消费类电子光学:使用超表面的透镜可以有多小

S. Thibault
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引用次数: 2

摘要

微型光学在许多应用中使用,特别是在消费光学产品中,如网络摄像头,手机,汽车部件,内窥镜,平板电脑和许多其他连接设备。在过去的十年中,手机相机可能是推动更短TTL竞争的罪魁祸首。十年前,手机摄像头是由一个镜头内的3-4个光学塑料元件组成;今天,需要6个以上的光学元件才能获得百万像素的分辨率。但这还不够。市场对更高的光学性能有着永不满足的需求。因此,透镜系统变得更加复杂,现在可能需要更多具有更复杂光学功能的光学元件。在这种情况下,超表面透镜能发挥作用吗?在本文中,我们将尝试解决这个问题,并讨论元表面如何有望成为消费电子市场的游戏规则改变者。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Consumer electronic optics: how small a lens can be using metasurfaces
Miniature optics are used in many applications and particularly in consumer optics for such products as webcams, mobile phones, automotive components, endoscopes, tablets, and many other connected devices. Mobile phone cameras are probably the ones that have driven the race for shorter TTL over the past 10 years. Ten years ago, cell phone cameras were composed of 3-4 optical plastic elements within one camera lens; today it takes more than 6 optical elements to obtain mega pixel resolution. But it is still not enough. The market has an insatiable appetite for greater optical performance. Consequently, the lens system has become more complex and now may require more optical elements with more complex optical functions. In this context, can the metasurface lens play a role? In this paper, we will try to address this question and discuss how metasurfaces promise to become a game changer in the consumer electronics market.
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