Narrow spectral width laser diode for metastable argon atoms pumping

SPIE LASE Pub Date : 2016-04-22 DOI:10.1117/12.2207393
Jun Gao, Bin Li, Xinbing Wang, D. Zuo
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Abstract

Diode laser pump source with narrow emitting spectrum for optically pumped metastable rare gas laser (OPRGL) of argon was achieved by employing a complex external cavity coupled with volume Bragg grating (VBG). A commercially available c-mount laser diode with rated power of 6 W was used and studied in both the free running mode and VBG external cavity. The maximum output power of 3.9 W with FWHM less than 25 pm and peak wavelength locked around 811.53 nm was obtained from the VBG external cavity laser diode. Precise control of VBG temperature enabled fine tuning of the emission wavelength over a range of 450 pm. Future researches on OPRGL of argon will benefit from it.
用于亚稳氩原子抽运的窄谱宽激光二极管
采用复合外腔耦合体布拉格光栅(VBG)实现了窄发射光谱的氩光泵亚稳态稀有气体激光器(OPRGL)二极管激光泵浦源。采用市售的额定功率为6 W的c-mount激光二极管,在自由运行模式和VBG外腔下进行了研究。VBG外腔激光二极管的最大输出功率为3.9 W, FWHM小于25 pm,峰值波长锁定在811.53 nm左右。VBG温度的精确控制使得发射波长在450pm范围内的微调成为可能。这对未来氩的OPRGL研究将有很大的帮助。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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