屏蔽介质谐振器稳定固态振荡器的机会

A. Kogut, R. Dolia, S. Nosatiuk, Ye. A. Shulha
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引用次数: 1

摘要

考虑了外置高q屏蔽介质谐振器在平面波导下通过电磁耦合实现毫米波振荡器稳频的可能性。结果表明,通过改变振荡器的输出槽在平面波导中的位置,可以实现振荡器发射的波与屏蔽腔自身的低语通道模式的相位同步。因此,通过外部高q谐振器实现振荡器频率稳定的“通过”方案。展示了屏蔽腔与平面波导之间的高效耦合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Opportunity of solid-state oscillator stabilization by shielded dielectric resonator
The possibility of the frequency stabilizing of mm-wave oscillator by external high-Q shielded dielectric resonator through their electromagnetic coupling at using the planar waveguide is considered. It is shown that the phase synchronization of the waves emitted by the oscillator and the own whispering gallery modes of shielded resonator is achieved by changing the position of the output slot of the oscillator in a planar waveguide. Thus, oscillator frequency stabilization by the external high-Q resonator is achieved on a “to pass” scheme. The high efficiency coupling between shielded resonator and planar waveguide is shown.
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