摘要
光纤陀螺是一种重要的导航装置,光纤环(FOC)作为其敏感核心元件决定了光纤陀螺的精度和稳定性。本文针对FOC绕制过程中,边缘光纤匝易产生挤压变形,出现叠丝、塌陷等绕制缺陷,以及FOC绕制效率低等问题,构建了FOC三维仿真模型、分析了边缘非对称四级结构FOC在不同温度载荷下的SHUP误差、优化了光纤环换层绕纤边缘自动控制方法。最后,实际绕纤实验验证了所述方法的有效性。
Fiber optic gyroscope(FOG)is an important navigation device,and as its sensitive core element fiber optic ring(FOC)determines the accuracy and stability of FOG.During FOC winding process,extrusion deformation is likely to arise in the edge of the optical fiber turn,leading to winding defects such as overlapping yarn and collapse.To solve these problems and improve FOC winding efficiency,3D FOC simulation model was built,the SHUP effects of FOC with incomplete symmetry quadruple structure under different temperature load were analyzed,and the automatic edge control method of cross-layers was optimized.Finally,the effectiveness of the method was verified by actual winding experiments.
作者
葛双超
杨瑞峰
郭晨霞
GE Shuang-chao;YANG Rui-feng;GUO Chen-xia(Instrument and Electronics Institute,North University of China,Taiyuan 030051,China;Shanxi Automation Testing Equipment and System Engineering Technology Research Center,Taiyuan 030051,China)
出处
《激光与红外》
CAS
CSCD
北大核心
2020年第9期1131-1137,共7页
Laser & Infrared
基金
山西省重点研发计划项目(No.201903D121060,No.201903D121118,No.201803D121058)资助。
关键词
光纤环
有限元仿真
相位误差
自动控制
fiber optic coil
finite element simulation
phase error
automatic control
