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  • Teensy 3.2 CAN Bus And LIN Bus Breakout Board

Teensy 3.2 CAN Bus And LIN Bus Breakout Board

Product is discontinued. See replacement reference below.
SKU:
TEENSY32-CANLIN-BRK
Quantity:

Product Description

Replacement


This is a CAN Bus breakout board for use with the Teensy 3.2 (included in the scope of delivery). It comes with an onboard 5 VDC regulator with reverse voltage protection, a CAN Bus transceiver and a prototyping area. The LIN Bus connection is provided by the Microchip MCP2004A chip.
 
The Teensy is a complete USB-based microcontroller development system, compatible with Arduino software and libraries. It comes in a minimal footprint, capable of implementing a great variety of projects. All programming is accomplished via the onboard USB port.
 

Features

  • Teensy 3.2 (installed)
  • Onboard voltage regulator (Input voltage  range 6 VDC to 24 VDC)
  • Reverse supply voltage protection
  • Prototyping area
  • 120 Ohm CAN Bus termination resistor (close JP1 to activate termination)
  • Master or Slave configuration (Select master by closing JP9)
  • Socket for 128x64 OLED display (purchase separately)
  • LIN driver by Microchip MCP2004A.
  • Up to 20k baud
  • With ESD protection

TEENSY Resources

Development Resources

Application Example

The photo below demonstrates using the Microchip APGRD004 LIN RGB LED (please, order separately). 
 
Teensy CAN-Bus and LIN-Bus Breakout Board - Demo using Microchip APGRD004 LIN RGB LED

Guide to Automotive Connectivity and Cybersecurity: Trends, Technologies, Innovations and Applications (Computer Communications and Networks)

Guide to Automotive Connectivity and Cybersecurity

This comprehensive text/reference presents an in-depth analysis of the state of the art of automotive connectivity and cybersecurity concerning trends, technologies, innovations, and applications. 

The text explains the challenges of the global automotive market, merely showing where the multitude of innovative activities fit within the overall effort of cutting-edge automotive innovations and provides an ideal framework for understanding the complexity of automotive connectivity and cybersecurity.

The insights offered by this practical guide is of great value to graduate students, academic researchers and professionals in the industry seeking to learn about the advanced methodologies in automotive connectivity and cybersecurity.

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