高频开关电源系统

高频开关电源系统高频开关电源系统
  1. 高频开关电源系统的双母线运行方式

    Operating mode of double busbars on high frequency switch communication power supply system

  2. 高频开关电源系统可靠性研究

    Research on Reliability of HF Switch Power System

  3. 作者介绍了一种专为电力系统研发的新型高频开关电源系统的结构组成原理,侧重介绍了系统的两个主要模块高频整流单元和监控单元的设计方法及在设计中的几个关键问题。

    This paper introduces the composing theory of a new highly efficient switching power supply invented for power system , with emphasis on the designing method and pivotal questions encountered wherein of the two main modules , highly efficient rectifying unit and monitoring unit .

  4. 以48V通信电源支持系统为例,分析高频开关直流电源系统的设计问题,叙述电源系统优化设计程序以及其他问题。

    Taking a 48V communication power supporting system , this paper analyses the design of high frequency switching DC power supply system , introduces the optimistic design procedure for the power supply system and puts forward other questions which deserve attention .

  5. 多重监控式智能高频开关直流电源系统

    Multi-level monitoring based intelligent high frequency switching DC power supply system

  6. 高频开关直流电源系统的配置及设计

    Configuration and design of high frequency switching DC power supply system

  7. 高频开关电源监控系统液晶显示模块的设计

    Design of Liquid Crystal Indicators Used on High Frequency Power Monitor System

  8. 高频开关通信电源系统的组成、管理和维护水带护套翼状螺母组成

    The Composition , Management and Maintenance of High-frequency Switching Communication Power Supply Systems

  9. 浅析高频开关直流电源系统的调试与维护

    Analysis of Debugging and Maintaining of High Frequency Switching DC Power Supply System

  10. 智能高频开关电源监控系统的实现

    Implementation of the Control & Supervision System for Intelligent High Frequency Switching Mode Power Supply

  11. 高频开关电源监控系统

    Monitor System of High-frequency Switching Power Supply

  12. 基于ARM的高频开关电源数字控制系统设计

    Design of the Digital Control System of the High Frequency Switching Power Supply with ARM

  13. 针对充电机现有控制系统的不足,对一种三模分段的模糊PID控制器在高频开关电源充电机控制系统中的应用进行了较为深入的研究。

    Against the deficiency of the existing charger control system , this paper focused on the application of one kind of three - segment fuzzy - PID controller in high - frequency switching power charger control system .

  14. 通过对一个250W基于Boost拓扑的PFP系统的建模,解决了此类高频开关电源电路的系统仿真问题。

    A solution using macro model was introduced to settle the difficulties in system simulation of high frequency switch power supplies . A 250W Boost converter circuitry based on the chip was simulated .

  15. 针对工程中对直流电源屏的设计需要,简要介绍了高频开关整流电源直流系统的选择。

    According to the design demand of DC power supply panel in engineering , this paper introduces the selection of rectification DC rectification power system with high-frequency switch .

  16. 组成充电系统的主要设备:微机控制充电系统的高频开关充电机、电源系统监控装置的工作原理,以及该系统较好的稳压、稳流精度在实际应用中的良好效果。

    It also introduces the operational principle of the major equipment of its charge system including microcomputer control high frequency switch charger , control equipment , good precision of constant current and pressure and its good application effects .

  17. 智能高频开关电源在变电站直流系统改造中应用

    The Application of Intelligent High Frequency Switch Power in the Improving of Direct Current System for Transformer Substation