用于自愈系统和可重构毫米波集成电路的变长传输线

David del Río, Iñaki Gurutzeaga, H. Solar, A. Beriain, Ainhoa Rezola, I. Vélez, R. Berenguer
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引用次数: 1

摘要

本文介绍了一种毫米波集成电路变长传输线的设计,给出了设计考虑,并对不同的方法进行了比较。实现的线路由一个存根组成,该存根通过7个不同的开关连接到地面,这些开关可以用来改变线路的电气长度。测量结果表明,该线路的等效电感可在74.8 ~ 110 pH之间调谐,变化幅度为47%。在电长度方面,它可以在20.73°和29.15°之间调谐。所提出的变长传输线可用于自愈系统和可重构设备,也可用于负载-拉力测量电路中的可调匹配网络。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Variable-length transmission lines for self-healing systems and reconfigurable millimeter-wave integrated circuits
This paper presents the design of a variable-length transmission line for millimeter-wave integrated circuits, giving design considerations and comparing different approaches. The implemented line consists of a stub that is connected to ground using 7 different switches, which can be used to change the electrical length of the line. Measurement results show that the equivalent inductance of the line can be tuned between 74.8 and 110 pH, which corresponds to 47% variation. In terms of electrical length, it can be tuned between 20.73° and 29.15°. The presented variable-length transmission line can be used in self-healing systems and reconfigurable devices, as well as to implement adjustable matching networks in load-pull measurement circuits.
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