Principles and Maintenance of the Full-Vehicle Network System of Modern Cars

Author: Yang Qingbiao
Publisher:
Publish Date: 2007-01-01
Features: This book primarily explains the principles and maintenance of the entire vehicle network control system in modern cars, with a focus on communication systems such as CAN (Local Area Network), MOST (Media Oriented System Transport), LIN (Local Interconnect Network), Bluetooth (Bluetooth Communication), and BUS (Network Transmission). The book takes modern common car series such as FAW-Volkswagen, SAIC-Volkswagen, FAW-Audi, Toyota, Guangzhou Honda, and Shanghai General Motors as the core, emphasizing the structural principles and fault diagnosis methods of the entire vehicle network control system. It also explains how to use an oscilloscope to test the entire vehicle network control system and the diagnostic approaches for common faults, providing valuable learning and reference materials for modern mechanics to improve their skills.
Chapter 1 explains the advantages, types, and common fault diagnosis methods of the CAN system in the entire vehicle network control system, with a focus on the in-depth explanation of fiber optic transmission MOST.
Chapter 2 takes Volkswagen car series as an example, explaining the development process and types of the entire vehicle network system in Volkswagen car series, and analyzing the control and diagnostic methods of the entire vehicle network in Volkswagen car series.
Chapter 3 explains the development process of the entire vehicle network system in Audi car series and the application of CAN and LIN buses, with a focus on explaining the process of using an oscilloscope to test the system. Taking the new Audi A6 as an example, it explains the application of MOST (Media Oriented System Transport) and Bluetooth (Bluetooth Communication) in Audi car series.
Chapter 4 explains the application of the entire vehicle network in Toyota and Lexus car series, and takes the Toyota Camry and Lexus LS400 as examples to explain the characteristics of the entire vehicle network control in this car series.
Chapter 5 takes the Guangzhou Honda Accord as an example to focus on explaining the testing and fault diagnosis methods of the entire vehicle network control system in Guangzhou Honda car series.
Chapter 6 takes the Shanghai as an example to explain the control process and fault diagnosis of serial communication in the entire vehicle network of Shanghai car series.
Chapter 7 explains the operation and circuit control of the serial communication system in the Shanghai General Motors Chevrolet car series.
This book combines theory and practice, using a large number of easy-to-understand illustrations and incorporating the characteristics of many car models. It can serve as a teaching reference for the entire vehicle network control system in automotive colleges and universities, as well as a valuable book for maintenance personnel to self-study and improve their skills.