olsndot.git - olsndot: 32-channel high fidelity 12V LED tape driver with RS485 control

Age	Commit message (Collapse)	Author	Files	Lines
2017-12-29	hw1: commit with filled pours	Karl Palsson	1	-6/+768

2017-12-29	hw1: termination wat	Karl Palsson	1	-766/+7

2017-12-29	hw1: discover reversed numbering on arduino connectors	Karl Palsson	1	-54/+854
	joy. Fixed now against nucleo64 manuals.
2017-12-29	hw1: more silk cleanup	Karl Palsson	1	-141/+144

2017-12-28	hw1: cleanup silk and start adding labels	Karl Palsson	1	-43/+79

2017-12-27	hw1: shrinking after dropping arduino stuff	Karl Palsson	1	-774/+68

2017-12-27	hw1: drop arduinno style holes and board shape	Karl Palsson	1	-752/+856
	More to go, nno need for the silk and dead shapes, we just needed the pin spacings
2017-12-17	"fix" grounds by tracks into pour	Karl Palsson	1	-399/+557
	"finish" routing, ignore DRC violations from disconnected usb shield on pin 6. Add boot0 jumper pad "just in case" but really kinda dumb, we've got a debug header on it. Why bother with this? Change paper size in schema to get more space. TODO: add silk? TODO: replace "arduino" shape with just the pinpoints.
2017-12-11	hw1: continued, just intermediate progress save	Karl Palsson	1	-101/+1063
	wtf kicad, why aren't my grounds connected?!
2017-11-20	hw1: add crystal, more commentary	Karl Palsson	1	-2/+6
	probably need a crystal for usb :) still needs footrints, will probably be any old 3225 part.
2017-11-19	hw1: begin routing.	Karl Palsson	1	-139/+222
	Spun the host, laid most signal tracks. todo: vcc, ground pour, then shuffle all LA connectors for ease of routing.
2017-11-17	hw1: add in/out caps to 3v3	Karl Palsson	1	-3/+75

2017-11-17	hw1: schematic "finished" ?	Karl Palsson	1	-122/+838
	have I committed enough files for others to even open this?
2017-10-07	WIP: hardware test partner round 1	Karl Palsson	1	-0/+447
	Not sure which kicad files are necessary and which are local yet! Goal: fixed "host" board (this board) with socket for _any_ Nucleo64 st board, giving access to test: * DAC->ADC (both directions) * I2C (both directions) * SPI (both directions) * Uart (both directions) a socket for a cheap fx2 based logic analyser will be included, so that sigrok can be used to capture tests of the actual line states.