It proves that the controller is flexible reliable and easy to use, and can be used in other open - loop and accurate step motor control system.
结果表明，该步进电机控制器具有控制灵活，安全可靠，抗干扰性能好等优点，也能应用于机器人等其它步进电机实现开环控制系统要求灵活性且精度较高的场合。
The design of the single chip system, sample box thermostat circuit, sample position detecting circuit and step motor control circuit are discussed.
着重讨论了单片机系统、样品箱恒温电路、样品位置检测电路和步进电机控制电路的设计。
On this base, the closed - loop control method of hybrid step motor using the harmonic back EMF is investigated, and the microcomputer control system of step motor is designed.
在此基础上研究了利用谐波反电势信号实现混合式步进电动机闭环控制的方法，设计了步进电动机的微机控制系统。
In cooperation with computer control step motor, the positioning system has such advantages as automatization, high precision, large view field and non contact etc.
该系统与计算机控制的步进电机配合使用，具有自动化程度高、大视场高精度和非接触性等优点。
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.
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。
DSP control system is introduced for the hybrid linear step motor.
介绍一种混合式直线步进电机的DSP控制系统。
A synchronous motor step motion system of current lagging - loop tracking control is designed under the foundation of mathematical analysis for synchronous motor step motion system.
在对同步电动机步进传动系统进行教学分析的基础上，设计组成了电流俗环跟踪控制的同步电动机步进传动系统。
Permanent magnet synchronous motor (PMSM) step motion control for the electric actuator is a new actuator control system adopted incremental motion control theory.
永磁同步电动机步进控制的电动执行器是采用增量运动控制理论研制的新一代执行器控制系统。
The control system adopts inverter with step less motor. It is the classical machine for simple working.
该控制系统采用无级变频电机，这是进行简单工作的经典机器。
The functional design and hardware component of control system were introduced, and the control calculation of driving ring plate with step motor was deduced in details.
介绍了控制系统的功能设计及硬件组成，重点推导了用步进电机驱动钢领板的控制算法。
Under the control of the microcomputer this system not only can automatically determine the optimal control pulse sequence of the step motor, but also can control the step motor optimally.
在微机的控制下，该系统既能自动确定步进电动机的最优控制脉冲序列，又能对步进电动机实施最优控制。
In combining cantilever control with angular measurement and using the measured angular values as feedback, a closed-loop displacement control system is formed together with a step motor.
将弦臂控制和角度测量结合在一起，以测得的角度值作为反馈，和步进电机组成闭环位移控制系统。
The step motor position-control, add and subtract rate control, figure function, man-machine dialogue function etc have been realized in the system.
本文开发的步进电机控制系统可以实现电机位置控制、加减速控制、并具有插补运算、图形显示、人机对话等功能。
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.
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 paper USES incremental PID algorithm to control step motor for improve system stability.
对步进电机的控制，本文采用了增量式PID算法，增加了系统的稳定性。
This paper introduced the hardware and software constitution of the step-motor direct control system with PLC, and expounded the application in the engine control system in bench test.
介绍了运用PLC直接控制步进电机系统的软硬件组成，阐述了PLC直接控制步进电机技术在发动机台架试验测控系统中的应用。
CNC system hardware design and the completion of the step motor drives, motion control card selection.
数控系统硬件设计中完成了步进电机及驱动器、运动控制卡的选定。
On this basis, the drive modules are concretely analyzed and designed, the hardware and software design of step-motor driving control system with AT89C51 microprocessor at the core are accomplished.
在此基础上对系统的驱动模块进行了具体的分析设计，完成了以at89c51为核心的步进电动机驱动控制模块的硬件和软件设计。
The constitute of harmonic back EMF is analysed, the position detection circuit and the microcomputer control system of step motor is designed.
分析了谐波反电势信号的构成，设计了相应的位置信号检测电路及步进电动机的微机控制系统。
The result of test indicates that the system is able to control step motor precisely locating without high degree subdivision, and features high applicable value.
测试结果表明，系统可以控制步进电机在不进行高倍细分的条件下的精确定位，具有较高的应用价值。
A step motor phase locking control system and it's velocity error damping method is presented in this paper. A convenient method for engineering design is also given.
本文介绍了一种步进电机的锁相控制系统，为实现这一系统提出了步进电机速度误差阻尼方法，并给出了便于工程使用的设计方法。
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.
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。
This system employed infrared sensors to detect liquid drops and used step motor with other parts to control the liquid speed.
系统采用红外传感器检测液滴速度，用步进电机及其配套装置来控制液滴速度。
The NC remaking scheme of tool grinder is a closed-loop control system, which USES single-chip microcomputer as a control system and step motor as the executive equipment.
以工具磨床刃磨铣刀螺旋刃的数控改造为例，阐述了基于单片机控制的数控改造方法。
On the reservation of original thought of the system software, this paper adjusts the software architecture of motion control task, and re-plans the driven strategy of shaft motor and step motors.
在保留原先控制系统软件流程宏观设计思路的前提下，对运动控制任务的软件架构进行了调整，对运动控制作业进行了重新规划。
Through a process of numerical control system, describes the improvement of driver for step motor and the measure way with gratingruler.
从一个数控系统的研制过程，阐述了步进电机细分驱动电路和光栅尺细分检测方法的改进。
It features new type step-motor control system and metering mechanism adjustable without shutdown the machine.
采用新型步进电机调整机构及不停机调整计量机构。
The design adopts serial control mode, in this case there are only two controlling lines between the single chip microcomputer system and the driver of the step motor.
单片机对步进电机的控制有串行控制和并行控制两种方式。本设计采用的是串行控制方式，此方式下单片机控制系统与步进电机驱动器之间只有两条控制线。
The design adopts serial control mode, in this case there are only two controlling lines between the single chip microcomputer system and the driver of the step motor.
单片机对步进电机的控制有串行控制和并行控制两种方式。本设计采用的是串行控制方式，此方式下单片机控制系统与步进电机驱动器之间只有两条控制线。
应用推荐