电压型逆变电路

SPWM电压型逆变电路谐波仿真分析

Harmonic Simulation and Analysis of Voltage - sourced SPWM Inverter

在高压脉冲发生部分采用IGBT串联的半桥电压型逆变电路，通过PWM的控制方式实现。

In the part of hv pulse generator , the circuit topology is half-bridge convertor with IGBT in series , and its control mode is PWM .

针对基于MOSFET管的电压型逆变电路，从MOSFET管的特性和逆变电路两方面深入详细地探讨了它们对电压型逆变器电流质量的影响；

The effects on the voltage-type inverter current 's quality from MOSFET 's characteristics and inverter circuit based on MOSFET voltage-type inverter are detailed discussed .

电力电子的逆变技术是能量回馈系统的核心部分，本文讲述了电压型逆变电路和电流型逆变电路在能量回馈系统中的工作实现原理。

Power electronic inverter technology is the key in energy feedback .

自换流式电压型逆变电路

Current source inverting circuit by self-commutation voltage source inverter by self-commutation

高频电压型逆变电路的短路保护

Short Circuit Protection for High Frequency Voltage Source Inverters

输出环节为三相电压型逆变电路，采用空间矢量脉冲调制方法来实现三相电压的输出。

The output stage is a three phase voltage invert using SVPWM to achieve voltage output .

串联H桥多电平变频器的主回路从结构上可分为三相电容滤波不可控整流电路和单相电压型全桥逆变电路。

The series H-bridge multilevel converter 's power circuit is composed of uncontrolled rectifier with filtering capacitor and single phase H-bridge voltage-type inverter .

研究了离网型逆变器，采用电压型单相桥式逆变电路，结合工频变压器和LC滤波电路将直流电逆变成交流电供给交流负载。

Studied off-grid inverter , using voltage-mode single-phase bridge inverter circuit , combined with frequency transformer and LC filter circuit to direct current into alternating current then supply AC load reverse .

三相中频直流高压电源主回路的设计包括三相桥式整流电路，电压型全桥IGBT逆变电路，中频变压器升压和高压硅堆全桥整流的主电路结构设计。

The design of the main circuit for three-phase intermediate frequency high-voltage DC power supply includes the full-bridge rectifier circuit , he voltage full-bridge IGBT inverter circuit , and the intermediate frequency transformer with full-bridge rectifier circuit .

系统主电路由电压型整流电路和逆变电路组成，系统的控制电路主要由电源及驱动电路板、核心控制板、检测电路板以及其他辅助电路等构成。

The main circuit of the System is composed of voltage rectifier and inverter circuit , the control system is mainly composed of the power supply and driver circuit board , the central control board , the detection circuit board , and other auxiliary circuit .