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1·The interpolator is integrated into a CNC system with multiple axis control simultaneously.

并将该插补器集成在多轴联动数控系统中。

2·In this paper, a detailed analysis of a phase interpolator for clock recovery is presented.

分析了应用于时钟恢复电路中的相位插值器。

3·A direct interpolator based on universally optical equation is also integrated in this control board.

针对光学零件的加工，集成了基于光学普适方程的直接函数插补法。

4·The fourth chapter will show you the details of the designs in the timing recovery system based on interpolator.

第四章介绍了在具体的设计中是如何来设计定时同步环路的内插滤波器以及环路的各个部分的。

5·The loop is a second order phase lock loop, consisting of an interpolator, a timing error detector and a loop filter.

环路为反馈结构，包括插值器、时钟误差检测和环路滤波器三个部分。

6·The interpolator algorithm for cutter's motion locus is an important manufacturing technology problem in CNC machining.

在CNC加工中，刀具运动轨迹的插补算法是一个重要的技术问题。

7·Using flexible interpolator pad is an important way to suppress the part surface defect in stretch-forming process on multi-point tool.

采用柔性垫层是抑制和消除多点模拉形过程中零件表面缺陷的重要措施。

8·Besides the inputting and outputting data, the framework can be divided into four parts: interpolator, measurer, optimizer and transformer.

除了输入和输出数据，整个框架包括四个组成部分：插值器、度量器、优化器和变换器。

9·The fine - interpolator with high - speed interpolating is easy to be designed and applied. It can be used for high - speed machining control.

该精插补器具有设计简单、易于实现、插补速度高等特点，可适用于高速数控系统的开发。

10·To meet the demands of high-speed machining of continuous short-segments, a high-speed interpolator based on the space arc transition is proposed.

针对连续短线段高速加工控制需求，研究了利用空间圆弧转接实现高速插补的方法。