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^4fRing Laser Gyro Systems for Dynamic Calibration of Angular Optical Encoders

机译:^ 5架激光陀螺仪系统,用于动态校准角度光学编码器

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^7fThe report describes the laser goniometer intended for calibration of a circular optical encoders. This is one of the most perspective systems based on the rotating ring laser gyro. This system provides the calibration of every line of optical encoder even if number of lines achieves one hundred thousands or more. The system operates in fully automate mode and calibration procedure takes very small time. The accuracy of calibration is on the level of 0,1 arcs. The rotation rate range is up to 5...10 revolutions per second. The important feature of the system is ability to measure dynamic error of optical encoder. The schematic of the system, analysis of errors, examples of implementation are considered in the report. The important part of the report is devoted to metrological support of calibration of a optical encoders. The angle standard based on the RLG and the holographic optical encoder with systematic error on the level of 0,01 arcs is described also in the report.
机译:^ 7F报告描述了用于校准圆形光学编码器的激光焦仪。这是基于旋转环激光陀螺仪的最透视系统之一。即使线路数量达到数十万个以上,该系统也提供了每一线路编码器的校准。该系统以完全自动化模式运行,校准程序需要很少。校准的准确性在0,1弧的级别上。旋转速率范围高达5 ... 10旋转每秒。系统的重要特征是测量光学编码器的动态误差的能力。系统的示意图,误差分析,在报告中考虑了实现的例子。报告的重要部分致力于光学编码器校准的计量支持。在报告中还描述了基于RLG和全息光学编码器的角度标准,并在报告中描述了0,01弧的水平的系统误差。

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