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A novel quasi-ellipsoidal microlenses employing a quadrangular-pyramid-shaped fiber endface

机译:一种采用四棱锥形光纤端面的新型准椭圆微透镜

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We propose a novel quasi-ellipsoidal microlens employing a quadrangular-pyramid-shaped fiber endface (QPSFE) for the coupling between high-power 980 nm laser diodes and single mode fibers. The QPSFE was fabricated by using a grinding and polishing technique and then heating in a fusing splicer to form a quasi-ellipsoidal microlens endface. A coupling efficiency of 60% has been demonstrated. Based on the Gaussian beam approximation, a simple theoretical calculation of the effect ellipsoidal-axis and working distance on coupling efficiency is presented.
机译:我们提出了一种新的准椭圆体微透镜,用于耦合高功率980nm激光二极管和单模纤维之间的四边形 - 金字塔形光纤端面(QPSFE)。通过使用研磨和抛光技术制造QPSFE,然后在熔化的剪接器中加热以形成准椭圆体微透镜端面。已经证明了60%的耦合效率。基于高斯光束近似,提出了椭圆轴轴和耦合效率工作距离的简单理论计算。

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