光通信技术
光通信技術
광통신기술
OPTICAL COMMUNICATION TECHNOLOGY
2014年
2期
7-9
,共3页
王树宇%庞璐%刘军号%宁鼎
王樹宇%龐璐%劉軍號%寧鼎
왕수우%방로%류군호%저정
偏振耦合%光纤环圈%白光干涉%四级对称
偏振耦閤%光纖環圈%白光榦涉%四級對稱
편진우합%광섬배권%백광간섭%사급대칭
polarization crosscoupling%fiber gyro coil%white-light interferometry%quadruple symmetric
基于白光干涉原理,采用麦克尔逊干涉仪补偿光程差的方法,对光纤环圈内部偏振耦合做了试验研究。研究结果表明:光纤环圈绕制过程中,在光纤环圈内部引入了新增的偏振耦合点,且引入的偏振耦合点呈周期性分布;通过改进环圈的绕制工艺,可以很好地抑制新增耦合点的产生。
基于白光榦涉原理,採用麥剋爾遜榦涉儀補償光程差的方法,對光纖環圈內部偏振耦閤做瞭試驗研究。研究結果錶明:光纖環圈繞製過程中,在光纖環圈內部引入瞭新增的偏振耦閤點,且引入的偏振耦閤點呈週期性分佈;通過改進環圈的繞製工藝,可以很好地抑製新增耦閤點的產生。
기우백광간섭원리,채용맥극이손간섭의보상광정차적방법,대광섬배권내부편진우합주료시험연구。연구결과표명:광섬배권요제과정중,재광섬배권내부인입료신증적편진우합점,차인입적편진우합점정주기성분포;통과개진배권적요제공예,가이흔호지억제신증우합점적산생。
The polarization coupling point position and coupling intensity in fiber gyro coils was measured by using optical path compensation ability of Michelson interferometer based on white light interferometry.The results show that the polarization coupling in fiber coils increase in the process of winding and encapsulation and the position of the polarization coupling point is distributed by periodicity.And we can reduce the polar-ization coupling by improve the quadruple symmetric winding technology .