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Estimation of radiated emission sources with arbitrary directionalcurrent components using CISPR measurement system

机译:任意方向辐射源的估算使用CISPR测量系统的当前组件

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Relating to the radiated emission sources finding method utilizingCISPR emission measurement system, which uses only amplitude datawithout phase data, the applicability to sources with arbitrarydirectional current components was studied. We propose a new findingalgorithm in which the horizontal and the vertical current componentsare estimated at the same time by taking into account the contributionof horizontal current components when calculating the vertical electricfield. As a result of experimental verification by using two sphericaldipole antennas as ideal emission sources, estimated values show goodagreement with the original ones in the frequency range from 300 MHz to1 GHz, where the position estimation deviation Δd was less than0.15 m, the amplitude estimation deviation Δj was less than 2.1dB, and furthermore the angle of current direction could be estimated.Consequently, this method with the presented new algorithm can beapplied to find radiated emission sources even when the currentcomponents point to arbitrary directions
机译:关于利用的辐射源寻找方法 CISPR发射测量系统,仅使用幅度数据 没有相位数据,对任意来源的适用性 研究了方向性电流分量。我们提出一个新发现 水平和垂直电流分量的算法 同时考虑到贡献来估算 计算垂直电时水平电流分量的变化 场地。经过实验验证,使用了两个球形 偶极子天线是理想的发射源,估计值显示出良好的 在300 MHz至300 MHz的频率范围内与原始协议一致 1 GHz,位置估计偏差Δd小于 0.15 m,幅度估计偏差Δj小于2.1 分贝,并且可以估计当前方向的角度。 因此,采用提出的新算法的该方法可以是 应用于寻找辐射源,即使当电流 组件指向任意方向

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