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首页> 外文期刊>Electromagnetic Compatibility Magazine, IEEE >Test methods for RF-based electronic safety equipment: Part 2 — Development of laboratory-based tests
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Test methods for RF-based electronic safety equipment: Part 2 — Development of laboratory-based tests

机译:射频电子安全设备的测试方法:第2部分-实验室测试的发展

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We describe the development of free-field test methods for wireless electronic safety equipment that replicate field-test conditions in a laboratory environment. The test methods can be used to verify the performance of wireless devices, such as those used by emergency responders, in the presence of known attenuation and under RF interference conditions. The test methods presented here were developed to support the National Fire Protection Association (NFPA) in the revision of NFPA 1982: Standard on Personal Alert Safety Systems (PASS), but would be applicable to other types of RF-based equipment as well. In Part 1, we illustrated methods for extracting performance metrics from a series of field tests conducted by NIST researchers. In Part 2, we replicate the key field test conditions in the laboratory and verify device performance under those conditions.
机译:我们描述了用于无线电子安全设备的自由场测试方法的发展,该方法可在实验室环境中复制现场测试条件。该测试方法可用于在已知衰减存在和RF干扰条件下验证无线设备(例如,应急人员使用的设备)的性能。开发此处介绍的测试方法是为了支持美国国家消防协会(NFPA)修订NFPA 1982:《个人警报安全系统标准》(PASS),但也适用于其他类型的基于RF的设备。在第1部分中,我们说明了从NIST研究人员进行的一系列现场测试中提取性能指标的方法。在第2部分中,我们将复制实验室中的关键现场测试条件,并在这些条件下验证设备性能。

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