Compact Hz-level linewidth laser system

E. Portuondo-Campa, S. Kundermann, S. Lecomte
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Abstract

Increasing the compactness and robustness of laser stabilization systems is a critical need for the development of industrial applications of ultra-narrow linewidth lasers. In this aim, a compact optical setup based on the Pound-Drever-Hall scheme with a high finesse cavity was built with overall dimensions of L × W × H = 45 × 35 × 13 cm3. An external cavity diode laser (PLANEX, RIO Inc.) as well as a distributed-feedback fiber laser (Koheras Adjustik, NKT photonics) were stabilized using this system. The frequency stability was evaluated using a similar setup as reference. The combined relative stability of the systems reached 7·10−15 at 1s.
紧凑的赫兹级线宽激光系统
提高激光稳定系统的紧凑性和鲁棒性是发展超窄线宽激光器工业应用的关键需求。为此,基于庞德-德雷弗-霍尔方案,构建了一个整体尺寸为长×宽×高= 45 × 35 × 13 cm3的具有高精细度腔体的紧凑光学装置。使用该系统稳定了外腔二极管激光器(PLANEX™,RIO Inc.)和分布式反馈光纤激光器(Koheras adjustk, NKT photonics)。使用类似的设置作为参考,评估了频率稳定性。系统的综合相对稳定性在1s时达到7·10−15。
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