基于F-P腔的MEMS TOF的波长控制技术
Wavelength control technology for F-P cavity-based MEMS TOF
摘要
文章分析了基于法布里-珀罗(F-P)腔技术的微机电系统(MEMS)可调谐光滤波器(TOF)的调谐原理，推导并测试了其波长与温度及波长与电压的关系，提出了温度与电压相结合的波长混合控制技术，实现了1 530~1 560 nm范围内的波长可调的光滤波器。
Abstract
This paper analyzes the principle of F-P cavity-based MEMS Tunable Optical Filter (TOF), deduces and tests the relationship between its wavelength and voltage/temperature, presents the wavelength hybrid control technology by temperature and voltage and realizes tunable optical filters within the range of 1 530~1 560 nm.
辜勇, 胡强高, 吴晓平, 汤风帆. 基于F-P腔的MEMS TOF的波长控制技术[J]. 光通信研究, 2009, 35(6): 45. Gu Yong, Hu Qianggao, Wu Xiaoping, Tang Fengfan. Wavelength control technology for F-P cavity-based MEMS TOF[J]. Study On Optical Communications, 2009, 35(6): 45.
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