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choosethebestbuck-boostconverter
- choose the best buck-boost converter为电源电路选择最佳的电源变换方式提供参考资料-choose the best buck-boost converter for the power circuit of the power to choose the best way to provide reference materials transform
boost
- 用mathematics对boost变换器进行编程，得到分岔混沌图-using mathematics to get the bifurcation and chaos diagram of boost converter
buckboost
- 升降压DC——DC变换器的simulink模型，前相为buck变换器，后相为boost变换器，可以进行适当的升降电压调节。-The buck-boost DC- DC converter simulink model, phase buck converter, the latter phase of the boost converter can be appropriate lifting voltage regulator.
buckboost
- 一个简单的直流变换器，通过buck-boost变换电路，得到期望的电压。该模型能够正常运行，绝对正确。-A simple dc converter, through the buck- boost conversion circuit, achieve the desired voltage. This model can run normally, absolutely right.
boost
- 单相boost变换matlab控制策略仿真-Single-phase boost transform matlab Control Strategy Simulation
boost_peak_current_control
- Boost变换器的电流反馈控制，闭环系统，实用简练，好用。-Boost converter current feedback control, closed-loop system, practical and concise, easy to use.
APFC-Boost
- 带APFC的Boost升压变换器在Matlab中的仿真实现-Boost converte with APFC simulated in matlab/simulink
Untitledkongjianyingshe
- 并联升降压变换器的电路参数在宽范围变化下的空间映射图-Parallel buck-boost converter circuit parameters over a wide range of space Transformation map
dianlidianzichaosyuandaima
- 电力电子混沌分岔现象，通过boost变换器分岔程序对其他变换器做出参考。-Chaos bifurcation diagram of power electronic converter, through the boost converter bifurcation program can make reference to other converters.
EXP_Boostmdl
- boost变换器仿真模型基础，可做系统性能分析等。-Boost converter simulation model base, can do the system performance analysis, etc.. Effect is very good.
buck_boost
- 开关电源中的升压变换器仿真加入powergui可以直接实用！效果挺好！-Switching power supply in the boost converter simulation can be directly applied to add powergui! The effect is very good!
boost小信号建模
- 该文档为boost变换器的小信号建模分析，对boost电路的环路控制有帮助(This document is a small signal modeling analysis for the boost converter, which is helpful for the loop control of the boost circui)
2
- 根据对Boost电路工作原理和有源功率因数校正(APFC)控制方案的研究分析，设计了一款采用Boost电路的APFC变换器。输入电压为220V±10% (198VAC～242VAC)，输入频率为50Hz，输出的直流电压为400V，输出功率为500W。(According to the research and analysis of the working principle of Boost circuit and the active power factor correction (APF
dcdc
- 光伏发电DC-DC 仿真，利用H 桥型双向 DC/DC 变换器的原理 其电压极性不变，但电流的极性却不同，因此能够实现能量的双向流动，功率可以向两个方向流动，而能量流动的方向可由负载大小以及光伏电池的发电特性而决定。对于储能装置的电路拓扑结构，本文采用 H 桥型 Buck/Boost 直流变换器来完成对蓄电池充电放电的控制。(DC-DC simulation of photovoltaic power generation)
efficiency optimization of 4phase converter
- 该资料为双向boost DCDC变换器的mathcad计算文档，计算过程十分详细和全面。(This data is a Mathcad calculation document of bidirectional boost DCDC converter. The calculation process is very detailed and comprehensive.)
直流升压斩波变换电路
- 该资料为boost变换器的Multisim仿真文件，经过验证可以正常使用(This information is the design data of half bridge transformer, and the selection and design method of half bridge transformer are introduced in detail.)
APFC
- 单相功率因数校正PFC的原理和方法，通过对Boost型滞环控制的DC-DC变换器采用Matlab进行仿真，获得了最后校正的功率因数结果，说明这种PFC方案的能获得良好的效果，适用于多种场合。(The principle and method of single-phase PFC are introduced. By simulating the Boost hysteresis-controlled DC-DC converter with MATLAB, the final correcte
untitled1.slx
- 一种新颖的拓扑结构，四开关BUCK-BOOST变换器，能够实现双向的BUCK功能，BOOST功能，而且能视情况自动切换BUCK和BOOST(A novel topology, four switch buck-boost converter, can achieve two-way BUCK function, BOOST function, and can automatically switch BUCK and BOOST as the case)
42549295apfc
- 功率因数矫正仿真根据对Boost电路工作原理和有源功率因数校正（APFC）控制方案的研究分析，设计了一款采用Boost电路的APFC变换器。输入电压为220V±10％（198VAC~242VAC）。(Power factor correction simulation based on Boost circuit principle and active power factor correction (APFC) control scheme research and analysis, de
STM32 4开关升降压源码及原理图（官方）
- 基于STM32F334C8T6，包括ST-LINK/V2-1嵌入式调试工具接口， 采用buck变换器、buck/boost变换器、LED和按钮。(The STM32F334 discovery kit (32F3348DISCOVERY) helps the user discover the full range of features of the STM32F334 line and develop applications. It is based on STM32F334C8T6