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I livestream every weekday at 1:00 pm US Eastern time. Come by and chill with like-minded folks.

Hey everyone, let me take a moment to share what these livestreams are all about. I've been sharing my knowledge of electronics and CNC for over 17 years now, and it's been amazing to hear from folks who've gone on to crush it in engineering roles partly because of the content I've shared. But here's the thing about these streams – they're really just me sharing my journey of figuring stuff out in real-time.

I'm here exploring electronics, microcontroller programming, and CNC systems, and I'm doing it live because I believe in learning through doing. You'll see me fail a lot, and I mean a lot, but that's exactly the point. These streams aren't about me presenting perfectly polished solutions or just implementing what others have already figured out. They're about discovery, experimentation, and understanding things from the ground up.
Look, I get that some people might prefer a more traditional approach – you know, studying all the manuals and best practices first. And if that's your thing, these streams might not be for you. I prefer to learn by diving in, making mistakes, and really understanding why things work (or don't work) the way they do. Sure, I could just apply existing solutions, but where's the fun in that? More importantly, how can I truly understand something if I haven't experienced the failures and discoveries firsthand?

This is a space for curious minds who enjoy the journey of learning. Think of me as someone who's approaching each challenge with fresh eyes, sharing every "aha!" moment and every stumble along the way. If you're cool with watching someone experiment, fail, learn, and share that whole process in real-time, you're in the right place. We're building a community of people who aren't afraid to learn out loud.

So if you're looking for perfect tutorials or flawless demonstrations, you might want to look elsewhere. But if you want to join me on this journey of discovery, watch real-time problem-solving (messy as it might be), and be part of a community that learns together, then grab a drink, get comfortable, and let's figure this stuff out together. Remember, every expert started somewhere, and this is where we're starting.

Join me as we explore ADC functionality with an OLED display and test a 2000G accelerometer using bare metal STM32 programming. Watch as we work through code optimization, debug timing issues, and experiment with different ways to capture and display acceleration data in real-time.

Chapters:
0:00 - Stream Start & Technical Issues
5:00 - Testing New OLED Display
15:00 - ADC Implementation Discussion
25:00 - Code Integration & Debugging
35:00 - Hammer Testing with Accelerometer
45:00 - Value Display Optimization
55:00 - Timing Adjustments & Count Implementation
1:05:00 - Discussion of Future Improvements
1:15:00 - Wrap-up & Tomorrow's Stream Preview

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Medium Budget but top-rated
Siglent Technologies Oscilloscope: [ Ссылка ]

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You will have this multimeter for the rest of your life, and you can pass it down to your kids!!

All of the CNC electronics in this video can be found at BuildYourCNC

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