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zvs

  • 网络软开关;零压开关;零电压开关;零电压;零电压软开关
zvszvs
  1. The constraint equations are deduced quantificationally to ensure the ZVS realized independence of the load condition .

    重点分析了其非正常换流过程,定量推导了保证全负载范围实现软开关的约束条件并提出了电路参数的优化设计方法;

  2. Average current stress is minimized in a range of output voltage , and the converter can achieve ZVS in the range of output voltage .

    通过这种设计方法,可使变换器在一定输出电压范围内平均电流应力最小,并且使变换器在一定输出电压范围内基本实现软开关。

  3. Quasi - Continuous Current Transformer Converter and New Associated ZVS Structure

    准连续电流型变压变流器及其新型ZVS结构

  4. Application of ZVS High Frequency Inverter in a novel Microwave Oven Power Supply

    ZVS高频变换器在新型微波炉电源中的应用

  5. Digital control based on sliding mode for full bridge ZVS PWM switching power supply

    基于滑模变结构控制的数字化全桥移相软开关电源

  6. This paper introduces an isolated three level ZVS DC / DC converter .

    介绍了一种隔离三电平零电压直流变换器。

  7. Active Claming ZVS Forward Converter based on One Cycle Control

    基于单周期控制的有源箝位ZVS正激变换器

  8. ZVS in design of PWM DC / DC soft switching power supply

    直流软开关电源研制中的零电压换向

  9. The relationship of the condition of realizing ZVS and circuit parameters is analyzed .

    分析了零电压条件和电路参数之间的关系。

  10. ZVS principle Analysis and Control for AHB DC / DC Converter

    AHB直流变换器的ZVS原理分析与控制

  11. Design and simulation of large power ZVS FB converter

    大功率移相控制全桥ZVS-PWM变换器的设计及仿真

  12. Improved Research and Engineering Realization of Phase-shifted Controlled ZVS Full-bridge Converter

    移相控制ZVS全桥变换器的改进研究与工程实现

  13. The application of the ZVS switching technique on full-bridge converter is discussed .

    阐述了零电压开关技术(ZVS)在移相全桥变换器电路中的应用。

  14. Comparison between two ZVS modes of AHB DC / DC converter

    2种ZVS方式AHB直流变换器比较

  15. A Design of ZVS High-Voltage Power Supply for TWT Amplifier

    一种ZVS行波管高压电源的设计

  16. Novel full-bridge ZVS PWM DC-DC converter based on DSP control

    基于DSP控制的新型全桥ZVSPWMDC-DC变换器

  17. Research on secondary clamping circuit of ZVS PWM full-bridge converter

    ZVSPWM全桥变换器副边箝位电路研究

  18. Application of special chip in full-bridge phase-shifting ZVS welding inverter

    专用相移芯片在全桥相移零压开关逆变焊机设计中的应用

  19. Application of Saber in Designing Phase-shifted ZVS Full Bridge Converter

    Saber仿真在移相全桥软开关电源研发中的应用

  20. Research on locus of flux linkage for three-phase ZVS inverter

    软开关三相逆变器磁链轨迹的研究

  21. ZVS Phase Shifted Full Bridge Adjustable Current Stabilizer

    零电压开关移相全桥可调电流源

  22. Study of a New ZVS PWM Full-bridge DC-DC Converter

    改进型ZVSPWM全桥DC-DC变换器的研究

  23. ZVS Conditions of a Soft Switching PWM Inverter

    一种软开关PWM逆变器的ZVS条件分析

  24. Then this paper analyzed the operating principle and the ZVS qualifications of the lagging leg .

    该文分析了变换器的工作原理以及滞后桥臂零电压开关的实现条件。

  25. The Circuit Design and Experiment Analyses of a New Constant Frequency ZCS / ZVS Quasi-Resonant Converter

    新型恒频ZCS/ZVS准谐振变换器电路设计及实验分析

  26. The converter is characterized by simple structure , ZVS , low switch voltage stress , high efficiency and high reliability .

    该电路具有结构简单,实现软开关效果好,开关管和整流二极管的工作应力小,效率高,工作可靠等优点。

  27. Two circuits , synchronous feedback control circuit and synthesized control circuit are proposed , which both can realize ZVS Control .

    由此提出了两种实现ZVS控制的电路拓扑:同步反馈控制以及由程序综合的控制电路。

  28. Research and Application of Peak-current Controlled ZVS Full-bridge Converter

    峰值电流控制型ZVS全桥变换器的研究与应用

  29. Then , described the principle of the integrated ZVS half-bridge converter , analysis each working model in detail .

    然后阐述集成后ZVS半桥变换器的工作原理,详细分析每个工作模态。

  30. An overall efficiency of 85 % was achieved for the ZVS power supply and corresponding simulation efficiency is 90 % .

    满载时模拟效率90%,对ZCS和ZVS进行比较,采用ZVS的满载效率达到85%。