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This work aims to provide an overview and updates, compared to the existing or previous literature in the same field, on vehicular antennas and related services. Current trends and future possible implications stemming from the evolving demand of antennas and connectivity in automobiles, light and heavy trucks, and other vehicles, are investigated and synthesized. Antennas for professional, public,...
Automotive antenna measurements are increasingly demanding. Modern cars are equipped with a large number of integrated antennas, spanning a wide frequency range for a large number of applications. Integrated antennas are strongly coupled with the structure, final testing are thus performed on the vehicle to accurately determine the performance. The physical and electrical size of typical cars, impose...
This article describes a measurement campaign performed by a real-time UWB MIMO channel sounder and an analysis of measured date aimed at localisation applications in the automotive scenario. Measurements were done in the 3.5 GHz -10.5 GHz frequency band in different antenna constellations and propagation environments. Basic statistical analyses offer better insight into the measured radio channel...
Based on the recent enhancements of the traditional MoM, a combined set of the advanced methods, techniques and special means is proposed to provide an accurate and effective simulation of EM/EMC automotive antenna problems.
The requirements for testing to automotive EMC standards in anechoic chambers are varied. They are also different from other EMC standards in that they have two categories of test at either component or vehicle level. The CISPR, SAE, ISO and EC standards are the most commonly used. Since automotive EMC vehicle test chambers can be some of the largest EMC test facilities in existence it is important...
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