首页|军用高精度惯性微系统集成技术展望

军用高精度惯性微系统集成技术展望

扫码查看
随着军事领域对精确导航和定位的需求不断提升,高精度惯性微系统集成技术在军用方面展现出显著的应用潜力.通过提升组装精度、优化封装方式、增强抗干扰能力和实现微型化设计等举措,有效突破了现有技术的瓶颈.综述了惯性传感器、导航系统和集成技术的基本发展状况,深入探讨了国内外军事领域对高精度惯性微系统集成技术的需求.针对国内研究现状以及打破国外禁运的迫切需求,分析了当前在高精度、高可靠、微小型化层面进行研究的重要性和紧迫性,阐述了这些要求对于军事系统的关键作用.同时,提出了提高组装正交性、解决组装残余机械应力等封装问题的研究方向,以期推动军用高精度惯性微系统集成技术的创新和发展.
Prospects for integration technology of military high precision inertial microsystems
As the military demand for precise navigation and positioning is increasing,high-precision inertial microsystem integration technology has shown significant potential in the military application.By improving assembly precision,optimizing packaging,enhancing anti-jamming capability and realizing miniaturized design,this study effectively breaks through the bottleneck in the existing technologies.The basic development of inertial sensors,navigation systems and integration technology is summarized.At the same time,the demand for high-precision inertial microsystem integration technology in the military field both at home and abroad is explored in depth.In view of the domestic research status and the urgent need to break the foreign embargo,the importance and urgency of current research on high-precision,high-reliability and micro-miniaturization are analyzed,and the key role of these requirements for military systems is expounded.The research direction of improving assembly orthogonality and tackling packaging problems such as assembly residual mechanical stress is hence proposed,which is expected to promote the innovation and development of military high-precision inertial microsystem integration technology.

inertiamicrosystemsreviewsensor fusionhigh-precision integration

范昶

展开 >

微系统安徽省重点实验室,安徽 合肥 230088

中国电子科技集团公司第四十三研究所,安徽 合肥 230088

惯性 微系统 综述 传感器融合 高精度集成

2024

电子元件与材料
中国电子学会 中国电子元件行业协会 国营第715厂(成都宏明电子股份有限公司)

电子元件与材料

CSTPCD北大核心
影响因子:0.491
ISSN:1001-2028
年,卷(期):2024.43(10)