在舰船、车辆摇摆倾斜控制系统中，传统的测量控制系统必须选用高精度的惯性测量器件，成本较高。
In the sway control system of ships and cars the traditional measurement control system has to choose the high-cost inertia measurement device with high precision.
原子光学技术的进步使得原子光学仪器在诸多测量领域确立了高精度测量手段的地位，如原子频标、原子磁强计和原子惯性系统。
As atomic optics technology improves, the atomic optical device has developed to be a high-precision measurement method in many fields, such as CSAC, CSAM and CSAG.
阐述了高精度捷联惯性测量装置全温测试系统的设计方案及主要功能，对该系统进行了软硬件设计，分析了测试程序的特点。
The scheme and main function of full temperature test system for high precision inertia measuring unit are described in this paper. The design of system in hardware and software is made.
应用推荐