Red cronograph and second hands.īlack rubber strap with folding push button deployment clasp. 3 chronograph subdials - 60 second, 30 minute and 12 hours. Scratch resistant curved sapphire crystal with double anti-reflective treatment.īlack skeleton dial with luminescent hands and arabic numerals. Satin finished stainless steel with rubber grip crown and chrono pushers.īlack ceramic bezel with grey tachymeter scale. It will change your life when designing layouts.TAG Heuer Carrera Calibre 01 Skeleton Mens Watch CAR2A1H Box CardĪutomatic self-winding chronograph movement.īlack PVD coated stainless steel case 45 mm. I do not know, I just wanted to recommend. Also the code is public on github.ĭo any of you guys think that this layout could work? But afaik it's originally freeware and you can find it for free and distribute it as well. You can get it here: for a donation of 8 bucks. The layers are also useful as you can use them to organize different types of signals.ĭoes anyone know how they make such beautiful and clean diagrams? (Screenshot from How To Mechatronics' video "DIY Arduino based RC Transmitter")
Standard EDA tools like KiCAD can still be used if you just keep everything on a 0.1" grid and 90° traces. Fritzing is kind of designed around making protoboard/breadboard layouts as opposed to the free-form, multi-layer PCB layouts.
You can absolutely layout the protoboard design with EDA software.
If you have time you should create a complete schematic for this whole project, not just the steering servo (try for schematics) and post the code you wrote to make the whole project work. I made a RC Controlled Car with an arduino and it turned out super nice. I ended up paying for some software to help me stay somewhat organized >. I used pretty much every available GPIO on the RPI4 and therefore there are a lot of wires and a lot to keep up with.
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