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A Novel Collinear Optical System with Annulus Mirrors for Holographic Disc Driver

机译:具有全息盘驱动器环形镜的新型共线光学系统

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This paper focus on a novel collinear lens system with annulus mirrors for holographic disc driver, both information beam and reference beam are use same laser beam. The expanded and parallel laser beam, center part of it as the information beam then through Fourier transform lens, the beam around center part as a reference beam. On this axis, the ring reference beam reflected by two annulus shaped mirrors, then became a convergent beam, together with the information beam which through the first Fourier transform lens then produce holographic pattern to be write into the holographic disc behind of them, this lens system with two mirrors made the angle between information beam and reference beam more wide, can improved the multiplex level of holographic storage. Pair of Fourier transform lens with advance performance is designed in this paper.
机译:本文侧重于新颖的共线镜头系统,带环镜用于全息盘驱动器,信息梁和参考光束都使用相同的激光束。扩展和平行激光束,其作为信息束的中心部分,然后通过傅里叶变换透镜,围绕中心部分的光束作为参考光束。在该轴上,由两个环形反射镜反射的环参考光束,然后成为会聚光束,与通过第一傅里叶变换镜头的信息光束一起产生全息图案以写入它们后面的全息盘,这镜头具有两个镜子的系统使信息波束与参考光束之间的角度更宽,可以提高全息存储的多路复用电平。本文设计了具有先进性能的傅里叶变换镜头。

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