16通道微型集成滤光片制备技术的研究
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上海市重大科研攻关(03dz11007)资助项目.衷心感谢上海技术物理所红外物理国家重点实验室陆卫研究员与王少伟博士的指导与合作.


STUDY OF FABRICATION OF 16-CHANNEL MICRO INTEGRATED FILTER
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    摘要:

    多光谱成像光谱技术正在向光谱通道更多、集成度更高、体积小和重量更轻的方向发展,而用于分光的多通道滤光片是其关键光学元件,需要相应发展新型多光谱窄带集成滤光片制备技术.提出了组合刻蚀法布里-珀罗(F-P)滤光片间隔层的方法,将光学薄膜制备技术,离子束刻蚀技术与掩膜法技术相结合,形成新的多通道集成滤光片的制备方法.并在单个微型基片上,成功制备了集成16通道窄带线阵滤光片,获得的单元滤光片几何线宽为0.7mm,相对半峰全宽优于1.0%,透射峰定位精度优于0.25%.这一方法不但可满足集成度更高的滤光器件的要求,而且拓展了薄膜制备的方法。

    Abstract:

    Multi-spectrum imaging system is tending to become smaller, more integrated, lighter and more spectrum channels, and spectrum-dividing multi-channel filter is one of critical elements of the system. A new effective technology is needed to meet the requirement. A new method named combined etching technology was presented here by adjusting the thickness of space layer of F-P filter. Traditional coating technology was combined with ion etching and masking technique to fabricate multi-channel integrated filters. A 16-channel micro integrated narrow band pass filter was fabricated within a small size substrate, whose feature size of unit filter width is 0. 7mm, relative half width of peak transmission is less than 1.0%, and peak position location accuracy is beneath 0. 25%. This method not only meets the requirement of integrating more filters, but also develops the fabrication technology of thin film.

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林炳 于天燕 李大琪 刘定权 张凤山.16通道微型集成滤光片制备技术的研究[J].红外与毫米波学报,2006,25(4):287~290]. LIN Bing, YU Tian-Yan, LI Da-Qi, LIU Ding-Quan, ZHANG Feng-Shan. STUDY OF FABRICATION OF 16-CHANNEL MICRO INTEGRATED FILTER[J]. J. Infrared Millim. Waves,2006,25(4):287~290.]

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  • 收稿日期:2005-07-21
  • 最后修改日期:2006-01-16
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