使用静磁波的频率选择可调谐微波混频器

S. N. Dunaev, Y. Fetisov
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引用次数: 0

摘要

利用静磁自旋波(MSW)在非稳态磁化钇铁石榴石(YIG)薄膜中传播,研制并研究了可调谐微波混频器。通过改变外加磁场,将混频器调谐到3 ~ 10ghz的频率范围内。第一个混频器提供了高达300 MHz的频移,最小转换损耗约为- 15 dB。第二种提供了20-150 MHz的频移,最小的转换损耗高达-20 dB。两个混频器本质上都是谐振的,因此它们也提供了信号的频率过滤。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Frequency Selective Tunable Microwave Mixers using Magnetostatic Waves
Tunable microwave mixers using magnetostatic spin wave (MSW) propagating in nonstationary magnetised thin yttrium-iron-garnet (YIG) films have been developed and investigated. The mixers are tuned in the frequency range 3-10 GHz by changing of external magnetic field. The first mixer provided a frequency shift of up to 300 MHz with minimal conversion loss about of - 15 dB. The second one provided a frequency shift of 20-150 MHz and had minimal conversion loss of up to -20 dB. Both mixers are resonant in nature, therefore they provide a frequency filtration of the signals as well.
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