Spherical near-field antenna measurements

C. Parini, S. Gregson, J. McCormick, D. Rensburg
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引用次数: 324

Abstract

From the material presented here, it is clear that the theory underlying the SNF approach is complex and involved to implement. However, it is also very elegant and provides one with many measurement options and powerful capabilities. The numerical implementation of the theory can be efficiently deployed through the use of the fast Fourier transform (FFT) enabling transforms of even electrically large antennas to be accomplished in a matter of a few seconds on a modern powerful digital computer. With the advent of commercially available SNF test systems, the user can exploit these techniques, largely unimpeded by the burden of the theory or the implementation thereof. The material presented here highlighted some of the fundamental concepts and limitations the user needs to be aware of in order to use these test systems with confidence.
球面近场天线测量
从这里提供的材料来看,很明显SNF方法的理论基础是复杂的,并且涉及到实现。然而,它也非常优雅,提供了许多测量选项和强大的功能。该理论的数值实现可以通过使用快速傅里叶变换(FFT)有效地部署,使得即使是电大型天线的变换也可以在现代功能强大的数字计算机上在几秒钟内完成。随着商用SNF测试系统的出现,用户可以利用这些技术,很大程度上不受理论或实现的负担的阻碍。这里介绍的材料强调了一些基本概念和限制,用户需要知道,以便有信心地使用这些测试系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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