Programmable Multiple Axis Controller(PMAC) is used in the system and good result has been gotten.
通过对可编程多轴运动控制器PMAC的应用开发得以实现，取得了良好效果。
This paper presents a high performance 7-axis controller developed, with the cores of ARM and FPGA.
讨论了一种采用ARM处理器及FPGA设计的7轴电动机伺服运动控制器。
The system USES programmable multi-axis controller (PMAC) as servo motion controller. It is flexible and reliable.
系统使用可编程多轴控制器(PMAC)作为伺服运动控制器，具有很强的灵活性和可靠性。
Principle of thwartwise motion in tufting machine, hardware and function of Programmable Multi-Axis Controller (PMAC) and controlling process were presented.
叙述了地毯簇绒机中横动运动的伺服控制，提出了基于可编程多轴控制器（PMAC）运动控制卡的半闭环控制系统。
Programmable multi axis motion controller, stability and operation to achieve the leading technical level at home and abroad.
可编程的多轴运动控制器，稳定性和操作性达到国内外领先技术水平。
The computer control system of this instrument adopts GT-400-SG four axes motion controller to control the motion of axis x, y, and Z.
本自动书写仪计算机控制系统采用了GT 400SG四轴运动控制器来控制X轴、Y轴以及Z轴的运动。
Aiming at the nonlinearity of machine tool axis, this paper presents the methodology of fuzzy slide mode controller based on slide mode control theory in the viewpoint of VSS.
本文针对数控系统轴控制中存在的非线性问题，从变结构理论的角度，应用边界层滑动控制理论设计了一个模糊滑动控制器。
The motor controller and software can also drive an optional Z axis or focus motor which can be fitted to the fine focus knob of most of the newer microscopes.
电机控制器和软件也可以驱动Z轴或聚焦电机， 聚焦电机可以安装到最新显微镜的细调旋钮上。
Multi-axis motion controller is a very flexible controller. It can complete all kinds of functions together with each kind of host computer, driver, motor and sensor.
多轴运动控制器是一种非常灵活的控制器，它可与各种类型的主机、驱动器、电机和传感器一起完成各种类型的功能。
A demonstration system with DSP as controller used for testing double-axis tracking control techniques is designed by using four-quadrant detector as position sensor.
采用四象限探测器作为位置传感器，设计出以dsp作为控制器的双轴跟踪控制试验演示系统。
This new type of bearing is composed of noncontact sensors to detect the radial displacement of its axis, control valve to drive the axis and a controller to regulate the whole system.
这种新型轴承由检测轴颈位移的非接触式传感器，驱动轴颈的控制阀及调节整个系统的控制器组成。
In this article, to carry the 6-axis motion controller out, a method of using PCI special interface chip PCI9052 to be a interface bridge of PCI bus and DSP (TMS320LF2407), was introduced.
文章介绍了一种采用PCI专用接口芯片pci9052作为PCI总线与DSP (TMS320 LF 2407)的接口桥接器，实现6轴运动控制卡的硬件设计方法。
We used the hi-performance DSP instead of the microchip controller to realize multi-axis and hi-precision servo control.
用高性能数字信号处理器(DSP)代替单片机，实现了多轴高精度运动控制。
We used the hi-performance DSP instead of the microchip controller to realize multi-axis and hi-precision servo control.
用高性能数字信号处理器(DSP)代替单片机，实现了多轴高精度运动控制。
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