交流伺服系统
- 网络ac servo
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介绍了交流伺服系统、可编程控制器和直流调速系统在束锯中的应用。
This paper covers AC servo driver , programmable controller and DC control system .
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高性能的交流伺服系统在工厂自动化、数控加工以及弯箍机等领域有着广泛的应用,交流伺服系统的性能决定了弯箍机的品质。
High-performance AC servo system has a wide range of applications areas in the factory automation and CNC machining and bending hoop machine , AC servo performance of the system determines the quality of bending hoop machine .
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基于H∞控制理论的交流伺服系统控制器设计
AC servo system controller design bested on H ∞ control theory
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基于DSP全数字工业缝纫机交流伺服系统
DSP-based Full-Digital AC Servo System for Industrial Sewing Machine
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DSP控制的电主轴永磁电机交流伺服系统仿真
Simulation on DSP-based Spindle AC Servo Drive System With Permanent Magnet Synchronous Motor
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高精度交流伺服系统的模糊PID双模控制
Fuzzy-PID double mode control of ultra-precision AC servo system
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基于松下交流伺服系统的位置环MATLAB仿真
Position Loop MATLAB Simulation Based on the Numerical Control System Including AC Servo Motors
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基于FPGA的可重构交流伺服系统硬件设计
The Design of an Hardware of AC Servo System Based on Reconfigurable FPGA
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基于DSP的交流伺服系统最大转矩电流比控制的研究
Research on AC Servo System Maximum Ratio of Torque to Current Control Based on DSP
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WINDOWSnt环境下三轴交流伺服系统的实现
Implementation of 3-axis AC Servo Motors System on Windows NT
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永磁交流伺服系统的智能PID控制
Intelligent PID Control for PMSM Servo Systems
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基于DSP的交流伺服系统
DSP - Based AC Servo System
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交流伺服系统的模糊滑模PD型位置控制器
Fuzzy Sliding PD-type Position Controller for AC Servo Drive
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模糊自校正PID控制器在数控机床交流伺服系统中的应用
The implementation of fuzzy PID controller with self-tuning in the AC servo system of numerically controlled machine tools
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基于迭代学习控制的交流伺服系统PI参数自整定
On-line self-tuning of PI controller for PMSM drives based on the iterative learning control
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一种由改进GA优化整定的模糊免疫控制器在交流伺服系统中的应用
A Fuzzy Immune Controller Optimized by Improved GA and Its Application in AC Servo System
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DSP全模糊控制包装机的凸轮定位差动器的交流伺服系统
DSP Fully Fuzzy Control for the AC Servo System of the Cam Fixed Position Differential Device of Packing Machine
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将一种模糊PID控制器,应用于交流伺服系统的控制中,它完善了PID控制器的性能。
A FUZZY-PID controller is introduced by the AC servo system . It perfects the properties of PID controller .
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模糊自适应PI控制永磁同步电机交流伺服系统
Study on High Performance AC Servo System of PMSM Using Self-adjusting PI Control Based on Fuzzy Inferences
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功率MOSFET逆变器在交流伺服系统中的应用
Application of Power MOSFET Inverter in AC Servo System
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CMAC与PID的并行控制在火箭炮交流伺服系统中的应用
Application of Compound Control Based on CMAC and PID in AC Servo System for Rocket Launcher
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根据模糊逻辑(FLCR)和参数自整定PID控制理论,对于矢量控制的交流伺服系统,对模糊逻辑和PID控制策略相结合的问题进行了深入研究。
In this paper the problem of combining fuzzy and parameter self-regulation PID control strategies was discussed for a vector control AC servo system .
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采用B样条函数作为模糊隶属函数,利用神经网络实现模糊推理,提出一种模糊B样条基函数神经网络,并将其用于交流伺服系统的控制。
A fuzzy B-spline function neural network is proposed to control AC servo system by using B-spline function as fuzzy membership function and using neural network to realize fuzzy interfernce .
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基于IPM鼠笼式异步电机交流伺服系统
The Squirrel Cage Asynchronous Motor AC Servo System Using IPM
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根据交流伺服系统高精度、快响应的要求,设计了一种应用于交流伺服系统的基于适应性遗传算法优化的交流伺服系统模糊PID控制器。
Considering the requirement of high performance of AC servo system , this paper design such a system with a Fuzzy-PID controller based on AGA optimization .
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另外,面向电机的专用数字信号处理器(DSP)的出现,使交流伺服系统向数字化方向的发展又迈出了坚实的一步。
In addition , because of the appearance of DSP for motor driver , the AC servo system has further been developed in the digital control field .
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松下交流伺服系统与PMAC控制卡在机器人中的应用
The application of Panasonic 's AC servo system and PMAC control block in robots
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本文提出了一种新型无霍尔元件电流传感器数字交流伺服系统的设计方法,该方法基于交流伺服系统空间矢量法生成PWM的控制策略。
A new method was presented for the digital AC servo system without Hall element current sensor . This method base on vector space PWM .
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实验结果表明:采用智能PI控制器的交流伺服系统,动态性能得到改善。
The experiment results show that : The dynamic performance of the AC servo system is remarkably improved when the intelligent PI controller is used .
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本文通过对BFP125型落地镗床现状的分析,结合CNC(ComputerNumeralControl)系统的特点,提出了基于交流伺服系统,主轴智能马达控制器和PLC的控制方案。
The control plan of main drive motor controller and PLC on the AC service system is given out on the analysis of BFP 125 boring tool situation and CNC characters .