Parametric analysis of NSA data by the methods of piecewise multiple linear regression

D.Y. Wang, Ken-Huang Lin, M. Huang
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Abstract

NSA data parametric analysis enables us to draw more valuable information concerning quality of a radiated emissions test site. The single breakpoint regression model can best fit either theoretical or measured NSA data because of the nature of ED curves of all NSA geometries. Radiation pattern and phase center should be considered for frequency ranging from 200 to 1000 MHz. In this frequency band a pair of LPDA are used. When distance between the two antennas is 3 meters, the use of hybrid broadband antennas (commonly known as bilog antennas) should be avoided due to their large size. A typical biconical antenna as depicted in MIL-STD-461A has the radiation pattern of a thick dipole. Therefore the CFNSA method is not applicable to the biconical antennas
用分段多元线性回归方法对NSA数据进行参数分析
NSA数据参数分析使我们能够得出有关辐射发射试验场质量的更有价值的信息。单断点回归模型可以最好地拟合理论或测量的NSA数据,因为所有NSA几何形状的ED曲线的性质。在200至1000兆赫的频率范围内,应考虑辐射方向图和相位中心。在这个频带中使用一对LPDA。当两根天线之间的距离为3米时,由于其体积较大,应避免使用混合宽带天线(俗称双天线)。MIL-STD-461A中所描述的典型双锥天线具有厚偶极子的辐射方向图。因此,CFNSA方法不适用于双锥天线
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