MCP2515 CAN BUS Module Single chip program
The MCP2515 CAN Bus Module Single Chip Program Routine Arduino allows for simple control of CAN Bus devices via SPI interface with your MCU, such as the Arduino UNO. It is also compatible with various Arduino-based micro-controller projects.
Definitions for pins
- The pin for receiving a 5V power input to VCC.
- Ground pin for GND power connection.
- The Active Pin for selecting a chip in CS SPI mode is the CS SPI SLAVE select pin.
- The output pin on the SPI master controls the input pin on the slave.
- The SCLK pin is responsible for controlling the SPI clock.
- The interrupt pin of the INT MCP2515
- The interface is the connection point for users to interact with a computer or device.
- Terminal selection for the J1 120R resistor.
- J2 has the ability to output a blocking signal through the KF301-2P connector pins CANH and CANL.
- The output from the J3 CANH and CANL pins
Included in the product are various notable features. Some of these features include a high-performance processor, a user-friendly interface, and advanced security measures.
- The technical standard for CAN V2.0B is supported, with a communication rate of 1Mb/S.
- The data field can range from 0 to 8 bytes in length.
- Incorporate the TJA1050 High-speed CAN transceiver.
- The interface for expanding the Multi CAN bus now includes SPI control.
- Viewing communication data can be achieved by utilizing the serial port.
- Equipped with the independent key, as well as LED and Power indicators.
- Utilizing the power pin
- Standard, extended, and remote frames.
- Ensuring proper impedance, guaranteed driving ability, enabling long-range data transfer, and minimizing signal leakage.
- The spacing at the center of the positioning screw holes is 23 mm by 38 mm.
- The typical working current is 5mA, while the standby current is only 1 microamp. However, this does not include the power indicator.
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