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Green laser vibrometry based on single-frequency monolithic microchip laser

机译:基于单频整体微芯片激光的绿色激光振动器

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We have developed a laser vibrometer based on a Nd:YVO4/YVO4/KTP monolithic single-frequency green laser operating at 532 nm with narrow linewidth of radiation (~85kHz). Two configurations of laser Doppler vibrometer have been investigate - with so-called single- and double-frequency Bragg shifts. Measurement of heterodyne signals as a mixing result of scattered and reference beams has been performed. In both configurations we have obtained signals with high S/N ratio >30 dB with Resolution Bandwidth RBW = 200 kHz for a vibrometer output power of 3 mW. In our opinion, stable single-frequency solid-state green lasers provide new opportunities for the development of miniature laser vibrometry.
机译:我们开发了一种基于ND:YVO4 / YVO4 / KTP单片单频绿色激光器的激光振动计,在532nm下运行,辐射窄线宽(〜85kHz)。激光多普勒振动计的两种配置已经研究 - 具有所谓的单频和双频布拉格班次。已经执行了作为散射和参考光束的混合结果的外差信号的测量。在这两种配置中,我们已经获得了具有高S / N比> 30 dB的信号,分辨率带宽RBW = 200kHz,用于振动计输出功率为3 MW。在我们看来,稳定的单频固态绿色激光器为微型激光振动器开发提供了新的机会。

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