微型步进电机

一种微型步进电机的微胶接装配方法的研究

Experimental Study on Assembling a Micro Step Motor Using Adhesive Bonding Technology

采用微胶接技术装配微型步进电机的基体和导轨。

The adhesive bonding technology had been applied in the assembly of a micro step motor .

我们生产微型步进电机，直径10MM&50MM，可配行星齿轮减速箱。

We produce micro-stepping motor , diameter10MM-50MM , gear motors , planetary gear reducer can be with me .

本文提出了一种应用激光多普勒效应对微型步进电机和其他微型精密机构进行动态特性测试的新方法。

This paper offers a new method for dynamic measurement of the micro-stepmotor and other precision mechanisms by means of laser Doppler technique .

目前，舞台电脑灯控制系统普遍采用51系列单片机控制微型步进电机。这种单片机的运算能力和存储空间有限，而且系统结构复杂，维护困难。

The stage intelligent lights mostly use 51 series singlechip to control stepper micro-motors at present , but the operational capability and memory space of such singlechip is limited , and this type of system is complex and difficult to update and maintain .

提出了一种圆筒型错片结构微型直线步进电机。

The paper puts forward a cylindrical staggered-sheet structure micro linear stepping motor .

错片结构微型直线步进电机的研究

Research on Staggered-sheet Structure Micro Linear Stepping Motor

上述各运动均由以PLC为核心的控制系统控制变频调速微型高速电机和步进电机以及普通交流电机来进行。

Above-mentioned motions are controlled by PLC which dominate frequency control mini-high-speed motor , stepping motor and normal alternating-current dynamo .

随着微型控制器技术和步进电机工艺的迅速发展，以及步进电机有结构简单、无积累误差、可靠性高、控制简单等优点，使得步进电机在众多领域得到了非常广泛的应用。

Stepping motor has advantages such as simple structure , low accumulation error , high reliability and easy control . With the development of micro controller and stepping motor technology , there is a variety of stepping motor applications many fields .