IGBT半桥逆变,IGBT half bridge inverter circuit
1)IGBT half bridge inverter circuitIGBT半桥逆变
2)half-bridge inverter半桥逆变
1.Analysis on the power adjustment principle of serieshalf-bridge inverter main circuit of Thyristor intermediate frequency furnace中频电炉串联半桥逆变器调功原理分析
2.In the main circuit,half-bridge inverter circuit was adopted to realize the interchange of the power.主电路中,采用了半桥逆变电路实现功率的变送。
3.In this paper,we introduce ahalf-bridge inverter circuit,discuss the work of IGBT static characteristics and dynamic switching process,and analyze the principle of normal and failure work.介绍了半桥逆变电路的工作方式,探讨了IGBT静态特性及动态开关过程,对正常工作和过流故障时的原理进行了分析,给出了IGBT驱动和保护的详细电路。
英文短句/例句
1.Study on Soft-switching Circuit of Half-bridge Arc Welding Inverter;半桥逆变弧焊电源软开关电路的研究
2.Research on a New Control Method of Dual Buck Half Bridge Inverter双降压半桥逆变器一种控制方法研究
3.Research on Dual Buck Half Bridge Inverter Based on SPWM Control一种SPWM控制双Buck半桥逆变器研究
4.Research on Dual Buck Inverter with Stand-alone and Grid-connection Operation Modes;并网/独立双模式双降压式半桥逆变器的研究
5.Half-bridge IGBT inverter module piezoelectric drive and protection circuit design半桥逆变IGBT模块压电驱动与保护电路设计
6.Analysis on the power adjustment principle of series half-bridge inverter main circuit of Thyristor intermediate frequency furnace中频电炉串联半桥逆变器调功原理分析
7.Research on UPS Driving Circuit Controlled by DSP Based on Half-Bridge Inverter采用DSP控制并基于半桥逆变器UPS驱动电路的研究
8.Study and Application of Semi-bridge Type 250A Inverter CO_2 Arc Welding Main Power Source;半桥式IGBT250A逆变CO_2焊主电源的研究及应用
9.A Study of Passive Lossless Snubbers for IGBT Bridge-Inverters;IGBT逆变桥无源无损缓冲电路的研究
10.Research of Four-legged Three-phase Inverter Based on DSP;基于DSP的四桥臂三相逆变器研究
11.Analysis to main Circuit Topolgies of Arc Welding Bridge Inverter;桥式弧焊逆变器主电路拓扑结构分析
12.Research of Three-Phase Four-Leg Inverter Base on DSP基于DSP的三相四桥臂逆变电源的研究
13.Harmonic suppression of three-phase three-level inverter with H bridges三相H桥三电平逆变器谐波抑制方法
14.The DC-Side Equivalent Model of SPWM 2H-Bridge InverterSPWM-2H桥逆变器直流侧等效模型
15.Fast Three-Dimension SVPWM Algorithm for Four-Leg Inverter四桥臂逆变器的快速三维SVPWM算法
16.Implementation of SVPWM for Four-leg Inverter Based on DSP四桥臂逆变器SVPWM的DSP实现
17.Research on LLC Resonant Half-Bridge DC-DC Converter;LLC谐振半桥DC-DC变换器的研究
18.High-Power Asymmetrical Half-bridge ZCS Quasi-Resonant Converter;新颖不对称半桥零电流准谐振变换器
相关短句/例句
half-bridge inverter半桥逆变
1.Analysis on the power adjustment principle of serieshalf-bridge inverter main circuit of Thyristor intermediate frequency furnace中频电炉串联半桥逆变器调功原理分析
2.In the main circuit,half-bridge inverter circuit was adopted to realize the interchange of the power.主电路中,采用了半桥逆变电路实现功率的变送。
3.In this paper,we introduce ahalf-bridge inverter circuit,discuss the work of IGBT static characteristics and dynamic switching process,and analyze the principle of normal and failure work.介绍了半桥逆变电路的工作方式,探讨了IGBT静态特性及动态开关过程,对正常工作和过流故障时的原理进行了分析,给出了IGBT驱动和保护的详细电路。
3)IGBT inverterIGBT逆变器
1.The paper presents in the end the simulation model ofIGBT inverter.通过对逆变器中的直通电流问题的论述,提出了检测直通电流的几种方案,以IGBT逆变器为例,给出了检测直通电流的仿真模型。
2.The converter is composed by thyrister rectifier andIGBT inverter,and uses a PWM rectifier as a load to control output current.辅助电源变流系统由晶闸管整流器和被测IGBT逆变器组成,负载采用PWM整流器控制输出电流。
3.A higher-voltage ,low-switching frequencyIGBT inverter and a lower-voltage, high-switching frequency MOSFET inerter are used in the combination to achieve harmonic current compensation.IGBT逆变器的作用是提供基波电压,并补偿无功功率,MOSFET逆变器则实现消除谐波电流的功能。
4)IGBT inverterIGBT逆变
1.Control system design ofIGBT inverter type submerged arc welding machine;IGBT逆变埋弧焊机控制系统设计
2.Suppression technology of electromagnetic disturbance forIGBT inverter welderIGBT逆变焊机电磁骚扰的抑制
3.The design used 220 V AC,DC rectifier and chopper voltage regulation,through theIGBT inverter for the exchange,finally filtering through the inductor,boost high-frequency transformer to achieve the high voltage output of the high-frequency sine wave.本设计采用220 V交流输入,经整流成直流后,通过直流斩波调压,再通过IGBT逆变为交流,最后通过电感滤波、高频变压器升压来实现输出为高频高压的正弦波。
5)Half-bridge inverter半桥逆变器
6)inverter/half bridge逆变器/半桥
延伸阅读
[3-(aminosulfonyl)-4-chloro-N-(2.3-dihydro-2-methyl-1H-indol-1-yl)benzamide]分子式：C16H16ClN3O3S分子量：365.5CAS号：26807-65-8性质：暂无制备方法：暂无用途：用于轻、中度原发性高血压。
