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Electro-optical parametric oscillators with novel loop pulling cancellation scheme

机译:具有新颖的环路牵引消除方案的电光参量振荡器

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摘要

The novel concept of the electro-optical parametric oscillator (EOPO) as a frequency stabilization scheme is presented. Effects that are limiting the performance of the basic EOPO scheme and approaches to overcome the dominant imperfections are discussed. A certain frequency noise cross talk that takes place between the pump and the EOPO output is suppressed by locking the frequency of the pumplight to the frequency of the EOPO output as an active reference. Fluctuations of the loop delay time also lead to a pulling of the frequency of the EOPO output. Therefore a novel loop pulling cancellation scheme based on amplitude modulation spectroscopy is presented and demonstrated in this paper.
机译:提出了电光参量振荡器(EOPO)作为频率稳定方案的新颖概念。讨论了限制基本EOPO方案的性能以及克服主要缺陷的方法。通过将泵浦光的频率锁定为作为有效参考的EOPO输出的频率,可以抑制在泵和EOPO输出之间发生的一定频率的噪声串扰。环路延迟时间的波动还会导致EOPO输出频率的拉高。因此,本文提出并演示了一种基于调幅谱的新型环路拉动消除方案。

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