1) IGBT serve driver
变桨控制IGBT伺服驱动器
1.
Experimental results validated the circuit can use in the IGBT serve driver of wind driven generator system.
并成功与风力发电机变桨控制IGBT伺服驱动器配套。
2) AC servo controller
伺服驱动控制器
1.
The paper introduces a practical method to calculate the mean time between failures(MTBF) of AC servo controllers,using the components counting prediction method.
通过引用国内外公布的常用元器件通用失效率,对一款伺服驱动控制器的MTBF指标进行计算。
4) servo motion controller
伺服运动控制器
1.
A servo motion controller based on AT89C51+DSP is used in order to be more efficient and accurate.
根据系统高性能要求,采用AT89C51+DSP芯片实现伺服运动控制器,并在一台HANUC CNC2000 i系统中进行实验研究,结果验证了该伺服运动控制器具有调速范围宽、高速、高精确度、动静态性能好等特点。
6) Servo driver
伺服驱动器
1.
Control interface between servo drivers and DeviceNet fieldbus;
伺服驱动器的Device Net控制接口
2.
This paper has studied RS-485 communication technology of Panasonic servo driver has realized that a PC could control several servo motors has used the C language to elaborate its programming method and the process.
研究了伺服驱动器的RS-485通讯技术,实现了一台PC机控制多台伺服电机,利用C语言阐述了其编程方法和过程,结果表明控制伺服电机可行。
3.
The design of the motor servo driver based on Intelligent Power Module (IPM) was introduced in this paper; its working principle, hardware frame and the design of the PWM (Pulse Width Modulation) servo amplifier were clearly presented.
介绍了基于智能功率模块的电机伺服驱动器的设计、工作原理、硬件结构及脉宽调制 (PWM )伺服放大器的设计方法 ,并将此驱动器应用于多种运行情况下的实验 ,同时对所提出的新型控制算法———自抗扰控制 (ADRC)进行了实验验证 。
补充资料：伺服电机和减速器的选择
1,确认您的负载额定扭矩要小于减速机额定输出扭矩，
2,伺服电机额定扭矩*减速比要大于负载额定扭矩。
3，负载通过减速机转化到伺服电机的转动惯量，要在伺服电机允许的范围内。
4，确认减速机精度能够满足您的控制要求。
5，减速机结构形式，外型尺寸既能满足设备要求，同时能与所选用的伺服电机连接。
2,伺服电机额定扭矩*减速比要大于负载额定扭矩。
3，负载通过减速机转化到伺服电机的转动惯量，要在伺服电机允许的范围内。
4，确认减速机精度能够满足您的控制要求。
5，减速机结构形式，外型尺寸既能满足设备要求，同时能与所选用的伺服电机连接。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条