江西科学
江西科學
강서과학
JIANGXI SCIENCE
2003年
2期
88-91
,共4页
波分复用%分布式光纤传感器%法拉第效应
波分複用%分佈式光纖傳感器%法拉第效應
파분복용%분포식광섬전감기%법랍제효응
Wavelength division multiplex%Distrbuted optical- fiber sensor%Faraday effect
设计一种基于输电母线电流法拉第效应的磁光光纤电流传感系统.在需要实时监控的节点上放置传感器模块,并且利用波分复用光纤网络技术从各节点处传输实时数据至中央计算机,构成分布式光纤电流监控系统.
設計一種基于輸電母線電流法拉第效應的磁光光纖電流傳感繫統.在需要實時鑑控的節點上放置傳感器模塊,併且利用波分複用光纖網絡技術從各節點處傳輸實時數據至中央計算機,構成分佈式光纖電流鑑控繫統.
설계일충기우수전모선전류법랍제효응적자광광섬전류전감계통.재수요실시감공적절점상방치전감기모괴,병차이용파분복용광섬망락기술종각절점처전수실시수거지중앙계산궤,구성분포식광섬전류감공계통.
In the testing and control of electricity system, Magnetism- photo optical fiber electricity sensor modules based on Faraday Effect of the main electricity wire can be made. We can place these sensor modules at the spots where the electricity needs to be tested and controlled real- timely and make use of the Wavelength Division Multiplexing(WDM)technique of optical fiber network to transmit the real-time data from all spots to the central computer, so the system of distributed optical fiber electricity current supervision and control is constructed.
