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Optical performance evaluation of hybrid micro lens with NA 0.85 for small form factor optical pickup

机译:具有NA 0.85的混合微透镜的光学性能评价小型光学拾取器

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As a popularity of a portable digital device such as a cellular phone, a digital camera and a MP3 player is spreading, the demand of the mobile storage device increases rapidly. A Blu-ray technology using 406nm laser diode and 0.85 NA(Numerical Aperture) satisfies a miniaturization and a high capacity which are the requirements of the portable device. Because a Blu-ray optical storage device can store 1.5Gbyte on a 3cm disk, it is possible to distribute the media in great quantities and with cheaper price. In this paper, we analyze the optical performance of the hybrid micro lens which is manufactured using a micro fabrication technology. The measurements of the optical power, the spot size and the wavefront error are performed to evaluate the hybrid micro lens with 0.85 NA and the designed wavelength of 406nm. Using the measured data, we estimate if the performance of hybrid micro lens corresponds to the designed performance. Also, the processes of measuring an optical performance of hybrid micro lens, which is composed of the refractive lens and the diffractive lens, are proposed using laser diode of 406nm and finite optics.
机译:作为便携式数码设备的普及,如移动电话,数码相机和MP3播放器正在蔓延,迅速移动存储设备的需求增加。甲蓝光技术使用406nm激光二极管和0.85 NA(数值孔径)满足小型化和高容量,其是便携式设备的要求。因为蓝光光学存储装置可存储一个3厘米磁盘上1.5Gbyte,有可能在大量,并用更便宜的价格分发媒体。在本文中,我们分析其使用微制造技术制造的混合微透镜的光学性能。的光功率,光点尺寸和波阵面误差的测量被执行以评估用0.85 NA混合微透镜和406nm的设计波长。使用测得的数据,我们估计如果混合微透镜对应于所设计的性能的性能。此外,测量混合微透镜,它是由折射透镜和衍射透镜构成的光学性能的方法中,使用的是406nm和有限光学系统的激光二极管提出。

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