful video regarding troubleshooting. Considering you specialize in power electronics. And that most faults in Power Electronics can be diagnosed/repaired with under $100 worth of test gear and soldering equipment.....(decent cheap multimeter, small handheld scope/esr meter, Etc...) I think it would make for a great video!

I am very impressed with all things you know. Very smart dude!!!💯

Asynchronous reset strikes again!

15:34 ROFLMAO "This is an example of what would often be referred to as $hit circuit design." I love your honesty.🤣

I feel a lot better about how none of my PCBs ever work on the first try now.

If you have the space between ICs, a water-pump pliers makes the best chip extractor ever.

Would love for you to do a video on how to troubleshoot potential faults on a PCB more specifically a D class amplifier. Or general rule of thumbs to apply when diagnosing any pcb. I have so many topics I'd love a video on, like even how to diagnose a faulty transistor. I enjoy your videos and find it easier to retain information compared to other channels that are either too boring, or don't clearly show how it applies to powered circuits or they're just way too over the top with distracting energy to get likes and views etc

An enjoyably bodgtastic video 🙂 👍

Now could you post the theoretical design and the changed version of it (derived from the fix), side by side, so that the rest of us also understand (better), on what has been changed?

Fun project, great tutorials on KiCAD, great fault diagnosing... One thing is still hanging though, the period on the first counter input after the new crystal oscillator was in. Did you get the 86.4ms you were aiming at, or was it a bit lower than that? I am curious because after all those gate delays, I suspect the reality would not match with the maths on the paper.

you made the circuit wrong on purpose for educational reasons right...?