PCB Documentation Template
Overview¶
Repository: Provide link to project repository https://example.com
Provide a brief description of the project.
Usage¶
Provide instructions for user how to use or interact with the PCB
Pinout¶
Include a pinout schematic. This can help users understand how to interface with the PCB.
Troubleshooting¶
Describe common issues that may arise during the PCB usage. Include guidance on identifying and resolving these issues.
Note
Use admonitions for important information
Bug
Use bug admonition to document known bugs or issues in the system.
Design¶
Requirements¶
Describe the purpose of the project and all requirements it has to fulfill
Abstract
Use abstract admonition to summarize key points or concepts succinctly.
Components¶
This section should highlight the most important components and their functions.
Schematic¶
Include an exported image of the PCB schematic.
Optionally describe any relevant details about the schematic design
Layout¶
Include exported images of the PCB layouts
- Combined layout with dimensions. Include all important dimensions: PCB width and height, mounting holes size and position, etc.
- Combined layout without dimensions
- Separate layouts for each layer
Optionally describe any relevant details about the layout
Reference Documentation¶
Include links to relevant reference documents such as datasheets for the components. When possible, host the documents in the project repository. It will guarantee they are easily accessible in the future, even If the original links would be no longer valid.
Firmware¶
Overview¶
Briefly describe function of the firmware. You may also describe firmware architecture, key components and dependencies.
Usage¶
Describe how to use the firmware. Include information about:
- user interfaces or commands available
- settings, or parameters that can be customized
Development¶
- Installing dependencies required for the development
- Setting up development environment
- Uploading firmware to the target device
Manufacturing¶
Manufacturing Considerations¶
Include any manufacturing considerations for the PCB design, such as panelization, solder mask requirements, or impedance control.
Warning
Use warning admonition to highlight potential issues or cautionary advice.
Assembly Instructions¶
Include any specific guidelines or precautions that need to be followed during the assembly process.
Tip
Use tip admonition to share helpful advice or best practices.
Danger
Use danger admonition to alert users to critical issues or severe risks.
Testing¶
Describe the testing procedures and methodologies used to verify the functionality of the PCB.
Info
Use info admonition to provide additional context or background information.
Conclusions¶
Summarize the key findings of the PCB project. Provide recommendations for future improvements.
Failure
Use failure admonition to discuss failures or mistakes to avoid.
# <Project title>
## Overview
**Repository:** <Link to repository>
<Brief description>>
## Usage
<Provide instructions for user how to use or interact with the PCB>
### Pinout
<Include a pinout schematic. This can help users understand how to interface with the PCB.>
### Troubleshooting
<Describe common issues that may arise during the PCB usage. Include guidance on identifying and resolving these issues.>
## Design
### Requirements
<Describe the purpose of the project and all requirements it has to fulfill>
### Components
<This section should highlight the most important components and their functions.>
### Schematic
<Include an exported image of the PCB schematic.>
<Optionally describe any relevant details about the schematic design>
### Layout
<Include exported images of the PCB layouts>
<- Combined layout with dimensions. Include all important dimensions: PCB width and height, mounting holes size and position, etc. >
<- Combined layout without dimensions>
<- Separate layouts for each layer>
<Optionally describe any relevant details about the layout>
### Reference Documentation
<Include links to relevant reference documents such as datasheets for the components. When possible, host the documents in the project repository. It will guarantee they are easily accessible in the future, even If the original links would be no longer valid.>
## Firmware
### Overview
<Briefly describe function of the firmware. You may also describe firmware architecture, key components and dependencies.>
### Usage
<Describe how to use the firmware. Include information about:>
<- user interfaces or commands available >
<- settings, or parameters that can be customized>
### Development
<- Installing dependencies required for the development>
<- Setting up development environment>
<- Uploading firmware to the target device>
## Manufacturing
### Manufacturing Considerations
<Include any manufacturing considerations for the PCB design, such as panelization, solder mask requirements, or impedance control.>
### Assembly Instructions
<Include any specific guidelines or precautions that need to be followed during the assembly process.>
### Testing
<Describe the testing procedures and methodologies used to verify the functionality of the PCB.>
## Conclusions
<Summarize the key findings of the PCB project. Provide recommendations for future improvements.>