微型电动机

  • 网络micro-motor;micro motor;miniature motor;micromotor
微型电动机微型电动机
  1. 高效节能宽电压带运行微型电动机

    A kind of high efficiency energy saving and wide voltage band operation micromotor

  2. 微机电系统(MEMS)是目前国际上正在发展的新兴学科,超微型电动机是微机电系统中的关键器件,对其实用化技术的研究具有非常重要的意义。

    Micro electrical mechanical system ( MEMS ) is a new developing subject in the world , Micro motor is the key element in the MEMS . The study of its practicality has significant meaning .

  3. 机器人的宏动部分采用轮式驱动,选用轴直径为3mm的微型电动机,运动速度可达100mm/s,定位精度0.5mm,运动分辨率0.1mm。

    In the macro-moving manner , using the micro motor with the diameter of 3 mm , the robot can move at high speed up to 100 mm / s. And the positioning accuracy is up to 0.5 mm as well as the moving resolution is 0.1 mm .

  4. 超微型电动机实用化的关键技术及应用前景

    Crux Technology for Practicality of Micro - Motor and Its Application Prospect

  5. 微型电动机起动转矩的微机测量装置

    A microcomputer measuring unit for the starting torque of micromotors

  6. 浅谈微型电动机发生故障的查找与原因分析

    The Investigation of The Trouble of Mini-motor and The Analysis of The Cause of The Trouble

  7. 微型电动机与锥形刀体之间通过大小齿轮连接。

    The miniature motor and the tapered sharpener body are connected through a big and a small gears .

  8. 一种简单实用的微型单相电动机速度控制器

    One Simple Network Miniature Bular Radiator of the Speed Control Engine

  9. 提高微型陀螺电动机可靠性的研究

    Research on Improving the Reliability of Mini-gyro Motor

  10. 文摘:介绍了一种简单实用的微型单相电动机速度控制器,分析了它的特点,阐述了电路设计中的几个关键问题。

    Abstract : this paper introduces a simple network miniature tubular radiator of the speed control engine , analyses its characteristics , and expounds some key problems of the circuit design .

  11. 随着人们不断地深入研究微型直流电动机的控制方法,开发运用单片机为核心的控制器来满足产品普遍开发的要求。

    As people continue to further study the control method for dc micro-motor , using single chip microcomputer development as the core of the controller to meet the requirements of the development of common products .

  12. 长期以来,微型直流电动机以其良好的线性特征、优异的控制性能、较高的效率等优点,成为许多变速运动控制最优先的选择。

    And long time , for dc micro-motor with its good linear characteristics , excellent control performance , high efficiency and other advantages , became a lot of variable speed motion control the most preferred choice .

  13. 如今,电动机及其控制系统已经在各行各业得到了广泛的应用和发展,作为电力驱动系统的主流,微型直流电动机控制系统在现代生产中日益占据重要地位。

    Nowadays , motor and its control system has been in all walks of life a wide range of applications and development , as electric drive system of the mainstream , for dc micro-motor control system in modern production of increasingly occupy the important position .

  14. 微型单相异步电动机逆序磁场的声学效应

    Acoustic effect of negative phase-sequence magnetic field of single-phase induction micromotor

  15. 计算机控制多个微型步进电动机的原理

    Principle of Multiple Micro Step Motors Controlled by One Computer

  16. 微型交流力矩电动机设计问题浅析

    Analysis in Design for AC Torque Micro - motor

  17. 微型泵专用电动机的改进设计

    Improvement Design of Micro - pump Electromotor

  18. 焊接夹具结构装配时,必须保证放油塞座定位块中心与立式微型直流减速电动机旋转中心一致,这样才能保证焊接夹具在大批量生产时正常使用保证焊接质量和焊接速度。

    While assembling the jig , it is needed to align the center of locating block with the rotating center of micro-vertical DC decelerating electrical generator in order to guarantee the welding efficacy and quality when it is used for production in batch .

  19. 微型永磁直流电动机产品质量抽查结果及分析

    Quality Analysis and Selective Examination Results for Micro-permanent DC Motor Products

  20. 微型大扭矩啮合电动机把减速器与伺服电机结合一体,是一种新型的磁阻类电机。

    Gearing Motor is a new kind of reluctance motor which combines the reducer and servo motor .

  21. 微场电机放大器激磁机微型永磁直流电动机

    Miniature magnetic DC motor

  22. 作为多旋翼微直升机的驱动器,微型无刷直流电动机具有结构简单、制造方便、无换向火花等特点。

    As the driver of the micro multi-rotor craft , the micro BLDC motor was of simple structure , easy fabrication , non commutation spark and so on .

  23. 介绍桑车中央闭锁器电机在结构件设计上相对一般微型永磁直流电动机的特殊之处,以及为满足电机性能上的特殊要求,在设计和制造工艺方面采取的若干措施。

    The special design of SANTANA central fastener motor relative to general micro permanent-magnet DC motor in structure work is introduced in this paper . Some adopted methods in the technology of design and manufacture are also described in order to meeting special requirements of motor performance .