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Ôƺ£ÓÎÏ·'s all purpose introduction to Controller Area Networks (CAN).

For many years, this tutorial has served as the "go to" industry resource for learning the basics of CAN (ISO 11898-1 and ISO 11898-2).

Includes description of messages, oscilloscope images, connectors, bit timing, and error handling.

Ôƺ£ÓÎÏ·'s all purpose introduction to Controller Area Networks (CAN).

For many years, this tutorial has served as the "go to" industry resource for learning the basics of CAN (ISO 11898-1 and ISO 11898-2).

Includes description of messages, oscilloscope images, connectors, bit timing, and error handling.

This .zip file includes .epub, .epub (Kindle), and .mobi formats for eReaders.

In-depth comparison of CAN and Ethernet, and breaks down ideas for enhancing CAN using the hidden bandwidth modern technology releases.

This .zip file includes .epub, epub (Kindle), and .mobi formats of the "J1939 Overview" document.

"J1939 Overview" provides an overview of the J1939 higher layer protocol.

J1939 is a higher layer protocol used widely in the automotive and heavy-duty truck world for managing CAN communication.

Topics covered include message format, addressing, physical layer, and more.

Sean Zhang, a field Application engineer for Caterpillar Oil & Gas, used a Ôƺ£ÓÎÏ· Memorator Pro 2xHS v2 dual channel CAN interface and datalogger to record CAN data in a demonstration of Caterpillar’s C15 diesel generator at the CIPPE show in Beijing this year.

LaValley Industries counts on CSM MiniModules, DiagRA X Data Acquisition software, plus a Ôƺ£ÓÎÏ· Blackbird CAN interface for real-world testing and development of their pipe handling attachments for excavators. When it comes to pipe handling, drill pipe handling, and weld positioning, LaValley Industries knows all there is to know.

Datamatics Group, creators of the Neptuno TOS, a telemetry system that provides real-time data through CAN, propriety sensors, cameras and positioning information on port operations, reached out to Ôƺ£ÓÎÏ· for suggestions on a reliable method of data transfer in these rugged, and sometimes, unpredictable conditions.

Lars Berno Fredriksson, president of Ôƺ£ÓÎÏ· AB and chairman of the J1939 Next Generation Task Force, has published a whitepaper discussing a technique for multiplexing CAN with another protocol to meet the high-speed, high data volumes required by next generation heavy duty vehicles. 

This is a case study by Ôƺ£ÓÎÏ·, documenting the use of the Ôƺ£ÓÎÏ· Memorator Pro 2xHS v2 and t programming in order to solve a problem for Caterpillar.

Ôƺ£ÓÎÏ· Blackbird CSM LaValley Pipe Handling Case Study

This PDF shows the impact of CAN FD on different parts of the organization.

Includes highlights for Management, Driver and Applications Software Engineers, Real-Time Experts, and Data Communication Security and Integrity Engineers.

Seakeeper has developed a particularly sophisticated anti-roll gyro that eliminates up to 95% of boat roll on vessels 27 ft. and up. A unique feature is its vacuum-sealed enclosure, which protects the gyro’s flywheel, bearings and motor from the marine environment and facilitates a smaller, lighter and less power-consuming design. Seakeeper’s solution uses the CAN bus to coordinate a distributed control system.

The University of Nebraska–Lincoln (UNL) is renowned for its agriculture and natural resources program, long a home to groundbreaking research in agricultural sciences and landscape management. It’s no surprise, then, that the tractor plays an important role for the school, both in the curriculum and in research.

This document describes the differences, and similarities, of Classical CAN and CAN FD (ISO 11898-1).

This is an introductory guide to understanding and working with J1939 DBC files.

This is the full "print" file for the Product catalogue brochure.

In this paper Bryan Hennessy presents a method to capture and analyze a CAN signal, buried within a CAN frame, using Microsoft Excel, Notepad, and Ôƺ£ÓÎÏ·’s free CanKing software.

ICC2020 paper written by Kent Lennartsson.

Cake Case Study Letter

Cake case study with A4 file type

This .zip file includes .epub, epub (Kindle), and .mobi formats of the "CAN FD For Different Stakeholders" document.

"CAN FD For Different Stakeholders" describes the impact of CAN FD on different parts of the organization.

Includes highlights for Management, Driver and Applications Software Engineers, Real-Time Experts, and Data Communication Security and Integrity Engineers.

This PDF provides an overview of the J1939 higher layer protocol.

J1939 is a higher layer protocol used widely in the automotive and heavy-duty truck world for managing CAN communication.

Topics covered include message format, addressing, physical layer, and more.