介绍一种新的莫尔条纹细分方法，详细分析了这种方法的工作原理及特点。
This paper introduces a new fine divided method of Moire stripe, analyzes the principle of operation and characteristics in detail.
在实施莫尔条纹细分中，两路信号的相位误差将影响计量光栅的测量位移时的精度。
In morie strip division, the phase error between two signals will affect the measurement precision.
指出了非对称双级闪耀光栅实现莫尔条纹倍增理论的实质，并简化了实现高倍数光学细分的手段。
The fundamentality of fringe multiplication in DMNG is pointed out. and the means to realize optical subdivision with high multiple is simplified.
本文介绍了两种莫尔条纹信号的细分方法。这些方法完成细分值计算的速度快并且占用内存少。
This paper introduces two subdivision methods for moire fringe signals. The methods require less internal memories and they can compote the interpolated position values of the signals much faster.
光电轴角编码器中的莫尔条纹信号质量决定了整个系统的细分精度。
The signal quality of Moire fringe in photoelectric shaft encoder determines the subdivision accuracy of the whole system.
本文提出了一种莫尔条纹计数细分方法，可以完成高速鉴向及可逆计数。
A method to count and divide the moiré fringe signal is provided, which can achieve high speed direction recognition and reversible counting.
本文提出了一种莫尔条纹计数细分方法，可以完成高速鉴向及可逆计数。
A method to count and divide the moiré fringe signal is provided, which can achieve high speed direction recognition and reversible counting.
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