船舶甲板下环境无线网络兼容性试验用发射源

C. Lins-Morstadt, M. Slocum, G. Tait
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引用次数: 3

摘要

无线通信技术正在海军舰艇和潜艇上部署。在安装无线系统之前,必须进行舰载测试,以验证无线系统和敏感的舰载电子设备在甲板下环境中的电磁兼容性。正在开发一种电磁环境(EME)发生器,可用于在一次测试中进行900兆赫至18千兆赫的兼容性测试,从而无需为每种新的无线技术和频率进行昂贵的单独兼容性测试。该电磁辐射发生器可以产生具有频谱和波形的电磁发射,将数字调制无线信号的频谱和波形结合在一起。所有导致无线信号干扰附近电子设备的因素都由操作员在EME发生器中控制,并设置为保守值以进行兼容性测试。在NSWC Dahlgren混响室多径环境下,对802.11(N/G)无线发射源和EME发生器发射源进行频谱和信号分析测量,并对一种常用测试件进行敏感性测试。结果表明,电磁干扰发生器将能够评估对传统舰载电子系统的高频电磁干扰影响,并在无线系统继续向更高频率、更宽带宽和更高总功率移动时提供有价值的兼容性信息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Emission source for compatibility testing of wireless networks in the below-deck environment on ships
Wireless communications technology is being deployed in Navy ships and submarines. Prior to installing wireless systems, shipboard testing must be conducted to verify electromagnetic compatibility in the below-deck environment between the wireless system and sensitive onboard electronics. An electromagnetic environment (EME) generator is being developed that can be used for conducting compatibility testing from 900MHz to 18GHz in a single test, eliminating the need for expensive individual compatibility tests for each new wireless technology and frequency. This EME generator can create an electromagnetic emission with spectra and waveforms that bound the spectra and waveforms of digitally modulated wireless signals. All of the factors that cause a wireless signal to interfere with nearby electronics are operator controlled in the EME generator, and set to conservative values for conducting compatibility testing. Spectrum and signal analysis measurements and susceptibility tests of a common test article were conducted for both 802.11(N/G) wireless and EME generator emission sources in the multipath environment of the NSWC Dahlgren reverberation chamber. Results indicate that the EME generator will enable evaluation of high-frequency EMI effects to legacy shipboard electronic systems, and provide valuable compatibility information as wireless systems continue to move to higher frequencies, wider bandwidths, and higher aggregate power.
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