与干涉仪耦合的MOS变容射频测量VNA

R. Debroucke, D. Gloria, D. Ducatteau, D. Théron, H. Tanbakuchi, C. Gaquière
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引用次数: 2

摘要

如今,先进的硅技术为60GHz以上的设计和高性能数字控制振荡器提供了功能,因此必须使用次fF变容管。开发这种设备的挑战之一是能够准确地表征它的过程优化和建模。在高频和低频范围内,这种类型的测量必须面对50Ω的高阻抗特性和不匹配问题。在射频范围内,安捷伦正在开发一种添加到VNA的干涉仪模块,能够表征非常低的电容。在本文中,我们使用专用校准硅结构对该设备进行了评估,以测量500aF MOS变容管,并将测量结果与开发的电气模型进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
attoF MOS varactor RF measurement VNA coupled with interferometer
Nowadays with capabilities offered by advanced silicon technologies both for design above 60GHz and for high performance Digitally Controlled Oscillator, the use of sub fF varactor is mandatory. One of the challenge to develop this device is to be able to characterize it accurately for process optimization and modeling. In high and above all low frequency range, this type of measurement has to face with the issue of high impedance characterization and mismatch regarding 50Ω. In the RF range, Agilent is developing an interferometer module added to a VNA able to characterize very low capacitance. In this paper, we evaluate this equipment using dedicated calibration silicon structures to measure 500aF MOS varactor and compare measurement to developed electrical model.
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