A novel micro optical system employing inclined polymer mirrors and Fresnel lens for monolithic integration of optical disk pickup heads

F. Tseng, Heng-Tsang Hu
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引用次数: 13

Abstract

This paper proposes a novel method to integrate precisely fabricated inclined-mirrors and on-chip Fresnel lens for optical pickup-head application. A new technology of glycerol-compensated incline-exposure has been adopted for the fabrication of 45/spl deg/ mirror pairs. Device fabrication has been successfully completed and testing result demonstrated functional VCSEL beam focusing onto a 5 /spl mu/m spot. This new integration approach provides an easy and low cost fabrication mean without the need of assembly. The fabricated optical components are robust, accurate aligned, and ready for free space operation as in an optical pickup-head.
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一种采用倾斜聚合物反射镜和菲涅耳透镜的新型光盘拾取头单片集成微光学系统
提出了一种将精密制造的倾斜镜和片上菲涅耳透镜集成到光学拾取头中的新方法。采用甘油补偿倾斜曝光的新技术制备了45/spl度/镜对。器件制造已经成功完成,测试结果表明VCSEL光束聚焦在5 /spl μ m的点上。这种新的集成方法提供了一种简单、低成本的制造方法,而不需要组装。制造的光学元件是坚固的,准确对准,并准备在一个光学拾取头自由空间操作。
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