NRLM光频率测量研究进展

E. Sakuma, Y. Miki, T. Kurosawa, T. Sakurai, Y. Akimo
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引用次数: 1

摘要

我们的频率链到甲烷稳定的3.39 pm如图1所示。该链条由三级组成,与其他标准实验室使用的链条几乎相同。在混合的第一阶段,我们采用约瑟夫森结点接触二极管(J-J二极管)作为谐波发生器混频器。J-J二极管通常可以产生更高的谐波(我们曾经获得的最高?)是50 GHz的第83次)比其他混频器,这使我们能够使用更便宜的微波源和组件。在其他两个混合级,W-Ni点接触二极管被用作h~ nononic发生器zixeI-。
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Progress in Optigal Frequengy Measurement At NRLM
Frequency Chain Our frequency chain to methane-stabilized 3.39 pm is shown in Fig.1. The chain consists of three stages and almost t e same as the one used in other standard laboratories23. We adopted the Josephson Junction point contact diode (J-J diode) as a harmonic-generator mixer at first stage of the mixing. The J-J diode can generally produce higher harmonics ( the highest we ever obtained?) is the 83rd of 50 GHz) than the other mixers, which enables us to use the cheaper microwave sources and components. At the other two mixing stages, W-Ni point contact diodes are used as a h~rnonic-generator zixeI-.
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