SPECIFICATIONS

Features:

Seamless XIAO Compatibility:

Designed to work seamlessly with the Seeed Studio Xiao development board.

Efficient Communication:

The onboard MCP2515 chip provides reliable control and handling of the CAN Bus communication. The integrated SN65HVD230 chip ensures accurate signal conversion and robust communication over the CAN Bus.

Terminal Connection:

The CANH and CANL lines are conveniently accessible through a 3-pin terminal, allowing easy connection to the CAN Bus.

Compact Design:

The expansion board has been designed with a compact form factor, making it suitable for various applications.

Product Description:

The Seeed Studio CAN-Bus Breakout Board is specifically designed to work with the Seeed Studio Xiao development board, providing an easy and convenient way to add CAN Bus communication functionality to your projects.

The integration of the MCP2515 controller and SN65HVD230 transceiver chips on the expansion board ensures seamless and efficient communication over the CAN Bus. The MCP2515 controller handles the protocol management, message filtering, and error handling, while the SN65HVD230 transceiver converts the digital signals from the controller into the differential signals required for CAN Bus communication.

With the Seeed Studio CAN-Bus Breakout Board, you can leverage the power of the Seeed Studio Xiao development board and its extensive ecosystem to create projects that require CAN Bus communication. Whether you're working on automotive applications, industrial control systems, robotics projects, or IoT devices, this expansion board provides a reliable and compact solution for integrating CAN Bus capabilities into your designs.

1. GND

2. CANH

3. CANAL

4. LED Indicators for RX/TX

5. SN65NVD230

6. MCP2515

Application

• Automotive Projects

• Industrial Control Systems

• Robotics

• IoT Applications

Part List

. Seeed Studio CAN-Bus Breakout Board   x1

Documentations

• MCP2515 datasheet

• SN65HVD230 datasheet

   

• XIAO Reference Design

   

• 3D Printing "Case" Studies