虚拟消声室的可行性:终极E3测试设施

D. L. Schoch, M. A. Mohd
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引用次数: 2

摘要

大型综合系统(如飞机和直升机)的电磁干扰和电磁兼容测试可以在大型消声室中完成。现在存在几个非常大的消声室。然而,所有的消声室都有其固有的局限性。这些限制包括尺寸、安全性和许多其他技术问题。对于比消声室更大的项目或需要锻炼飞机发动机或旋转直升机叶片的测试,在虚拟消声室中进行室外测试是满足EMI和EMC测试目标的可行解决方案。本文对露天虚拟消声室的电磁干扰和电磁兼容测试能力进行了现场可行性分析。为了说明分析,选择的例子是位于佛罗里达州埃格林空军基地的弹药和电子系统(PRIMES)设施的飞行前集成地点。
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Feasibility of a virtual anechoic chamber: the ultimate E3 test facility
EMI and EMC testing of very large integrated systems such as aircraft and helicopters can be accomplished in large anechoic chambers. There are now several very large anechoic chambers in existence. However, all anechoic chambers have inherent limitations. These limitations include size, safety, and numerous other technical issues. For items larger than an anechoic chamber or for a test requiring the exercise of aircraft engines or rotating helicopter blades, outdoor testing in a virtual anechoic chamber is a viable solution for meeting EMI and EMC test objectives. This paper presents a site feasibility analysis for an open air virtual anechoic chamber for EMI and EMC test capability. To illustrate the analysis, the example selected is the site at the Preflight Integration of Munitions and Electronics Systems (PRIMES) Facility located at Eglin Air Force Base, Florida.
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