inverter circuit

An Analysis On Thyristor Inverter Circuit

晶闸管串联逆变电路的分析

By plentiful experiments and tests, we have validated the mathematical model of the thyristor inverter power source, and got the new design methods of inverter circuit parameters, which provides the theoretic foundation for the manufacture of inverter power sources.

通过研制过程中的大量实验和测试，验证了快速晶闸管逆变电源数学模型的正确性，得出了逆变电路参数设计的新方法，为逆变电源的研制提供了理论依据。

We used Boost chopper circuit to achieve voltage regulation function. The inverter circuit topology applied the form of full-bridge inverter, and intelligent power module IPM was adopted as power conversion device, which improved the reliability of the circuit.

文中采用Boost斩波电路实现调压功能，逆变电路采用全桥逆变的拓扑形式，功率转换器件采用智能功率模块IPM，提高了电路的可靠性。

The half-bridge inverter circuit is used IGBT as switch with the advantages of MOSFET and GTR.

主电路使用集MOSFET和GTR的 优点于一身的IGBT作为开关管,构成半桥逆变电路.

Dynamic simulation analysis on automatic switch from inverter circuit to industrial frequency power system of piston compressor load

负载活塞压缩机电路自动转换机电系统动态仿真分析

By analysis of the traditional inverter control principles, this paper presents a novel inverter control strategy aim at reactive load fluctuations. It makes full use of the original topology of the inverter circuit to achieve the dual control objectives of both grid connection and reactive power compensation.

通过对逆变电源传统控制原理的分析，本文提出了一种针对无功负荷波动的逆变器并网控制策略，该方案充分利用逆变电源原有的电路拓扑结构，达到并网和无功补偿的双重控制目标。

Study on Application of FET Inverter Circuit in SMAW Machine

场效应管逆变电路在手弧焊机中应用问题的研究

The single-phase half-bridge inverter circuit is adopted for the DC-AC conversion link.

DC-AC逆变环节采用的是单相半桥逆变电路。

The focus of this paper is designed for electromagnetic induction heating resonant inverter circuit.

本文研究的重点是设计应用于电磁感应加热的谐振式逆变电路.

The main circuit is composed of a non-controlled rectifier and a single-phase full-bridge IGBT inverter circuit to regulate the frequency and power.

主电路采用单相不控整流IGBT全桥逆变电路，调节频率调节功率。

The front stage is an interleaved full-bridge LLC resonant circuit, the back stage is the full-bridge inverter circuit.

本文研究了一种两级结构的逆变器，前级为交错并联全桥LLC谐振电路，后级为全桥逆变电路。

In the paper, firstly through theoretical analysis of Boost circuit, full-bridge inverter circuit and SPWM control technology used in the design of the system, design all parameters of the PV inverter main circuit.

首先对系统中Boost电路、全桥逆变电路及SPWM控制技术进行理论分析，设计了逆变器主电路的各个参数。

The invention provides a low-cost resonance inverter circuit used for a ballast.

本发明提供一种用于镇流器的低成本谐振逆变器电路.

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.

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。

And the paper gives the output of the boost circuit and inverter circuit and FFT analysis.

并给出了升压电路输出波形和逆变电路输出波形及波形的FFT分析。