Project Name | Stars | Downloads | Repos Using This | Packages Using This | Most Recent Commit | Total Releases | Latest Release | Open Issues | License | Language |
---|---|---|---|---|---|---|---|---|---|---|
Mx_alps_hybrid | 282 | 5 months ago | 3 | mit | ||||||
KiCad Library of custom MX-Alps footprints | ||||||||||
Klepcbgen | 226 | 4 months ago | 4 | other | Smarty | |||||
Generates a KiCAD schematic and PCB layout using a Keyboard Layout Editor json file as input | ||||||||||
Euclid_probe | 190 | 23 days ago | 11 | other | C | |||||
Euclid probe, a magnetically coupled Z Probe | ||||||||||
Zeta256 | 68 | 6 years ago | 5 | other | KiCad | |||||
The Zeta minimal Z80 toggle-switch computer | ||||||||||
Keyboard Layouter | 59 | 10 months ago | 1 | mit | Python | |||||
Footprint auto placement plugin for keyboard layout | ||||||||||
Kicad Libraries | 56 | 4 years ago | 4 | other | OpenSCAD | |||||
KiCad schematic symbols and footprints for various projects. | ||||||||||
Esp_wifiswitch | 54 | 7 years ago | 6 | gpl-3.0 | KiCad | |||||
WiFi power switch using the ESP8266 | ||||||||||
27c160 Tl866 Adapter | 44 | 2 years ago | gpl-3.0 | |||||||
Adapter to program EPROMs with more than 40 Pins on the TL866 universal programmer. | ||||||||||
Rf_bridge | 37 | 5 years ago | C | |||||||
RF (433Mhz) to MQTT Bridge - with hardware | ||||||||||
Kicad Libraries | 24 | a year ago | mit | Python | ||||||
Set of symbols/footprints/models that I've created for my projects. |
A library containing Kicad schematic symbols, footprints, and project templates.
This library is licensed under the Creative Commons BY-SA 4.0 license. The full legal text of the license may be found in the License file in this repository. For more information about this license, please visit the Creative Commons Foundation (http://creativecommons.org/licenses/by-sa/4.0/).
There are 2 ways to use this library:
Both of these methods are discussed in their respective files:
In order to view the 3D parts that accompany the footprints, you must add an environment variable called KISYS3DMOD. If it has not been created, this variable points to the location of the preinstalled 3D models. To use these models and the ones in this repo, simply place both paths in the environment variable.
Note: The path should be to the root of the repository, not the 3D directory.
To add this in Linux (and remove existing models), add these two lines to the .bashrc file
# Add an environment variable to add the GitHub KiCad 3D models
export KISYS3DMOD='*path/to/github/directory*'
In order to use the templates contained in this folder, you must add an environment variable called KICAD_PTEMPLATES. This will create a page in the Kicad template selector for "Portable Templates".
Note: Templates must be specified on the end of the environment variable
To add this in Linux, simply add these two lines to the .bashrc file
# Add an environment variable to add the GitHub KiCad templates
export KICAD_PTEMPLATES='*path/to/github/directory*/Templates'
DataStorage -
Microprocessors -
MiscellaneousDevices -
RF_OEM_Parts -
Sensors -
TransistorParts -