KiKit is a powerful tool designed to facilitate the panelization of PCBs in KiCAD, streamlining the manufacturing process. Below is a structured overview of its documentation, focusing on panelization.
1. Introduction to KiKit
KiKit is an automation tool that integrates with KiCAD to assist in the panelization of PCBs. It allows users to create panels that can hold multiple copies of a PCB design, optimizing the fabrication process.
2. Getting Started
To begin using KiKit, you need to install it as a Python library or as a KiCAD plugin. Detailed installation instructions can be found in the https://github.com/yaqwsx/KiKit.
3. Panelization Examples
The documentation provides various examples of how to use KiKit for panelization. Users can explore different configurations, including grid layouts and custom cuts. A comprehensive list of examples is available https://yaqwsx.github.io/KiKit/v1.3/panelization/examples.
4. Scripting with KiKit
For advanced users, KiKit can be utilized as a library for scripting. This section covers how to automate panelization tasks using Python, allowing for greater flexibility and customization. More information can be found in the scripting guide https://yaqwsx.github.io/KiKit/latest/panelization/scripting.
5. API Reference
The API reference provides detailed documentation on the classes and methods available in KiKit. This is essential for developers looking to extend the functionality of KiKit or integrate it into larger workflows.
6. Community and Support
Engaging with the KiCAD community through forums can provide additional support and insights. Users can share experiences, ask questions, and find solutions to common challenges related to KiKit.
7. Conclusion
KiKit is an invaluable tool for anyone looking to enhance their PCB design workflow in KiCAD. By leveraging its panelization capabilities, users can improve efficiency and reduce errors in the manufacturing process. For more detailed information, refer to the resources mentioned above.