As Arduino doesn’t contain any inbuilt CAN port, a CAN module called MCP2515 is used. This CAN module is interfaced with Arduino by using the SPI communication. Let’s see about more about MCP2515 in ...

If your project is space limited, here is a Serial CAN-BUS module which has the full features of CAN Bus. The Serial CAN-BUS provides your Arduino or others MCU with the capability to communication to ...

That’s all you need to know in order to use and external serial EEPROM chip with your Arduino. As mentioned before, this is basically a dirty experiment with the 24C256 module. So, if you plan to use ...

This project uses an Arduino and the MCP2515 module to read the IDs and hexadecimal messages from the low-speed CAN network (GMLAN Low Speed) of a 2012 Chevrolet Cruze instrument cluster. The CAN ...

Connecting the Micro SD Card module to the Arduino UNO is very simple we just need to connect the SPI lines that is SCK, MISO, and MOSI, to the Arduinos SPI line that is SCK(D13), MOSI(D12), and ...

Shown below is the basic hardware setup diagram. Here, Arduino’s (Uno R3) A4 (SDA) and A5 (SCK/SCL) pins are used for the I2C control, and the module is 3.3 V powered by the Arduino itself. It seems ...

Testing sample Arduino programs on RejsaCAN-ESP32-S3. When we look at the example section on GitHub, we can see that there are sample Arduino sketches such as: ESP32-S3 – SPI settings for SD card ...

The CAN Bus Companion book details the use of the Arduino Uno and the Raspberry Pi 4 in practical CAN-bus-based projects. Using either the popular Arduino Uno microcontroller board or the Raspberry Pi ...