Personal Near-field System 1987, Radio Camera 2019

D. Slater
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Abstract

In 1987 the author built the world's first Personal Near-field antenna measurement System (PNS). This led to the formation of Nearfield Systems Inc. (NSI) a company that became a major manufacturer of commercial near-field antenna measurement systems. After leaving NSI in 2015 several new personal antenna measurement tools were built including a modern updated PNS. The new PNS consists of a portable XY scanner, a hand held microwave analyzer and a laptop computer running custom software. The PNS was then further generalized into a modular electromagnetic field imaging tool called "Radio Camera". The Radio Camera measures electro-magnetic fields as a n-dimensional function of swept independent parameters. The multidimensional data sets are processed with geometric and spectral transformations and then visualized. This paper provides an overview of the new PNS and Radio Camera, discusses operational considerations, and compares it with the technology of the original 1987 PNS. Today it is practical for companies, schools and individuals to build low-cost personal antenna measurement systems that are fully capable of meeting modern industry measurement standards. These systems can be further enhanced to explore and visualize electromagnetic fields in new and interesting ways.
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个人近场系统1987,无线电相机2019
1987年,建立了世界上第一个个人近场天线测量系统(PNS)。这导致了近场系统公司(NSI)的形成,该公司成为商业近场天线测量系统的主要制造商。在2015年离开NSI后,建立了几个新的个人天线测量工具,包括现代更新的PNS。新的PNS由一个便携式XY扫描仪、一个手持微波分析仪和一台运行定制软件的笔记本电脑组成。PNS随后被进一步推广为称为“无线电相机”的模块化电磁场成像工具。射电相机测量的电磁场是扫描独立参数的n维函数。对多维数据集进行几何变换和光谱变换,然后进行可视化处理。本文概述了新的PNS和无线电相机,讨论了操作注意事项,并将其与1987年的原始PNS技术进行了比较。今天,对于公司、学校和个人来说,建立完全能够满足现代工业测量标准的低成本个人天线测量系统是可行的。这些系统可以进一步增强,以新的和有趣的方式探索和可视化电磁场。
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