整流电源

  • 网络Rectifying Power Supply
整流电源整流电源
  1. 使用半波整流电源必需加装续流二极管。

    Use half wave rectifying power supply must add free-wheeling diode .

  2. 基于模糊控制的电解整流电源系统设计

    The electrolysis rectifying power supply system design based on fuzzy control

  3. 电化学整流电源CAD系统中工程数据库的实现

    The Realization of Engineering Database in Electrochemistry Rectifying Power Supply CAD System

  4. 提出了一种用于大功率整流电源的智能设计方法,针对其设计特点,利用专家系统、数据库技术,开发了智能CAD系统。

    An intelligent method for designing power rectifier is presented .

  5. 提出了一种使用市电的大功率LED照明整流电源的电路方案。

    An AC / DC power supply for high power lighting LED is proposed .

  6. 单神经元自适应PID控制在大功率整流电源中的应用

    Application of adaptive PID control in big-power rectifier power supply

  7. 基于触摸屏和PLC的数字触发式整流电源设计

    The Eliminator Supply Design based on Touch Screen and PLC Digital Trigger Mode

  8. PLC控制的晶闸管整流电源的设计

    Design of PLC Control Thyristor Rectifier Electrical Source

  9. 大功率整流电源智能CAD系统

    Intelligent CAD System of Power Rectifer

  10. 用于UPS三相大功率PWM整流电源的设计

    Design of Three Phase Large Capacity PWM Rectifier for UPS

  11. 滞后电流控制的PWM电压型高频整流电源研制

    Development of PWM High Frequency Voltage Source AC DC Converter based on Hysteresis Current Control

  12. 一种适用于火箭炮的IGBT高频整流电源研究

    Research on One Kind of IGBT High-frequency Rectification Power Source Suitable to Rocket Launchers

  13. 微计算机控制TIG焊可控硅整流电源时间分割密度的研究

    Research on the Separation Interval of SCRS Photo Corner in TIG Power Source Controlled by Microcomputer

  14. 单相PFC整流电源的研制

    Development of Single Phase PFC Rectifier

  15. 将具有自学习功能的单神经元模型与常规的PID控制算法相结合,设计了单神经元自适应PID控制器,并应用于大功率整流电源控制系统。

    Combining the single neuron model with self-learning function with common PID control algorithm , single neuron adaptive PID controller is designed and applied to big-power rectification power supply controller system .

  16. 250W带功率因数校正整流电源模块的研制

    Study of 250 W AC / DC Rectifier Module with PFC

  17. 电化学整流电源ICAD的优化设计

    Optimization Design in Electrochemistry Rectifying Supply ICAD

  18. 针对整流电源控制系统被控对象的时变性和多样性,将模糊自适应控制与常规PID控制算法相结合,设计了一种模糊自适应整定PID控制器。

    Aiming at diversity and time variation of the controlled object in rectification power supply control system , combining fuzzy adaptive control with common PID control algorithm in this paper , Self-tuning fuzzy adaptive PID con-troller is designed .

  19. NDF系列高频开关电源是专为满足电镀工艺要求而精心设计制作的,特别适合用作电镀及印刷电路板电镀生产线的整流电源。

    The high frequency switch-mode power supply of NDF is designed for particular galvanoplastics technics , specially for the whole power supply during galvanoplastics and painting circuit board galvanoplastics .

  20. 采用DSP2407控制器、基于标幺值法及电流解耦控制完成了三相两电平PWM整流电源的研制。

    DSP2407 controller is adopted to complete the research & development of three-phase PWM rectifier based on the per unit system and the current decoupled control .

  21. 外旁通柜是ITER整流电源系统中的重要组成部分,它是对磁体和电源进行过流和过压保护的重要设备。

    ITER external bypass cabinet is an important component of the rectification power supply system , it is an important equipment that protect magnet and power from over-current and over-voltage .

  22. 大功率整流电源网压补偿电路的研究

    Research on Large Power Rectifying Power Net Auxiliary Circuit Power Sources

  23. 富士晶闸管整流电源在电解工业中的应用

    The Application of FUJI Thyristor Rectified Power Supply in Electrolytical Industry

  24. 整流电源空载电压对等离子电弧特性的影响

    Influence of the Open-circuit Voltage of Source on Plasma arc Characteristic

  25. 自动稳流铝电解整流电源的应用

    The Application of Aluminium Electrolysis Rectification Power with Automatically Constant Current

  26. 直流电动机在整流电源供电下的几个主要问题

    Some Main Problems of DC Motor Under Power Supply by Rectifier Power

  27. 三相次级整流电源电阻点焊焊接电流的控制

    Current control of resistance spot welding with three phase secondary rectifying power

  28. 数码发电机整流电源的稳压控制技术研究

    Voltage-stabilizing Control Technology with the Digital Generator Rectification Power Supply

  29. 隔爆兼本安型整流电源中的欠压报警电路

    Flame Proof and Intrinsic Safety Under-Voltage Alarm Circuit in Commutating Power Supply

  30. 用辅助电路提高同步整流电源的效率

    Employing an Auxiliary Circuit to Increase Efficiency of Synchronous Rectifiers