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EXPERIMENTAL EVALUATION OF PHASE DIGITIZING NONLINEARITY CORRECTION IN HETERODYNE INTERFEROMETRY

机译:异戊二烯干涉测量中相位数字化非线性校正的实验评估

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This paper presented experimental results for a new phase digitizing nonlinearity correction algorithm. It was demonstrated that periodic error was significantly reduced, provided the limiting Doppler shift magnitude of 40 kHz was exceeded. Similarly, for sinusoidal motion profiles it was shown that the correction in periodic error was better at higher velocities and was the worst at the positions where the stage reversed its direction (Figure 5).
机译:本文介绍了一种新的相位数字化非线性校正算法的实验结果。事实证明,如果超过了40 kHz的极限多普勒频移幅度,则周期性误差将大大降低。类似地,对于正弦运动曲线,结果表明,在较高的速度下,周期性误差的校正效果更好,而在载物台反转其方向的位置,校正效果最差(图5)。

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