导光结构的直接书写

T. Fahlbusch, L. Overmeyer
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引用次数: 3

摘要

光学结构在数据传输和测量中的应用不断增加。广域网(WAN)和局域网(LAN)中的光纤是最先进的。聚合物光纤(POFs)由于其重量轻,耐损坏和电磁干扰而优于电导体。就像玻璃一样,它们提供高数据传输速率。本文研究了利用点胶技术实现表面内外导光结构的集成。第一部分介绍了光纤的特性。可用的结构和组件的集成导致在表面上和内部直接创建导光结构。为了实现这一点,一种聚合物被应用在表面上,以建立包层。在下一步中,另一种聚合物被填充在包层上,并建立了光导结构的核心。第一种聚合物的另一层包裹着核心。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Direct Writing of Light Guiding Structures
The application of optical structures in data transfer and measurement increases steadily. Optical fibres in WAN (Wide Area Networks) and LAN (Local Area Network) are state of the art. Polymer optical fibres (POFs) are superior to electrical conductors due to their lightness, their resistance to damage and electromagnetic interference. Just like their glass equivalents they provide a high data transfer rate. The integration of light guiding structures on and in surfaces with the help of dispensing technology is considered in this paper. In the first part the properties of optical fibers are described. The available structures and the integration in components lead to the direct creation of light guiding structures in and on surfaces. For achieving this, one polymer is applied on the surface in order to build the cladding. In the next step another polymer is filled in or on the cladding and sets up the core of the light guiding structure. An additional layer of the first polymer encloses the core.
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