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构建了光纤陀螺(FOG)全方位性能自动评价系统,对其主要功能进行了详细的叙述,完成了计算机、转台、温控系统、振动台、光纤陀螺等之间的通讯模块软硬件设计。这种光纤陀螺全方位自动评价系统除了可以测试国军标中规定的测试项目,还可以模拟光纤陀螺实际工况下的温度变化、振动影响,对光纤陀螺抗温度变化、抗振动性能做出数字化评价。所有操作均采用模块化设计和可视化方法,方便和简化了复杂的测试过程。通过配接不同的测试仪器,实现了光纤陀螺与陀螺光学元件的程控自动测试。实践证明介绍的光纤陀螺全方位性能自动评价系统技术先进、功能完备,满足各种光纤陀螺性能测试的需要。
The FOG automatic evaluation system is constructed and its main functions are described in detail. The hardware and software design of the communication module between computer, turntable, temperature control system, vibration table and fiber optic gyroscope are completed. This fiber optic gyroscope omnidirectional automatic evaluation system can not only test the test items specified in the national military standard, but also simulate the temperature changes and vibration effects of the fiber optic gyroscope under actual working conditions to digitize the anti-temperature and anti-vibration performance of the fiber optic gyroscope Evaluation. All operations are modular in design and visualization methods to facilitate and simplify the complex testing process. Through the matching of different test instruments, the fiber optic gyroscope and gyroscope optical components are programmed and tested automatically. Practice has proved that the introduction of fiber optic gyroscope omnidirectional performance automatic evaluation system with advanced technology and complete functions to meet the needs of a variety of fiber optic gyroscope performance testing.