步进电机控制器和游戏机。
实践表明，系统性能优于传统的步进电机控制器。
The practice shows that the performance of this system outdoes the traditional stepping motor controller.
通过对步进电机控制器编程实现了相位调制的自动化。
We can realize the automation of the phase modulation by programming the controller of stepper motor.
同时阐明了用8031单片机设计步进电机控制器的原理和实现方法。
Meanwhile, the paper has discussed the principals and design of step motor controller with the 8031 microcontroller in detail.
由缓冲寄存器、环形分配器、控制逻辑及正反转控制门组成的步进电机控制器则用计算机软件替代。
The step motor controller composed of buffer register, the circular allotter, the control logic, the positive run and back run control circuits is replaced by computer software.
由缓冲寄存器、环形分配器、控制逻辑及正反转控制门组成的步进电机控制器则用计算机软件替代。
Buffer register, circular allotter, control logic, positive run and back run control circuits are replaced by computer software.
详细论述了用作一次性纸碗生产线上的甩胶机步进电机控制器的设计，研制了完整的步进电机控制器系统。
This paper discusses a stepping motor controller that is used in the production line of one-time-paper-bowl as a whirl glue device. We have developed a system with the controller.
第五章主要介绍项目开发所得步进电机控制器的系统结构和功能模块配置，并给出系统测试内容和测试结果。
Chapter five: introduces the structure and functional module arranging of the motion controller, and gives the process and result of system test.
在系统中，用计算机软件替代了由缓冲寄存器、环形分配器、控制逻辑及正反转控制门组成的步进电机控制器。
In this system, computer software was used to replace stepping motor controller which consisted of buffer, annular allotter, control logic and control doors of clockwise and counterclockwise running.
本文应用单片机、步进电机驱动芯片、字符型LCD和键盘阵列，构建了集步进电机控制器和驱动器为一体的步进电机控制系统。
In this paper, microcontroller, stepper motor driver chips, character LCD and keypad array, build a set of stepper motor controller and driver as one of the stepping motor control system.
通过ATMEL89C 51单片机对步进电机进行控制，主要介绍了步进电机控制器、驱动电路和LED显示电路的设计，实现了步进电机的开环控制。
The design using ATMEL89C51 single chip to control the step-motor with its controller, driving circuit and LED display circuit to realize step motor open-loop control were introduced.
本文介绍了以TMS320 LF 2407a为核心控制器的步进电机自动升降速控制系统与PC机的通讯及程序设计方法。
It's introduced that the controlling system in raising and reducing speed of stepper motor that is based on core controller, TMS320LF2407A, communicates with PC, as well as the method of programming.
调谐机构由单片机控制的高频步进电机、衍射光栅、触发控制器组成。
Tuning mechanism consists of diffraction grating, trigger controller and high frequency stepping motor of monolithic microprocessor control.
该系统基于80C31单片机为主控制器，采用了混合式稀土永磁步进电机为执行部件，并以双通道旋转变压器为天线位置传感器。
The system adopts 80C31 MCU as the main controller, hybrid Rare-Earth permanent magnet stepper motor as the execution component, bio-passage rotary transformer as antenna position sensor.
采用先进的微电脑控制器，驱动步进电机控制袋长及商标定位，性能稳定、调整方便、检测准确。
Adopt advanced microcomputer controller and step-by-step motor to drive and control the length of bag with stable performance and accurate testing. Meanwhile, it is easy to operate.
根据平面自动堆焊的要求，采用单片机PIC 16f877，设计了集条件控制与步进电机驱动一体的堆焊控制器。
According to the requests of automatic surfacing, USES microcontroller PIC16F877 to design a surfacing controller, which integrates condition controller with step motor drive.
以步进电机作为控制系统的执行机构，讨论了无模型控制器的输出与步进电机之间的软件连接问题。
The software connection problem between the output of non-model controller and step motor, is discussed using step motor as the actuator of control system.
详细说明了用BC D码拨盘开关控制步进电机步数和速度的方法及可编程序控制器编程软件实现脉冲分配器功能的方法。
It explicates the ways of stepping motor's stepping count and speed in the control of the BCD-code dial switch, and the function of pulse distribution with the programmable soft of PLC.
TMC428是TRINAMIC公司最新开发的步进电机运动控制器，它可减少电机控制软件设计的工作量，降低开发成本。
The TMC428, which is a stepper motor motion controller, is a newest circuit of TRINAMIC Microchips GmbH. It is used to reduce the time of software design and the cost of production.
步进电机在控制器的控制下使驱动轮转动，带动移动平台在轨道上运动。
Under the control of the controller, the stepping electric machine drives the driving wheel to rotate and drives the moving platform to move on the track.
阐述了步进电机控制原理，利用运动控制器实现了进给系统的联动控制，利用PLC实现了步进电机的点动控制。
The control principle of step motor is exposed, drive control of feed system is carried out by use of motion controller, meanwhile, dot motion control of step motor is also carried out by use of PLC.
利用可编程序控制器脉冲输出指令控制步进电机的转速、方向和移动距离，从而实现精确定位。
PLC used Pulse Output Function to control the stepper motor speed, direction and distance of movement, accordingly realizing the purpose of exact orientation.
本文开发了基于工控机和步进电机运动控制器的经济型数控火焰切割机系统，介绍了系统的硬件构成和软件开发。
This paper introduces the NC system of a flame cutting machine based on the industry personal computer and the stepping motor.
利用可编程序控制器（PLC）控制步进电机和电焊机，实现T型管道接头焊接的自动化控制。
The PLC controlled system which is used to control step-motor and electric welding machine is introduced in this paper, and automatic control of T-type channel Joints is realized.
通过使用可编程控制器中的专用脉冲输出指令和高速计数器，实现了对辐照仪步进电机的精确控制。
The accuracy control of the motors in Gamma-ray irradiation of blood is realized by means of the inner pulse output code and the high-speed counter in PLC.
全自动洗衣机控制器基本内容：采用步进电机模拟洗衣机电机，实现上水、浸泡、洗涤、漂洗、甩干等过程。
Automatic washing machines control the basic elements: a stepping motor washing machine motor simulation to achieve Sheung Shui, soaking, washing, rinsing, drying and other processes.
叙述了基于PC/104和步进电机的三轴转台控制器的设计和实现。
Based on PC/104 and the step motor controller, which can control 3 axes in same time, is described in this paper.
叙述了基于PC/104和步进电机的三轴转台控制器的设计和实现。
Based on PC/104 and the step motor controller, which can control 3 axes in same time, is described in this paper.
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