选层操作可通过控制一个音圈电机完成。
As to layer selection, the system just need to control one voice coil motor.
下一个芯片是音圈电机控制器或氯乙烯控制器。
以音圈电机工作原理分析为基础，给出其动态数学模型。
The mathematical model of voice coil motor was presented by analyzing the principle of motor, and the fuzzy reasoning method was used to regulate PID parameters.
音圈电机的驱动采用16位D/A 转换器，使音圈电机的控制精度提高。
The VCM is driven by a 16 bits D/A converter to improve the control precision.
应用牛顿—欧拉方法建立了由直线音圈电机驱动的隔振平台的完整动力学模型。
The entire dynamic model of the vibration isolation platform driven by the linear voice coil motors is developed with Newton-Euler method.
本文提出了一种利用音圈电机驱动微透镜阵列，实现激光束方向控制的新方法。
This paper presents a novel way of laser beam steering based on micro lens array and driven by voice coil actuator.
该新型高带宽驱动器的音圈电机(VCM)具有独特的音圈结构和磁极(体)排列。
The voice coil motor (VCM) in high bandwidth actuator assembly has special voice coil construction and magnet arrangement.
分析了音圈电机的工作原理，建立了音圈电机的数学模型，并对其传递函数进行数字化。
The principle of voice coil motor is analyzed, and the mathematical model is built. The motor's transfer function is digitized.
采用新型的旋转式音圈电机，它具有转动惯量小、输出力矩大、行程范围大、响应快等特点。
The rotary voice coil actuator is adopted and bears a little initial, big torque, big distance, quick respond.
建立了音圈电机驱动快速反射镜的控制回路模型，并利用该模型对实际对象的参数进行了辨识。
A control loop model for fast-steering mirror driven by voice coil motor is established and practical object parameters have been identified by this model.
机器人采用两个集成了高分辨率角位移反馈元件的旋转直接驱动电机和直线音圈电机作为驱动元件。
Two direct drive motors integrated with high resolution encoders and linear voice coil motor are used as driving parts.
该平台采用了新型的气浮解耦机构，使音圈电机置于固定支座上，有效地减小了定位平台的运动惯量。
An air decoupling mechanism was designed to place the voice coil actuators on the base and effectively reduce the motion inertia.
此外，从理论上对影响音圈电机定道时间的参数进行了分析，并对音圈电机的定位时间和功耗进行了优化讨论。
Furthermore, the parameters of affecting VCM settling time are analyzed, and the optimal design of the access time and power loss is discussed.
介绍了光电测微系统的基本原理及其构成，分析了该系统的关键环节即聚焦伺服系统，建立了音圈电机的数学模型。
The focus servo system of the OM is analyzed and the mathematical model of the voice-coil motor is presented.
介绍了光电测微系统的基本原理及其构成，分析了该系统的关键环节即聚焦伺服系统，建立了音圈电机的数学模型。
This paper deals with the open system of numerical control based on Windows98, mainly discussing the interface module , the manage module and the servo module.
针对一类音圈电机直接驱动的二自由度高速精密定位平台，为了在高速高加速情况下，获得良好的动态特性，对其动力学控制方法进行研究。
To improve the precision and efficiency of the integrated circuit (IC) package, a 2-dof high speed and high precision XY positioning table driven by voice coil actuator is presented.
文中介绍所研制的音圈电动机的主要参数、关键工艺、测试要点等，电机音圈采用自制矩形导线代替圆铜线而获得成功。
In this paper, main parameters, key technology, test requires etc. of this motor are introduced, It is successful to use self-made rectangular wire in voice-coil of motor instead of cylindrical one.
文中介绍所研制的音圈电动机的主要参数、关键工艺、测试要点等，电机音圈采用自制矩形导线代替圆铜线而获得成功。
In this paper, main parameters, key technology, test requires etc. of this motor are introduced, It is successful to use self-made rectangular wire in voice-coil of motor instead of cylindrical one.
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