🌦️Data from the garden, thanks to Bald SENSE and @MacroFab's turnkey PCB assembly platform. Dive into my latest video to see DIY vs. Turnkey and my turn-on process.
https://t.co/d1lvfHR4l1
#homeautomation#iot#pcb#soldering#electronics
Coming Up: "Elektor Engineering Insights" with @addohms!
Join us on June 26th at 4:00 PM Berlin Time for an insightful episode with James, aka Bald Engineer. Enjoy interactive Q&A, practical tips, and a chance to win a Practical Electronics Crash Course Bundle from #Elektor!
Thursday, 4/4 Stream: Back to the TRS-80 MC-10 Grind. Let's *finish this* schematic! Come ask KiCad questions. Stump me and earn 100 internet points. https://t.co/SYT6uErJVZ
Right after the video published, I realized I took the wrong thumbnail picture. So uh, here it is... (I figured more people would recognize the Apple IIe than the Mega IIe Rev 2.)
Here's an example of using a "measurement track" to find a repetitive glitch (or jitter) in a clock signal. Okay, sure, it's a 40-year-old design, but it's still there AND measurable! https://t.co/KR641tYedx
Thur 2/1: Redrawing the TRS-80 MC-10 Schematic in KiCad 8 RC2! We repaired one of these on-stream a couple of years ago. Now it is time to add its schematic to the Bit Preserve archive. https://t.co/OxhaZ8rvGG
Thur 12/14: Is this the live stream we finish the Apple II+ schematic in KiCad? There is only one way to find out. (Hint: It's following this link...) https://t.co/X4XiIzcRRc
The Mega IIe’s final chapter is here! This computer is built around the Mega-II chip from the IIGS. And it’s about the size of a 5.25-in floppy drive.
I know it’s a long one, but I think it is worth it.
https://t.co/uBMDuGMQzr