The circuit based on LM311 and CD4011 is designed to test the working state of RLG.
给出了基于LM 311和CD 4011的陀螺工作状态检测控制电路。
RLG, which provided the RLIN bibliographic service, was acquired by OCLC effective July 1, 2006.
RLG提供RLIN书目服务，它在2006年8月1日被OCLC收购。
The key technologies and control parameters of the RLG platform gyrocompass system are specially studied.
从而实现对三轴四频陀螺平台罗经理论和关键技术的验证。
Proper selection of dithering amplitude and frequency of RLG has a direct influence on the effect of dithering bias.
抖动参数的正确选择直接影响抖动偏频效果。
Tests show that datum got through the new method are right and the method can be used for treating with signals from dithered RLG.
实验表明新鉴相方法得到的数据正确，因此能用于机械抖动激光陀螺过锁区处理。
As the demanding for high accuracy Ring Laser Gyro is increasing in our country, FPGA is implemented in the control system of the RLG.
针对国内对高精度环形激光陀螺(RLG)的需求，本文把FPGA应用于激光陀螺控制系统之中。
Recently at abroad rate-biastcchnique is under development, it can reduce the random error oi RLG significantly and compensate its bias drift rate.
近年来国外正在研究的速率偏置技术显著地降低了RLG的随机误差，并可补偿常值漂移。
The result shows that this filtering method can decrease each random error term of mechanically dithered RLG effectively and improve the accuracy of RLG.
结果表明：该方法有效降低了机抖激光陀螺的各项随机误差，提高了其使用精度。
Finally, some reflectors of RLG were tested by using the testing system of laser scattering microscope, and the testing results were analyzed in the paper.
最后本文利用这套激光散射显微镜测试系统对激光陀螺用的反射镜片进行了测试，并且对测试结果进行了分析。
Then, a new lifetime predict method to the RLG is brought forward based on the study of the failure mechanisms, which are the internal causes of the failure.
然后，从影响激光陀螺仪寿命的内因——失效机理出发，提出了一种新的激光陀螺寿命预测方法。
In order to reduce lock in of RLG effectively, dithering rate amplitude should be many times (usually over 100 times) larger than the threshold value of lock in.
为了有效地进行抖动偏频，抖动角速度幅度应远大于RL G的闭锁阀值。
This paper discusses the RLG calibration method, and points out that the precise calibration of the rate biased RLG need special equipment that is not available at present.
文中讨论了速率偏频激光陀螺在系统中的精确标定方法，指出该方法需要特殊的转台设备，目前尚无法满足，因此提出了一种结合光学方法测量陀螺安装误差角。
This paper discusses the RLG calibration method, and points out that the precise calibration of the rate biased RLG need special equipment that is not available at present.
文中讨论了速率偏频激光陀螺在系统中的精确标定方法，指出该方法需要特殊的转台设备，目前尚无法满足，因此提出了一种结合光学方法测量陀螺安装误差角。
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