CAN - SPI Module -Complete Guide

Upgrade your automotive diagnostics and industrial control systems with our high-performance CAN to SPI interface module. Designed for seamless integration and reliable communication, our module bridges the gap between devices using the Controller Area Network (CAN) protocol and the Serial Peripheral Interface (SPI) protocol.

Supplies

1 x CAN - SPI module

1 x Arduino Uno

1 x Breadboard

1 x LED

1 x Button module

Jumpers

Step 1: Working

To use the MCP2515 Module with an Arduino, you will need to connect the module to Arduino using the SPI interface. It is commonly used to provide an interface between a microcontroller and external hardware, such as sensors and actuators. you can use the MCP2515 library to transmit and receive data over the CAN bus.

You can use an Arduino board to complete tasks such as sending messages, receiving messages, and monitoring the condition of the CAN bus.

 

MCP2515 Pin------------------Arduino Pin

VCC----------------------------------5V

GND---------------------------------GND

CS------------------------------------D10

SO------------------------------------D12

SI-------------------------------------D11

SCK----------------------------------D13

INT-----------------------------------D2

 

Step 2: Circuit Diagram

A circuit diagram for an MCP2515-based design below shows the connections between the MCP2515, the CAN transceiver, with Arduino microcontroller, and the other components in the system.

The transmitter and receiver Parts are connected to the CAN Bus Module (MCP2515) by their CAN-H and CAN-L pins.  The following image shows you communication between two Arduino over CAN Protocol.

Step 3: Sample Code

Before starting on the coding part of the project, we need to install the MCP2515 CAN Bus Library to the Arduino IDE. Download and install CAN Library

Step 4:

Connect the Jumper at the end nodes only.