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飞机、舰船、地面车辆的惯性导航,火箭、导弹的惯性制导,以及武器平台、瞄准线的稳定等,都需要利用惯性测量装置实时、准确地测量方位、速度、位置、姿态等参数,以完成预定的导航或稳定任务。光电技术在惯性传感器中的应用促进了惯性测量技术的发展,并满足了军用惯性导航系统、惯性制导系统及平台稳定系统对高性能,高精度、高可靠性惯性测量装置的需求。
Inertial guidance of aircraft, ships and ground vehicles, inertial guidance of rockets and missiles, stability of weapon platforms and aiming lines, etc., require the use of inertial measurement devices to measure parameters such as orientation, velocity, position and attitude in real time Complete scheduled navigation or stability tasks. The application of optoelectronic technology in inertial sensors promotes the development of inertial measurement technology and meets the needs of high performance, high precision and high reliability inertial measurement devices for military inertial navigation systems, inertial guidance systems and platform stabilization systems.