一个非常低噪音,固定调谐混频器240-270 GHz

M. T. Faber, J. Archer, R. Mattauch
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引用次数: 5

摘要

报道了一种低温单端基频混频器。使用具有低串联电阻的小面积肖特基势垒二极管(C/sub / = 4 fF),再加上精心设计和优化,产生了一个非常低噪声的宽带混频器,当固定调谐并冷却到20K时,在242和272 GHz之间的本地振荡器频率下,其单边带噪声温度小于400K。在266 GHz时,混频器的转换损耗仅为6.4 dB, SSB噪声温度仅为275K。这是有史以来报道的肖特基二极管混频器在这个频率范围内的最低噪声温度。
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A Very Low-Noise, Fixed-Tuned Mixer for 240-270 GHz
A cryogenic, single-ended, fundamental frequency mixer is reported. The use of a small-area Schottky barrier diode (C/sub o/ = 4 fF) having low series resistance, together with a careful design and optimization, have yielded a very low-noise, broadband mixer which, when fixed-tuned and cooled to 20K, has a single-sideband noise temperature less than 400K for a local oscillator frequency between 242 and 272 GHz. At 266 GHz the mixer has only 6.4 dB of conversion loss and its SSB noise temperature is only 275K. This is the lowest noise temperature ever reported for a Schottky diode mixer in this frequency range.
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