Manufacturing technology for tactical grade FOGs: optical sensing coil task

机译：战术级FOG的制造技术：光学传感线圈的任务

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Abstract: Automation of IFOG coil winding process for cost reduction, quality control and performance enhancements will be covered. The results of a program to develop an automation testbed are presented. The program developed a prototype quadrupole winding suitable for testing a variety of winding automation mechanisms. The effort to develop and test automation techniques is discussed. This effort will serve as a basis for Optelecom's continuing winding automation effort under the ManTech program. The ongoing effort under the ManTech program will be discussed.!2

机译：摘要：将介绍IFOG线圈绕制过程的自动化，以降低成本，控制质量并提高性能。介绍了开发自动化测试平台的程序结果。该程序开发了适用于测试各种绕组自动化机制的原型四极绕组。讨论了开发和测试自动化技术的工作。这项工作将作为Optelecom在ManTech计划下持续进行绕线自动化工作的基础。将讨论在ManTech计划下正在进行的工作！！ 2

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来源
《Fiber Optic Materials and Components》|1994年|p.421-426|共6页
会议地点 San Diego CA(US);San Diego CA(US)
作者
Kendall L. Belsley; Optelecom; Inc.; Gaithersburg; MD; USA; Gene H. Chin; Litton Systems; Inc./Guidance Control Systems Div.; Woodland Hills; CA; USA.;
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正文语种 eng
中图分类一般工业技术;
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4. Manufacturing technology for tactical grade FOGs: optical sensing coil task [C] . Kendall L. Belsley, Gene H. Chin Fiber optic materials and components conference . 1994

机译：战术级雾的制造技术：光学传感线圈任务
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Manufacturing technology for tactical grade FOGs: optical sensing coil task

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