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Direct near-field phase measurements of lensed fiber employing a single-mode fiber interferometer

机译:采用单模光纤干涉仪的透镜光纤的直接近场阶段测量

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A method of direct measurement of near-field wavefront and intensity distribution of lensed fiber employing a single-mode fiber interferometer is proposed and demonstrated. The wavefront of lensed fiber showed a curved wave with the radius of curvatures from 8 to 32 ?m at various locations along the z axis. The wavefront radius of curvatures of laser diode and lensed fiber were in good agreement with each other that the similar curved wavefront distributions between laser and lensed fiber was mode matching, results in high coupling from laser to fiber. Detailed measurements of the near-field phase and intensity distributions of laser and fiber are essential for micro-optic design with better mode matching to achieve efficient coupling.
机译:提出了一种直接测量采用单模光纤干涉仪的透镜光纤近场波前和强度分布的方法。透镜光纤的波前呈沿Z轴的各个位置显示曲率半径的曲波,其各个位置处为8至32μm。激光二极管和透镜光纤的波前半径彼此吻合良好,即激光和透镜光纤之间的类似弯曲波前分布是模式匹配,导致从激光到纤维的高耦合。激光和光纤近场相位和强度分布的详细测量对于具有更好模式匹配的微光学设计来实现有效耦合。

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