Accurate phase synchronization of a cryogenic microwave oscillator

E. Ivanov, D. Mouneyrac, J. Le Floch, M. Tobar, D. Cros
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Abstract

We developed an effective technique for phase synchronization of a cryogenic microwave oscillator. The achieved quality of phase synchronization is a few milliradians. It enables accurate measurements of extremely weak phase fluctuations expected from the next generation of frequency stabilized microwave oscillators based on the cryogenically cooled sapphire dielectric resonators.
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低温微波振荡器的精确相位同步
提出了一种有效的低温微波振荡器相位同步技术。相位同步的实现质量为几亿弧度。它能够精确测量基于低温冷却蓝宝石介电谐振器的下一代频率稳定微波振荡器所期望的极弱相位波动。
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Blackbody radiation shifts and magic wavelengths for atomic clock research Multiplexed optical link for ultra-stable frequency dissemination Frequency stability and phase noise of an improved X-band cryocooled sapphire oscillator Frequency shifts of colliding fermions in optical lattice clocks Theoretical and experimental study of the phase noise of opto-electronic oscillators based on high quality factor optical resonators
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