High power supply

Projekte

Results of eagle and kicad CI from travis are stored in https://github.com/drtrigon/eagle/tree/result/pcb branch and linked/shown in https://github.com/drtrigon/sketchbook repo. See there and in .travis.yml for more info.

(might make sense to split projects off into separate repos/submodules)

N64TinyUSB

Order: make sure to select PCB Thickness 2mm and "Gold Fingers"!

based on boxtec.ch Helvetiny 1.0 PCB design:

• https://github.com/boxtec/helvetiny85
• https://playground.boxtec.ch/doku.php/arduino/attinyusb/helvetiny85

code/firmware (design based on attiny45 n64-usb)

Built using the attiny45 n64-usb AVR source files. Works out of the box but emulates 1 device only (that contains both controller).

https://github.com/drtrigon/sketchbook/tree/master/cli/n64dual_tiny45

Hint: Order PCB directly

Upload the GERBER files below to https://jlcpcb.com/quote and order.

• Helvetiny85: https://github.com/drtrigon/eagle/blob/master/projects/HelveTiny_1.0_GERBER.zip
• Floweronly Arduino Shield: https://github.com/boxtec/floweronly/blob/master/floweronly_v1.0_GERBER.zip

Drone_MultiWii / FlightController

arduino-papilio_1-WireSniffer_Rev1

DACRackUnit

Setup

I would like to use features like CI (continous integration) keep a copy/mirror on e.g. github and more.

Maintaining a copy/mirror (more precise: with 2 remotes overloaded origin) on GitHub also allows to use GitLab and GitHub together and by that all the nice featurs on GitHub. See also; https://steveperkins.com/migrating-projects-from-github-to-gitlab/

"Option 2: Overload Origin with Both Remotes (needs one single pull/push only)"; in order to clone and set this repo up use:

$ git clone file://///data/mount/gvfs/smb-share:server=.../01git/eagle.git
$ cd eagle
$ git remote set-url --add origin https://github.com/drtrigon/eagle.git

you can check the settings with:

$ git remote -v
origin  /data/mount/gvfs/smb-share:server=.../01git/eagle.git/ (fetch)
origin  /data/mount/gvfs/smb-share:server=.../01git/eagle.git/ (push)
origin  https://github.com/drtrigon/eagle.git (push)

Enable EDRC.ME for a Repository (for Eagle)

http://www.edrc.me/docs/

Enable Travis CI for a Repository (for Eagle)

https://github.com/drtrigon/test-eagle-edrc/blob/master/.travis.yml (does not work reliably yet)

Login to Travis-CI using the GitHub account and enable Travis-CI for the given repo.

Add a .travis.yml file to your project, commit, pull/push and enjoy.

A word of caution; the travis run will at the end - if successfull - try to push the results back to this repo.

Further Info

EDRC.me: https://michaelblouin.ca/blog/2018/02/25/automate-design-rule-checks-autodesk-eagle/

gerber (travis or local python script): http://www.rocketnumbernine.com/2011/12/14/automating-gerbers-from-eagle

...
# create top copper (cmp), bottom copper (sol), top solder mask (stc), bottom solder mask (sts), {top} silkscreen (plc)
${EAGLE} -X -dGERBER_RS274X -o${outputfile}.cmp ${board} Top Pads Vias
${EAGLE} -X -dGERBER_RS274X -o${outputfile}.sol ${board} Bottom Pads Vias
#${EAGLE} -X -dGERBER_RS274X -o${outputfile}.mil ${board} Milling
${EAGLE} -X -dGERBER_RS274X -o${outputfile}.plc ${board} Dimension tPlace tNames
${EAGLE} -X -dGERBER_RS274X -o${outputfile}.stc ${board} tStop
${EAGLE} -X -dGERBER_RS274X -o${outputfile}.sts ${board} bStop
#${EAGLE} -X -dGERBER_RS274X -o${outputfile}.crc ${board} tCream
#${EAGLE} -X -dGERBER_RS274X -o${outputfile}.dpv ${board} Drills
#${EAGLE} -X -dGERBER_RS274X -o${outputfile}.drh ${board} Holes
...

(mill and drill needs: gerb274x-mill-drill.cam)

Generate schematic, PCB and GERBER from KiCAD (TODO)

• https://forum.kicad.info/t/generate-gerber-files-from-script/1853/15
• https://electronics.stackexchange.com/questions/390135/command-line-interface-for-kicad

License

The content of this project itself is licensed under the Creative Commons Attribution 3.0 license, and the underlying source code used to format and display that content is licensed under the MIT license, see the LICENSE file for license rights and limitations (MIT).