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    • 1. 发明公开
    • 파장변환장치
    • 波长转换器件
    • KR1020060135788A
    • 2006-12-29
    • KR1020067017379
    • 2005-02-04
    • 포토-피직스 라보레토리 인코포레이티드사이버 레이저 가부시끼가이샤
    • 오쿠노,타다시와타나베,아키라
    • G02F1/37G02F2/00
    • G02F1/3544G02F2001/3546
    • A wavelength conversion device performs adjustment so as to stabilize the energy conversion efficiency from a to- be-converted light into a converted light and maintain maximum efficiency. The wavelength conversion device includes: a laser light source (10) for generating a basic wave light; a non-linear optical crystal (16) for introducing the basic wave light and generating a converted light; and an optical path adjustment unit (30) for adjusting the propagation direction of the basic wave light and the position of the light flux of the basic wave light in order to input the basic wave light while satisfying the phase matching condition with the non-linear optical crystal. The optical path adjustment unit includes a first reflection mirror (12) and a second reflection mirror (14). The first reflection mirror has an adjustment unit driven by motors (M1, M2) and the second reflection mirror has an adjustment unit driven by motors (M3, M4). Moreover, the wavelength conversion device include: a translucent mirror (18) for extracting a part of an output light (17) by dividing it; and a photo-detector (22) for detecting the divided light. An electric signal (23) outputted from the photo-detector is inputted to adjustment value calculation means (26), where a necessary adjustment value of adjustment place of the optical path adjustment unit is calculated by the fuzzy reasoning and the calculation result is outputted to an optical path adjustment unit control device (28). The optical path adjustment unit control device adjusts the optical path according to an output signal (27) from the adjustment value calculation means.
    • 波长转换装置进行调整,以将来自转换后的光的能量转换效率稳定为转换光,并保持最大效率。 该波长转换装置包括:用于产生基本波光的激光源(10); 用于引入基波光并产生转换光的非线性光学晶体(16); 以及光路调整单元(30),用于调节基波光的传播方向和基波光的光束的位置,以输入基波光,同时满足与非线性的相位匹配条件 光学晶体。 光路调整单元包括第一反射镜(12)和第二反射镜(14)。 第一反射镜具有由马达(M1,M2)驱动的调节单元,第二反射镜具有由马达(M3,M4)驱动的调节单元。 此外,波长转换装置包括:用于通过分割输出光(17)的一部分提取的半透明反射镜(18); 以及用于检测分割光的光检测器(22)。 从光检测器输出的电信号(23)被输入到通过模糊推理计算出光路调整单元的调整位置的必要调整值的调整值计算单元(26),输出计算结果 光路调整单元控制装置(28)。 光路调整单元控制装置根据来自调整值计算装置的输出信号(27)来调整光路。