电压谐振

  • 网络Voltage resonance;ZVS
电压谐振电压谐振
  1. 采用串联电压谐振产生高压起辉,必须采取过流保护措施。电子镇流器高次谐波的产生及其所带来的危害。

    We also should take protective measures for the volt power bright spots that produced by the series voltage resonance and the higher harmonic produced by the Electronic Ballast .

  2. 建立气体放电灯不加功率因数补偿,荧光灯电子镇流器串联电压谐振的数学模型。

    This paper advises to establish a mathematical model which not adding to the power-factor compensation for the Gas Discharge Lamp and series voltage resonance for the Electronic Ballast of the fluorescent lamp .

  3. 对采用零电压谐振转换技术的BUCK变换器进行了分析,为验证所作的分析,设计并仿真了一个这样的变换器。

    A BUCK converter adopting zero voltage resonant transition technique is detailly analyzed .

  4. 采用谐振电路和PWM开关结合,组成电压谐振开关,实现DC&DC功率变换。

    In order to make DC DC power converted , voltage resonant switch is combined by resonant circuit and switching PWM .

  5. 文章分析了PWM控制方式、零电压谐振的工作模式,并对谐振电路和谐振条件进行了数学推导。

    The PWM control strategy and zero - voltage resonant working modes are analyzed , a mathematical model for the resonant circuit is built and the relevant resonant conditions are deduced .

  6. 零电压谐振型100kHz开关电源的研制

    The Development of 100 kHz Zero Voltage Resonant Switching Power Supply

  7. 本文着重讨论在高频应用场合下的移相零电压谐振PWM技术,分析移相型谐振变换器、谐振腔电路及定频PWM(脉宽调制)技术中的设计规范。

    This Paper discuses high frequency power supply using Phase Shifted Zero Voltage Resonant PWM Control technique , and propose Phase Shifted Resonant Converter 、 Resonant chamber circuit current and fixed frequency PWM design guide .

  8. 介绍了相移脉宽调制零电压谐振技术和相移脉宽调制谐振控制器UC3875的性能及其在功率变换中的应用。

    This scheme introduces zero voltage resonant technology of pulse width modulation and phasing resonant controller UC3875 , and its application in power converter .

  9. 零电压谐振开关电源在机载设备中的应用

    Application of Zero - voltage Switched Resonant Converter in On - board Devices

  10. 一种新型的零电压谐振极型逆变器

    A Novel Zero - Voltage Switching Resonant Pole Inverter

  11. 零电压谐振开关DC&DC降压变换电路工作状态分析

    Analyse of zero voltage resonant switching DC & DC voltage depressed transform circuit 's work state

  12. 变压器绕组的电压谐振

    Voltage Type Resonance of Transformer Windings

  13. 介绍了零电压谐振DC&DC变换技术,分析了谐振变换原理。

    The technology of zero voltage resonant DC-DC transform is developed , the principle of resonant transform is presented .

  14. 结合实际应用,设计出干式空心电抗器匝间绝缘缺陷检测电路,并用其对模型电抗器进行了检测。实测结果表明,脉冲电压谐振法对电抗器匝间绝缘缺陷检测是很有效的。

    The laboratory measurement is carried out on model reactor with man made insulation faults Experiments show that the proposed method is very effective and easy for implementation .

  15. 在分析一种低脉动输出电压的谐振DC环逆变器原理的基础上,对谐振环的谐振阶段的损耗进行了分析与近似计算。

    On the base of the theory of lowly pulsant output resonant DC-link inverter , the loss in the resonant phase of the resonant DC-link is analyzed and almost calculated .

  16. 本文从影响配电网的三个因素:工频过电压、谐振过电压以及电压闪变入手,分析了现代配电网的运行状态。并提出用静止无功补偿器(SVC)抑制电压闪变的控制策略。

    So this paper analyzed the running state by taking account of power over-voltage , resonance over-voltage and voltage flash , and propounded the strategy that voltage flash were controlled by using Static var compensator ( SVC ) .

  17. 具有功率因数校正的零电压开关谐振变换器设计

    Design of Zero-Voltage Switching Resonant Converter with PFC Function

  18. 研究了电压型谐振逆变器的换流过程及锁相控制策略。

    The switching processes and phase-locking control scheme of voltage-source resonant inverter is researched .

  19. 零电压准谐振升压开关直流变换器电路分析

    Analysis of zero-voltage quasi-resonant switching DC-DC converter

  20. 为提高逆变器的转换效率,提出一种新型零电压开关谐振直流环节逆变器。

    A novel zero-voltage switching resonant DC link inverter was proposed to improve conversion efficiency of the inverter .

  21. 其余情况的最高效率点将依赖激励电压在谐振点或反谐振点。

    On the other hand , the vibrators would be of highest efficiency at resonance or at anti-resonance frequency depending on the exciting voltage .

  22. 论文在大量理论分析的基础上,建立了弧光接地过电压、PT谐振过电压和断线谐振过电压的计算模型。

    Calculation models for systems with this new grounding mode of arc grounding overvoltage , PT resonant grounding overvoltage and break line overvoltage are built in this paper .

  23. 首先研究了全桥LLC谐振电路的工作原理,在此基础上分析了其直流电压增益,谐振参数对变换器的影响,空载和短路特性,并给出了谐振参数的设计方法。

    First , the working principle of the full-bridge LLC resonant circuit is researched . Based on this , the DC voltage gain , the resonance parameters impact on the converter , no-load and short circuit characteristics are analyzed , and the design method of the resonance parameters is given .

  24. 零电压开关多谐振变换器的仿真与优化设计

    Computer simulation and design optimization for zero-voltage switching multi resonant converters

  25. 零电压开关准谐振半桥变换器的系统建模和研究

    Research and Modeling of Zero-Voltage-Switching Quasi Resonant Half Bridge Converter

  26. 离线式半桥零电压开关多谐振变换器的参数最优化

    Parameter Optimization of Half-Bridge Zero-Voltage-Switching Multi-Resonant Converters for Off-Line Operations

  27. 新型零电压开关多谐振变换器

    Novel Zero - Voltage - Switched Multi - Resonant Converter

  28. 移相全桥零电压软开关谐振电路研究

    Study of phase-shift full-bridge zero-voltage soft switch resonant circuit

  29. 新型零电压零电流谐振极型软开关逆变器

    Novel Zero-voltage and Zero-current Resonant Pole Soft-switching Inverter

  30. 为了实现软开关,本文提出一族新颖的零电压开关多谐振三电平直流变换器。

    This thesis proposes a family of zero-voltage-switching multi-resonant three-level dc / dc converters .