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Production manner of the optical waveguide substrate which possesses the registration structure, and production manner of the photoelectricity air mixed loading substrate

机译:具有对准结构的光波导基板的制造方式以及光电混载基板的制造方式

摘要

In the optical waveguide substrate, and the photoelectricity air mixed loading substrate, at the same time with part reduction and process simplification high position precision the production possibility, optical waveguide and the registration structure, and production manner is provided in the optical terminal area of the substrate which uses that are offered at high yield rate. In the optical waveguide substrate, when the mirror component pattern is formed in optional position on clad layer 11, simultaneously, the pattern 14 for registration which possesses convex form in optional position of the mirror pattern 13 rim section is respectively formed, mirror pattern 13 is processed to taper condition. Next, the mask component when it registers with 100 which possesses the through hole in position of desire and the pattern 14 for registration with checking and verifying, the metal membrane is formed in inclined section 22 of mirror pattern and the pattern 14 surface for registration. Furthermore, pattern when 14 for registration and photo mask 16 is registered, on clad layer 11 where it adjoins with mirror pattern 13, wiring core pattern 20 is formed.
机译:在光波导衬底和光电空气混合装载衬底中,同时以减少零件数量和简化工艺的高位置精度,在玻璃的光端子区域中提供了制造可能性,光波导和对准结构以及制造方式。以高产率提供的基材。在光波导基板中,当在覆盖层11上的任意位置形成反射镜部件图案时,同时形成在反射镜图案13的边缘部的任意位置具有凸状的配准用图案14,从而形成反射镜图案13。处理到锥度条件。接着,在掩模部件与期望的位置上具有通孔的100和用于对位的图案14进行对位确认后,在镜面图案的倾斜部22和用于对位的图案14的表面上形成金属膜。进而,在与镜面图案13邻接的包层11上形成用于配准的图案14和配光掩模16的图案,从而形成配线芯图案20。

著录项

  • 公开/公告号JPWO2011049087A1

    专利类型

  • 公开/公告日2013-03-14

    原文格式PDF

  • 申请/专利权人 日立化成株式会社;

    申请/专利号JP20110537263

  • 发明设计人 菅原 俊樹;松岡 康信;

    申请日2010-10-19

  • 分类号G02B6/13;G02B6/122;G02B6/42;

  • 国家 JP

  • 入库时间 2022-08-21 16:53:15

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