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zero voltage switch中文是什么意思

  • 零电压开关

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  • 例句与用法
  • At the end , a half - bridge dc / dc transformer with zero voltage switching ( zvs ) is presented
    最后本文研究了一种半桥软开关直流变压器电路。
  • In all interleaving two - transistor forward switches , zero voltage switching can be obtained which can apparently improve the power density . however the isolated boost converters need to resolve two problems
    但是隔离boost变换器需要重点解决两个问题: 1 )减小功率开关关断时两端浪涌电压; 2 )隔离boost变换器的起动。
  • The whole high power switch supply have four bidirectional dc / dc converters which are parallel connection . the theory of phase - shifted full - bridge zvs pwm dc / dc converter and the theory of push - pull boost converter are introduced . the methods of realize zvs ( zero voltage switching ) is studied in detail
    文中介绍了移相全桥式软开关变换及推挽式dc dcboost变换的工作原理,分析了移相全桥zvs的实现和占空比的丢失,并设计了各自的控制电路和保护电路。
  • A topology of asymmetrical half bridge soft switching is researched in this thesis , which has inherent zero voltage switching ( zvs ) capability and thus potentially higher efficiency by its resonating of the leakage of power transformer with the parasitic capacitances of the power mosft switches , whereas it does n ' t raise the expense of the converter these studies in the thesis have been done as follows : ( 1 ) the topology of asymmetrical half bridge is introduced , and its principle and the relation of duty cycle and input voltage and output voltage discussed , the method of eliminating the deflection magnetism is also brought forward
    虽然,软开关技术能够实现功率变换器的小型化、模块化等,但是,电路变得更加复杂,使得中小功率的变换器的成本增加,往往不利于商业竞争。本文研究了一种零电压的不对称半桥拓扑结构,它可以在不增加电路成本的基础上,利用电路自身的特点,实现软开关。本文所做的主要工作如下: ( 1 )对不对称半桥主电路工作原理进行分析,给出了占空比与输出电压、输入电压的关系以及消除变压器偏磁的方法。
  • The main circuit of the design in this article we used is fb zvs pwm dc / dc converter , full bridge zero voltage switching pulse width modulation dc / dc converter , which is a full bridge circuit composed of four power switches using resonance to implement zero voltage when turning - on or turning - off
    本文设计的通信电源充电模块的主电路采用的是fbzvspwmdc dc变换器,即全桥零电压开关脉冲宽度调制的直流变换器,它是由4个功率开关管组成的全桥电路,利用谐振使每个开关管在零电压的条件下完成导通和关断。
  • ( 2 ) each state of the total switching period has been studied in detail , in which the voltage of block capacitor and current of leakage inductance of main transformer and keeping time of each state have been discussed , then the condition of zero voltage switching is attained , which gives theory guidance for setting reasonable dead time , finally , the possibility of zero voltage switching is proved by simulation of saber software
    ( 2 )对不对称半桥在一个完整的开关周期内各个状态分析,描述了隔直电容电压和变压器漏感电流的变化规律,各个状态的持,然后得出实现zvs的条件,从而为设置合理的死区时间提供了理论指导,最后用saber软件进行了仿真,验证了零电压开关实现的可能性。
  • Based on the detailed analysis of the principle of single - phase active pfc , the high power active pfc circuit is designed , and the method of designing boost inductor is also given in the paper . a high power phase - shifted - control soft - switching full - bridge converter is designed , and the condition of achieving zvs ( zero voltage switching ) is studied in detail
    论文在详细分析和研究单相有源功率因数校正原理的基础上,设计出大功率有源功率因数校正电路,并给出电路中升压电感的设计方法;设计出了大功率移相控制全桥软开关pwmdc dc变换器,详细的研究了实现zvs的条件。
  • Serial - parallel combined two - transistor forward converter is presented for high input voltage and high power application , and the operation principle of the topology is analyzed in this paper . all switches are turned off with zero voltage switching , and the two switches of them are turned on with zero current and zero voltage switching . the difference of input capacitances , conducting voltage drop of switches , duty cycle and windings of the transformer of the combined converter influences the voltage balance of the input capacitors
    本文介绍了双管正激变换器的两种稳定工作状态,详细分析了带lcd无损箝位网络的并?并组合式双管正激变换器的工作原理,该组合式变换器中的开关管实现了零电压关断,并介绍了该电路拓扑的特点和lcd网络参数设计,采用pspice软件进行了仿真和分析,最后,研制出一台2 . 3kw样机。
  • ( 4 ) the experiment of asymmetrical half bridge converter design and the result of it base of the above analysis , the dc / dc converter is designed , it is proved that asymmetrical half bridge can realize zero voltage switching when it satisfies the condition of load current and deadtime by the experiment
    ( 4 )不对称半桥的实验电路设计及实验结果基于前面的分析,设计了一个不对称半桥dc dc变换器的实验电路,进行了实验研究,实验结果证实了在满足死区和负载电流两个条件时,不对称半桥可以实现零电压开关。
  • " soft switching " is zero voltage switching or zero current switching , which the voltage ( or current ) of the switch varies by law of sine or quasi sine , the switch is on when its voltage reaches zero ( or switch is off when its current reaches zero ) by resonance . it makes switch loss is zero , so it can increase the operating frequency and raise power density , minimize the size of transformer and inductor
    “软开关”是指零电压开关或零电流开关,它是利用谐振原理,使开关变换器的开关管电压(或电流)按正弦(或准正弦)规律变化,当电压过零时,使器件开通(或电流自然过零时,使器件关断) ,实现开关损耗为零,从而提高开关频率,减小变压器、电感的体积。
  • 推荐英语阅读
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Last modified time:Thu, 14 Aug 2025 00:29:56 GMT

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