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EMC of Automotive Wiring Analyzed by Finite Elements
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English
Abstract
The electromagnetic compatibility (EMC) of wiring is determined by its electromagnetic field and impedance. The field and impedance can be calculated at any frequency using electromagnetic finite elements. Skin effects and proximity effects are included in the calculations. Examples given here include the analysis of a spark plug wire in an automotive engine compartment.
Citation
Brauer, J., "EMC of Automotive Wiring Analyzed by Finite Elements," SAE Technical Paper 851644, 1985, https://doi.org/10.4271/851644.Also In
References
- Brauer J. R. Erickson R. H. Sliper S. B. Zeisler F. L. “Automotive Electrical Components Analysed by Magnetic Finite Elements” paper 850445 presented at SAE International Congress February 1985
- A proprietary product available from A. O. SMITH Data Systems 6901 N. Kildeer Court, Milwaukee, WI 53909 (414)357-2829
- Brauer J. R. “Finite Element Calculation of Eddy Currents and Skin Effects” IEEE Trans. on Magnetics March 1982
- Brauer J. R. “Open Boundary Finite Elements for Axisymmetric Magnetic and Skin Effect Problems” J. Appl. Phys. Nov. 1982
- Rodriguez R. Dishman J. M. “Proximity Effect Calculations for Rectangular Planar Conductors” Digest of IEEE Intermag Conference Grenoble, France May 1981
- Coffell J. H. “Analytical Prediction of EMC Properties of an Automotive Horn” presented in this session of SAE Passenger Car Meeting September 1985
- Brauer J. R. “Finite Element Analysis of Electrical and Magnetic Fields” Proceedings of Chautauqua on Finite Element Modeling Harwichport, MA September 1980