- Wed Sep 27, 2017 11:19 am
#196331
Hi team,
My question is about the edge connector for the micro:bit breakout.
https://www.sparkfun.com/products/13988
1. What is that part? Can someone help point me at it in a parts catalogue or similar? (The connector itself.)
2. Is there an Eagle/KiCAD/Upverter/Fritzing part for that connector? Again, if so, could someone point me at it?
I'd really like to design (for example) a sewable carrier for the micro:bit, so that a colleague and I can work on some soft-circuit projects with the micro:bit. This would, essentially, be a Lilypad-like carrier for the micro:bit. Yes, it will be bulky. C'est la vie.
Either way, the electrical design isn't hard, but I don't know what the best way to do the design work on that part would be. Given that Sparkfun has designed a few boards (the breakout, the motor/weather "shields", etc.), I'm wondering if someone here might have some pointers/ideas?
Cheers,
Matt
My question is about the edge connector for the micro:bit breakout.
https://www.sparkfun.com/products/13988
1. What is that part? Can someone help point me at it in a parts catalogue or similar? (The connector itself.)
2. Is there an Eagle/KiCAD/Upverter/Fritzing part for that connector? Again, if so, could someone point me at it?
I'd really like to design (for example) a sewable carrier for the micro:bit, so that a colleague and I can work on some soft-circuit projects with the micro:bit. This would, essentially, be a Lilypad-like carrier for the micro:bit. Yes, it will be bulky. C'est la vie.
Either way, the electrical design isn't hard, but I don't know what the best way to do the design work on that part would be. Given that Sparkfun has designed a few boards (the breakout, the motor/weather "shields", etc.), I'm wondering if someone here might have some pointers/ideas?
Cheers,
Matt