High efficiency fast diffractive lens for beam coupling

Y. Sheng, D. Feng
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Abstract

Diffractive lenses for laser diode beam focusing collimating and coupling have wide applications. Large numerical aperture and high light efficiency are important issues for the coupling lenses. Numerical aperture of a typical laser diode beam can be as large as NA ~ 0.5. To capture the highly divergent beam the lens must have a low F-number of F/1 ~ F/2. Coupling the laser beam into an optic fiber with an acceptance angle of NA ~ 0.1 - 0.2 needs even larger numerical aperture of the lens.
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用于光束耦合的高效快速衍射透镜
衍射透镜在激光二极管光束聚焦、准直和耦合方面有着广泛的应用。大数值孔径和高光效是耦合透镜的重要问题。典型的激光二极管光束的数值孔径可达NA ~ 0.5。为了捕捉高度发散的光束,透镜必须具有F/1 ~ F/2的低F值。将激光束耦合到接收角为NA ~ 0.1 ~ 0.2的光纤中,需要更大的透镜数值孔径。
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