Product description: Dual-channel CAN BUS Shield for Raspberry Pi - Seeedstudio 103990563
Seeedstudio shield for Raspberry Pi minicomputers. It supports the CAN FD interface with a transmission speed of up to 8 Mb/s , it is a faster and more efficient version of the traditional CAN interface. The shield is based on the MCP2518FD controller and the MCP2558FD transceiver. The device uses the SPI interface to communicate with the minicomputer. The shield can be powered using the GPIO pins of the Raspberry Pi or using screw connectors using a DC voltage ranging from 12 V to 24 V. The board also has Grove connectors, 120 Ω resistors and switches to control their operation.
The subject of the sale is the CAN BUS overlay. The Raspberry Pi minicomputer must be purchased separately.
The set includes the necessary mounting elements and a 2x40 goldpin strip.Main features of the module
- CAN FD Support
- Data transfer speed up to 8 Mb/s
- Two Grove connectors
- Possibility to power the entire set with DC voltage from 12 V to 24 V using screw connectors
- Integrated 120 Ω resistor that can be turned on and off at any time
- Fully compatible with Raspberry Pi GPIO connectors
Technical specification
- Supply voltage:
- 5V via GPIO Raspberry
- 12 V to 24 V DC via screw terminals
- Number of channels: 1 CAN FD
- Number of ports: 2 CAN connectors
- Controller: MCP2518FD
- Transceiver: MCP2558FD
- Communication interface: SPI
Dual-channel CAN BUS shield for Raspberry Pi communication
The board is designed to work with the Raspberry Pi minicomputer. The dual-channel CAN BUS shield for Raspberry Pi is characterized by the ability to support the CAN FD interface with a data transfer speed of 8 Mb/s.
The CAN BUS Shield for Raspberry Pi is designed for Raspberry Pi Hat communication. It is based on the MCP2518FD controller and the MCP2558FD transceiver.
CAN BUS board for Raspberry Pi – advantages
The CAN BUS Shield for Raspberry Pi supports the CAN FD interface, which is significantly faster than the traditional CAN interface. It can be powered in two ways - using the Raspberry Pi GPIO connectors or pins. It is richly equipped, because you will also find Grove connectors, 120 Ω resistors and switches designed to control their operation.
Ensure efficient, smooth and reliable Raspberry Pi Hat communication with an innovative fast data transmission overlay!
