Over-the-Air Testing for Total Radiated Power of Unwanted Emissions

J. Fridén, A. Razavi, E. Pucci
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Abstract

5th Generation Mobile Networks (5G) will employ mm-wave base stations with integrated Active Antenna Systems (AASs) with beam-tracking capabilities using narrow beams obtained from array antennas integrated with radios and Power Amplifiers (PAs). The integration of antennas and electronics means that measurements at antenna connectors are not possible. Regulatory limits for unwanted Radio Frequency (RF) emissions are currently set in terms of Total Radiated Power (TRP). With no antenna connectors, Over-the-Air (OTA) methods for TRP of unwanted emissions are needed. Major challenges are: large number of angular points for electrically large devices at mm-wave frequencies, and large number of possible antenna configurations per frequency. Herein, an OTA TRP measurement method based on power density measurements on a spherical surface in an anechoic chamber is investigated.
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无用发射总辐射功率的空中测试
第五代移动网络(5G)将采用带有集成有源天线系统(AASs)的毫米波基站,该系统具有波束跟踪功能,使用从集成了无线电和功率放大器(pa)的阵列天线获得的窄波束。天线和电子设备的集成意味着在天线连接器上进行测量是不可能的。不需要的射频(RF)发射的监管限制目前是根据总辐射功率(TRP)设定的。在没有天线连接器的情况下,需要采用空中传输(OTA)方法对不需要的辐射进行TRP处理。主要的挑战是:在毫米波频率下,大型电子设备的大量角点,以及每个频率的大量可能的天线配置。本文研究了一种基于消声室球形表面功率密度测量的OTA TRP测量方法。
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