Version 4.2.0
This is a library of KiCad schematic symbols and PCB footprints for most Arduino modules. You can use them to make your own PCB design which will effortlessly connect with your chosen Arduino module.
Currently included modules:
- Arduino 101 Shield
- Arduino Due Shield
- Arduino Giga R1 WiFi Shield
- Arduino Leonardo Shield
- Arduino M0 Shield
- Arduino M0 Pro Shield
- Arduino Mega 2560 R3 Shield
- Arduino Micro Socket
- Arduino Mini Socket
- Arduino MKR 1000 WiFi Socket
- Arduino MKR WiFi 1010 Socket
- Arduino MKR FOX 1200 Socket
- Arduino MKR WAN 1300 Socket
- Arduino MKR WAN 1310 Socket
- Arduino MKR GSM 1400 Socket
- Arduino MKR NB 1500 Socket
- Arduino MKR Vidor 4000 Socket
- Arduino MKR Zero Socket
- Arduino Nano Socket
- Arduino Nano 33 BLE Socket / Tile
- Arduino Nano 33 BLE Sense Socket / Tile
- Arduino Nano 33 BLE Sense R2 Socket / Tile
- Arduino Nano 33 IoT Socket / Tile
- Arduino Nano ESP32 Socket / Tile
- Arduino Nano Every Socket / Tile
- Arduino Nano RP2040 Connect Socket / Tile
- Arduino Nicla Sense ME Socket / Tile
- Arduino Nicla Vision Socket / Tile
- Arduino Nicla Voice Socket / Tile
- Arduino Pro Mini Socket
- Arduino Uno R1 Shield
- Arduino Uno R2 Shield
- Arduino Uno R3 Shield
- Arduino Uno R3 SMD Shield
- Arduino Uno R4 Minima Shield
- Arduino Uno R4 WiFi Shield
- Arduino Uno WiFi R2 Shield
- Arduino Zero Shield
- Clone Mega 2560 Pro Socket
- Clone Pro Mini Socket
"Shield" means the module is designed to plug in from beneath your PCB. "Socket" means the module is designed to plug in from above your PCB. "Tile" means the module is designed to be soldered directly on to your PCB using surface-mount pads.
This library requires at least KiCad 6 to function, and is tested on KiCad versions 6.0.8 and 7.0.2. Note that the installation procedure is different for KiCad 6 and 7; please see the Library Installation section below.
All are welcome! Please open an Issue or Pull Request, as appropriate.
To install this library in your copy of KiCad, choose the correct section for your version of KiCad and follow the steps given. These instructions only cover automated installation using KiCad's built-in Package and Content Manager (PCM); manual installation is possible but not supported.
Warning: Do not change the nickname prefix from that given in step 4 below. If you do so KiCad will not assign the correct footprints to the symbols by default.
- Open KiCad and open the Preferences window at "Preferences" -> "Preferences..."
- Select the "Plugin and Content Manager" section in the left-hand pane.
- Ensure that the "Automatically add installed libraries to the global lib table" option is ticked.
- Ensure that the "Library nickname prefix" is set to "PCM_".
- Ensuring that the "Check for package updates on startup" option is ticked is recommended. (Optional)
- Click "OK" to close the Preferences window.
- Click the "Plugin and Content Manager" button.
- Select the "KiCad official repository" from the top drop-down box (if not already selected).
- Go the Libraries tab and locate the "KiCad Library for Arduino Modules" in the list.
- Click the "Install" button for that entry in the list.
- Click "Apply Pending Changes".
- Close the "Applying Package Changes" window once it has finished.
- You should now find that this library is listed in the "Installed" tab.
- Close the Plugin and Content Manager.
- You may need to restart KiCad for the library installation to fully take effect. (Optional)
- All done: you are now ready to use these schematic components and footprints in your projects!
Recommendation: If you can, you should upgrade to KiCad 7.
Warning: Do not change the Nicknames from those given in steps 12 and 18 below. If you do so KiCad will not assign the correct footprints to the symbols by default.
- Open KiCad and click the "Plugin and Content Manager" button.
- Select the "KiCad official repository" from the top drop-down box (if not already selected).
- Go the Libraries tab and locate the "KiCad Library for Arduino Modules" in the list.
- Click the "Install" button for that entry in the list.
- Click "Apply Changes".
- Close the "Applying Package Changes" window once it has finished.
- You should now find that this library is listed in the "Installed" tab.
- Close the Plugin and Content Manager.
- Go to the "Preferences" -> "Manage Symbol Libraries..." menu option.
- In the Symbol Libraries dialogue that appears, switch to the "Global Libraries" tab (if not already selected).
- Click "Add empty row to table" button (the button with a big cross in it, beneath the table).
- In the new line of the table, set the Nickname to "PCM_arduino-library", and ensure the Library Format is set to "KiCad".
- In the same line of the table, set Library Path to "${KICAD6_3RD_PARTY}/symbols/com_github_alarm-siren_arduino-kicad-library/arduino-library.kicad_sym".
- Click "OK" to close the Symbol Libraries dialogue.
- Go to "Preferences" -> "Manage Footprint Libraries..." menu option.
- In the Footprint Libraries dialogue that appears, switch to the "Global Libraries" tab (if not already selected).
- Click "Add empty row to table" button (the button with a big cross in it, beneath the table).
- In the new line of the table, set the Nickname to "PCM_arduino-library", and ensure the Library Format is set to "KiCad".
- In the same line of the table, set Library Path to "${KICAD6_3RD_PARTY}/footprints/com_github_alarm-siren_arduino-kicad-library/arduino-library.pretty".
- Click "OK" to close the Footprint Libraries dialogue.
- All done: you are now ready to use these schematic components and footprints in your projects!
I really hope you've found this library useful. If you'd like to buy me a beer in thanks for the work I put into it, you can make a donation using the button below:
Copyright 2017-2023, Nicholas Parks Young.
Except as otherwise noted, all content of this library is licensed under the Creative Commons Attribution-ShareAlike 4.0 International License, with the following additional exception:
To the extent that the creation of electronic designs that use the Licensed Material can be considered to be Adapted Material, the Licensor waives Section 3 of the Public License with respect to these electronic designs and any generated files which incorporate data provided as part of the Licensed Material.
The two images "resources/banner.png" and "resources/icon.png" are licensed under the Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International License. These images are derivatives of "Arduino Open-Source Community: Main Logotype RGB Colors" originally created by Arduino.
Original Images: Copyright 2013, Arduino. Derived Images: Copyright 2023, Nicholas Parks Young.
The word "Arduino" is a registered trademark of Arduino. This trademark is used in this library to refer to Arduino products and to identify Arduino-related non-commercial content, as permitted by Arduino's trademark guidelines. This project is not affiliated with nor endorsed by Arduino.
This library is provided in the hope that it will be useful, but without any warranties of any kind. Your use of this library is at your own risk. For the full warranty disclaimer, see Section 5 of the Creative Commons Attribution-ShareAlike 4.0 International License.
Answers to some common questions about this library.
Yes. For the foreseeable future, I will be providing support, bug-fixes and updating the library with any new Arduino modules as they are released.
This library uses the same license as KiCad's own built-in parts library does, including the exception. The KiCad Libraries team have a page which explains the meaning of the exception. My version of the exception uses slightly better wording, but the effect is the same.
If I put in an Edge.Cuts outline, then those users who want to have a PCB larger than the module footprint would have to modify the footprint to do so. In my experience, it is far more common for users to want a PCB larger than the module anyway, so I prefer to cater to those users. If you want your PCB to be the same size and shape as the Arduino module, you can trace the F.Silkscreen or B.Silkscreen layer (as appropriate) out in the Edge.Cuts layer yourself, or you can modify the footprint to change the outline from F.Silkscreen or B.Silkscreen layer to Edge.Cuts.
The cut-outs are necessary to accommodate components on the back of those modules; without them the components would physically prevent you from getting the module's pads down to the footprint's SMD pads.
Why does the whole footprint have an F.Courtyard or B.Courtyard outline? I can't place my components where I need to!
Firstly, this does not stop you from placing your components wherever you want. It does mean that the KiCad DRC will, by default, report errors or warnings in some circumstances because the module footprint and your circuit's footprints' courtyards are overlapping, but you can ignore or disable these errors/warnings without issue.
Secondly, the intention is that it acts as a warning to the user that they've put components in the 'danger zone' between their PCB and the Module. I do not model all of the tall components on the module, so it is possible that a user might unknowingly place their own tall component in a position that would conflict with one on the module. My hope is that the DRC errors/warnings will flag this potential problem to the user to manually check that their placement does not conflict with the module.
In principle I'm open to marking the taller components specifically, which would remove this issue, but this is a lot of work and requires data I don't have access to for all the modules.
The short answer is that some power pins on some modules can be used as either inputs or outputs, depending on your circuit design / where you're powering the assembly from.
For those pins where I've been able to categorically confirm that the given power pin is Unconnected by default, or must necessarily be a Power Input or a Power Output, I have set it as such. For those pins that can be used as either an input or output, I have set it to Power Input as this is the more flexible option whilst still preserving some element of DRC capability. If you're using one of these Power Input pins as a Power Output from the module, you'll need to add the special PWR_FLAG component to the affected net to make the DRC error go away.