![]() ![]() When CAN bus systems are working correctly, they’ll send and receive the data they are transmitting within a set of frames. This type of sophisticated communication requires cables and wires to be specifically engineered for the rigorous demands they’ll undergo. Vital safety systems like the anti-lock brakes communicating with the engine’s own module, parts of the transmission, and more are then all displaying real-time information to the driver via the instrument cluster. ![]() Within a vehicle, this allows form the different control modules to all talk to one another at the same time. CAN Bus Wire & Cable Systems 101ĬAN bus systems are vital components of the communication system within a vehicle, medical device, industrial control system, or other highly-complex yet space-constrained application. We’ll cover common CAN bus problems and walk through troubleshooting and diagnostics with these intricate systems. To answer these questions and more, today’s LiveWire spotlight deep-dives into the complex world of CAN bus systems. ![]() But what happens when there’s an issue with a CAN bus system? Can you work on a CAN bus cable? How do you diagnose CAN bus problems? These tight spaces can’t fit a computer so Controller Area Networks (CAN) help bridge the gap to allow microcontrollers and other devices to “talk” to one another. CAN bus systems are essentially high-speed freeways for digital information exchange within a tightly-packed and complex electrical system such as within an automobile. ![]()
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