应力加载试验装置

H. Kohlbacher
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引用次数: 0

摘要

为了在大型指挥、控制、通信和情报(C/sup 3/I)系统上进行现实、高效的EMC系统测试,美国陆军在亚利桑那州瓦丘卡堡的电子试验场开发了一种应力加载设施(SLF)。SLF是一种低功耗、射频(RF)硬件仿真设备,用于测试电子设备对实际RF信号密度的响应,同时监测关键系统在测(SUT)性能参数。SLF根据在预测试期间开发的时间-事件场景生成模拟RF环境。射频环境还包括将由该射频环境传输的相关调制和信息类型。与SUT相关联的系统、功能和组件,使其能够实际操作,并且在SLF中模拟不用于测试的物理可用性。该设备用于评估信息流量和电磁应力。不考虑环境和机械应力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Stress loading test facility
The need to conduct realistic, efficient EMC system tests on large command, control, communications, and intelligence (C/sup 3/I) systems has led to the development of a stress loading facility (SLF) by the US Army Electronic Proving Ground at Fort Huachuca, Arizona. The SLF is a low-power, radio-frequency (RF), hardware simulation facility for testing the response of electronic equipment to realistic densities of RF signals, while simultaneously monitoring key system under test (SUT) performance parameters. The SLF generates a simulated RF environment based on a time-event scenario that is developed during the pretest period. The RF environment also includes the associated modulations and types of information that would be transmitted by this RF environment. The system, function, and components that are associated with the SUT to allow it to operate realistically and are not physically available for the test are simulated within the SLF. The facility is used to evaluate message traffic and electromagnetic stress. Environmental and mechanical stresses are not considered.<>
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