上海紫珊光电技术有限公司,上海,201103
Published:2005
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[1]汤树成,刘小会,陈刚.一种改进型的管状光纤光栅温度补偿封装实验[J].现代有线传输,2005(05):78-80.
汤树成, 刘小会, 陈刚. An improved tube type Fiber Bragg Grating temperature compensation packaging experiment[J]. 2005, (5).
[1]汤树成,刘小会,陈刚.一种改进型的管状光纤光栅温度补偿封装实验[J].现代有线传输,2005(05):78-80. DOI:
汤树成, 刘小会, 陈刚. An improved tube type Fiber Bragg Grating temperature compensation packaging experiment[J]. 2005, (5). DOI:
本文提出一种改进型的管状小型化光纤光栅温度补偿封装技术
这种方法是基于双金属结构来实现无源温度补偿功能。与其他双金属结构相比
其优势在于可以实现封装结构的管状小型化
尺寸可小于Φ5mm×50mm(D×L)。在0℃-75℃范围内
该封装结构的光栅温度系数小于1pm/℃
完全达到实用化指标性能。
An improved temperature compensation packaging method based on twin metal structure is brought forward
which can make package size minimizing. Compare with traditional twin metal structure
this method has the advantage of minitype (Size less than Φ5mm × 50mm ) and high performance (temperature coefficient less than lpm/℃).
光纤光栅封装技术 [J]. 钱颖,黄石峰,柏葆华,孙英志. 长春邮电学院学报 . 2000(02)
光纤光栅Bragg波长随温度和应力的变化特性及其补偿 [J]. 蒋英,庞翠珠,陈根祥,简水生. 光通信研究 . 1999(01)
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