Near-Field Millimetre Wave Vector Microscopy - Buried Structure Imaging

T. Auriac, J. Raoult
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引用次数: 1

Abstract

Near-field vector measurement can be used to image devices or material. From optics to microwaves, this technique uses different method and theoretical supports. Our test bench, working in the band 55 to 65 GHz and its capacity to image a buried structure on a commercial chip from GaN system are presented here. The influence of the bow-tie probe shape and the distance of measure is discussed. The capacity of our system to image a buried structure is detailed thought the information of modulus and phase of the near field reflected voltage.
近场毫米波矢量显微镜-埋藏结构成像
近场矢量测量可用于成像器件或材料。从光学到微波,这项技术使用了不同的方法和理论支持。本文介绍了我们在55至65 GHz频段工作的试验台及其在GaN系统商用芯片上对埋地结构成像的能力。讨论了领结探头形状和测量距离的影响。利用近场反射电压的模量和相位信息,详细分析了系统对地下结构的成像能力。
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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