MCP2515 CAN Bus Module Features:
- Vehicle and Industrial Excellence: Primarily designed for Car OBDII/CAN BUS monitoring, while also catering to industrial control needs.
- High-speed Communication: Supports the CAN V2.0B specification, ensuring a robust communication speed of 1Mb/S.
- Data Versatility: Facilitates a data field ranging from 0 to 8 bytes, ensuring adaptability as per the requirement.
- Broad Compatibility: Harmonizes with all renowned MCP2515 Arduino Libraries, enhancing its integration capabilities.
- Varied Frame Support: Accommodates the standard frame, expanded frame, and remote frame for diverse applications.
- Sturdy Power & Control: Operates on a 5V DC power supply and employs the SPI interface protocol for precise control.
- Optimal Transmission: Features a 120-ohm termination resistor, guaranteeing impedance matching and safeguarding against signal radiation, thereby ensuring long-distance data transmissions.
- Compact Design with Precision: Measures a modest 40 x 28mm, making it easy to incorporate in various setups. Additionally, its screw hole centre spacing is meticulously set at 23mm x 38mm.
- Efficient Power Management: Consumes a typical current of 5mA during operations, dropping to a mere 1 microamp in standby mode, excluding the power indicator.
- Robust Operating Range: Designed for endurance, it operates seamlessly in industrial-grade temperatures, ranging from -40℃ to 85℃.
Applications forMCP2515 CAN Bus Module:
- Automotive Mastery: Ideal for car control, CAN BUS, and OBDII systems.
- Industrial Brilliance: Perfectly suited for high-end industrial control CAN BUS applications.
- 1x MCP2515 CAN Bus Module TJA1050 Receiver SPI
Step into the future of vehicle and industrial control with the MCP2515 CAN Bus Module from Kunkune. Expertly engineered with the TJA1050 Receiver SPI, this module not only fits seamlessly into car OBDII/CAN BUS monitoring and control systems but also delivers impeccable performance in industrial control environments. With its adherence to the CAN V2.0B specification, it ensures swift communication, facilitating an optimal data transmission experience.