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Evaluation of Intermodulation Distortion of a Ferrite Element by the Two-Tone Method

机译:用双音法评估铁氧体元素的互调失真

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摘要

A method to evaluate the intermodulation distortion (IMD) of a ferrite element by the two-tone method is proposed in which a dual-mode resonator enables an intense RF magnetic field to be applied to the ferrite. A test fixture operating at frequencies around 2 GHz was designed and assembled based on this concept. The IMD was measured using the test fixture and different shapes of ferrites were used to show the effect of different magnetization distributions. Discussions including the data obtained in former studies clarified factors dominating the IMD of ferrite. It is anticipated that these investigations will lead to a significant reduction in IMD in ferrite circulators, as well as an increase in power-handling capability.
机译:提出了一种通过双音法评估铁氧体元件的互调失真(IMD)的方法,其中双模谐振器使强RF磁场能够施加到铁氧体上。基于此概念,设计并组装了工作在2 GHz左右频率的测试夹具。使用测试夹具测量了IMD,并使用了不同形状的铁氧体来显示不同磁化强度分布的影响。包括以前研究中获得的数据在内的讨论澄清了决定铁素体IMD的因素。预计这些研究将导致铁氧体循环器中IMD的显着降低,以及功率处理能力的提高。

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