Tests on waveform synthesis in a new cryocooler setup

A. Sosso, B. Trinchera, P. Durandetto, E. Monticone, O. Kieler, R. Behr, J. Kohlmann
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Abstract

A new experimental setup based on a two-stage cryocooler has been developed at INRIM for operation with Josephson arrays. Recently some parts of the setup have been upgraded in order to allow the synthesis of waveforms; in particular, a well suited rigid rf coaxial cable with bandwidth exceeding 30 GHz has been mounted. We describe preliminary results obtained in tests of waveform synthesis with pulse-driven Josephson arrays fabricated at PTB. Unipolar sinewaves at 1.25 kHz and amplitudes ranging up to tens of millivolts were generated. Results are then discussed in relation with the specific thermal issues posed by He-free cooling.
在新型制冷机装置中波形合成试验
INRIM开发了一种基于两级制冷机的新实验装置,用于约瑟夫森阵列的操作。最近,为了允许波形的合成,一些部分的设置已经升级;特别是,已经安装了带宽超过30 GHz的非常适合的刚性射频同轴电缆。我们描述了在PTB制造的脉冲驱动约瑟夫森阵列的波形合成测试中获得的初步结果。产生1.25 kHz的单极正弦波,振幅可达数十毫伏。然后讨论了与无氦冷却所带来的具体热问题的关系。
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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