Systematic Automotive Wiring Guideline Based on Coupling Theory

• Main Authors: Kim, Ealgoo, Ngoc, Quy Trinh, Lee, Jeongpyo, Song, Seungwoo, Park, Jaehong, Kwon, Jingoo, Ok, Soonsuk, Choi, Jangdon, Chae, Kwihan
• Format: Report
• Language: English
• ISSN: 0148-7191; 2688-3627
• DOI: 10.4271/2007-01-0519

This paper introduces a systematic wiring guideline which includes coupling noise calculation, wire layout design, and wire type selection methodologies. The coupling theory between wires has been introduced long time ago but it was not successfully applied to real automotive wiring design due to the complexity in the theory such as large number of parameters and many different conditions in automotive wiring environment. In this paper, the complexity is reduced by separating physical parameters and electrical parameters and identifying controllable parameters and given parameters. This paper first introduces parameters which are used in the coupling equations and automotive wiring design, then the coupling noise calculation method which uses the coupling equations is introduced. The systematic automotive wiring guideline which prevents noise problem in various design stage such as system filter design, wire layout design, wire type selection is introduced. The proposed wiring guideline will prevent noise problem systematically, easily, and effectively in early design stage increasing credibility and stability of automotive electronic system operation.