直流变换器

基于MATLAB的Buck/Boost直流变换器仿真

The Simulation of Buck / Boost DC-DC Converter Based on MATLAB

随着FPGA、DSP和ARM等技术的发展，数字化控制已经成为主流，大功率直流变换器也将朝着数字化、智能化和网络化的方向飞速发展。

With the development of FPGA . DSP and ARM technology , the digital control has become the trend of high-power DC-DC converter .

提出了一种新型的单/双开关正激式（Forward）直流变换器的电路仿真平均模型。

A novel average model for single / double switches forward DC DC converters has been developed .

混合式模糊PID在直流变换器中的应用

The Application of Mixed Fuzzy PID to a DC / DC Converter

单开关三相交直流变换器的谐波消除PWM技术

Harmonic Elimination for Single-Switch Three-Phase AC-DC Buck Converter Using PWM Technique

PWM全桥软开关直流变换器的研究

Investigation on PWM Full Bridge Soft-switching Converter

加钳位二极管的零电压开关PWM三电平直流变换器

Zero-Voltage-Switching PWM Three-Level Converter with Clamping Diodes

最后，本文还提出了另外几种零电压零电流开关PWM推挽三电平直流变换器。

Several zero voltage and zero current switching PWM push pull three level converters are proposed .

倍流整流方式ZVSPWM三电平直流变换器

Current - doubler - rectifier ZVS PWM three-level converters

高效直流变换器（DC-DC）的设计

The Design of the High Efficiency DC DC Converter

采用耦合电感的ZVZCSPWM三电平直流变换器

ZVZCS PWM Three-level DC Converter with Coupled Inductor

ZVSPWM全桥三电平直流变换器

Three-Level ZVS PWM Full-Bridge Converter

2种ZVS方式AHB直流变换器比较

Comparison between two ZVS modes of AHB DC / DC converter

AHB直流变换器的ZVS原理分析与控制

ZVS principle Analysis and Control for AHB DC / DC Converter

并根据双向直流变换器总体设计的要求，完成了基于DSP控制器的双向直流变换器软件设计。

And according to the design requirements of the DC / DC converter , completed the software design of Bi-directional DC / DC converter which based on DSP controller .

通过对三电平直流变换器的研究，确定了前级整流器采用不可控整流电路加三电平Buck电路的方式和控制方式。

By studying the three-level DC-DC converter , the paper used to determine the top-level rectifier is uncontrolled rectifier plus three-level Buck .

改进型移相全桥ZVZCS直流变换器

An Improved Full Bridge Phase-shift ZVZCS-PWM DC / DC Converter

一种新型LCL谐振软开关推挽式直流变换器

A New LCL Resonant Soft-Switching Push-Pull DC-DC Converter

最后，通过仿真分析和对50V/20A样机的调试实验，验证了零电压零电流移相控制PWM三电平直流变换器的工作原理。

Finally , the operation principle of Zero-voltage and Zero-current-switching PWM three-level converter is validated by the simulation analyze and the debugging experiment of 50V / 20A sample device .

数字控制ZVZCS半桥三电平直流变换器研究

Research on ZVZCS Half-Bridge Three-Level DC / DC Converter Based on Digital Control

双向DC/DC变换器（Bi-directionalDC-DCConverter，BDC）是一种可在双象限运行的直流变换器，能够实现能量的双向传输。

BDC ( Bi-directional DC-DC Converter ) is a two-quadrant operating DC-DC converter , through which the power can flow in either direction .

本文提出了一种新型的零电压零电流开关PWM推挽三电平直流变换器，其中开关管的电压应力为输入电压。

This paper presents a novel zero voltage and zero current switching ( ZCS ) PWM push pull three level converter in which the voltage stress of switches is input voltage .

采用ZVS-PWM三电平直流变换器的电力整流模块

A Type of Switch Power Module with ZVS-PWM Three-Level Converter

通过比较分析，选用双向Buck-Boost变换器为本文所研究的双向直流变换器。

After analysis of the basic topology , bi-directional Buck-Boost converter is selected to apply to this paper .

本文在有源箝位ZVS单元模块基础上，对有源箝位ZVS直流变换器进行了全面的分析和研究。

Based on ZVS active clamp cells , the paper give a thorough analysis and research on ZVS active clamp DC-DC converters .

本文介绍为航空静止变流器中的直流变换器而研制的GTR基极驱动电路。

This paper describes a new base drive circuit for GTRs in DC / DC converter of the aeronautical engineering .

本文主要研究单相静止变流器的DC/DC级，它采用加箝位二极管的移相控制ZVSPWM全桥直流变换器。

This thesis focuses on the development of the DC / DC stage , which adopted the phase-shifted zero-voltage-switching ( ZVS ) PWM full-bridge converter with two clamping diodes .

提出了一种新型直流变换器拓扑&电荷转移式零电流开关CD／DC变换器，对其工作原理作了详细讨论，给出了有关的计算方法和控制实例。

This paper presents a new type of DC conversion topologys-charge transfer zero - current switching DC / DC converter , discusses its operation principle in detail and derives relevant calculating methods and a typical instance of control .

以BUCK型直流变换器为例，详细研究了单周期控制理论及采用单周期控制技术的电路特点。

The BUCK type DC converter is used as an example to study the one cycle control theory and the features of the circuit when applying the proposed technique in detail .

在分析软开关直流变换器原理的基础上，采用混合式模糊PID控制方法对直流变换器的输出电压进行闭环控制。

On the basis of analyzing the theory of soft switch DC / DC converter , a method of mixed fuzzy PID control is used to control close loop output voltage of DC / DC converter in this paper .