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danlu
- 实现了光伏反激电路拓扑的仿真,实现了原边出现馒头波,很好用!-Flyback boost, can be run
Boost_Mppt_xin
- 光照强度变化下的最大功率点跟踪仿真,包括mppt算法及boost升压电路-Maximum power point tracking under illumination intensity simulation, including mppt algorithm and boost booster circuit
Boost_test
- 电力电子Boost升压电路的仿真模型,测试通过-Simulation Model of Power Electronics Boost boost circuit test by
Proteus_PWM_Boost_circuit
- proteus仿真,以LPC2138芯片为核心生成PWM波,控制升压斩波电路(PWM),实现稳定的高电压输出。包含AD转换、串口通信。-proteus simulation. This design use PWM wave generated by LPC2138 to control boost circuit and realized a steady high voltage output. ADC and serial por
BOOSTMATCH20161009
- 利用boost升压变换电路,进行变换实现了mppt匹配问题,可作出仿真验证。-Use boost boost converter circuit to transform realized mppt matching problem, you can make simulation.
boost_apfc
- 这个压缩包内含有Boost APFC电路的matlab仿真模型和C++编写的程序代码,以功率1Kw,开关频率300K的参数为例,经仿真实验可以运行,非常值得参考借鉴,请大家放心下载!-This compression matlab simulation model package containing Boost APFC circuit and C++ write program code to power 1Kw, 300K swi
buck_boost
- 电力电子 buck boost 升降压斩波电路 simulation仿真-Simulation of buck- boosting chopping circuit
Boost2
- 基于MATLAB的升压电路设计,可修改参数仿真分析-Boost circuit design based on MATLAB, you can modify the parameter analysis
4.0
- 基于MATLAB的升压斩波电路的仿真。直流斩波电路作为将直流电变成另一种固定电压或可调电压的DC-DC变换器,包括直接直流电变流电路和间接直流电变流电路。-Simulation of boost chopper circuit based on MATLAB. The DC chopper circuit is a kind of DC-DC converter that converts DC to another fixed vol
fangzhen
- 隔离型DC-DC变换器降压仿真模型.使用了全桥结构,并移相控制算法实现,适用于大功率及对电气隔离有要求的电压变换系统. [boost.zip] - boost升压电路 matlab调试成功输出曲(Altar Simulink physics modeling board posted post: isolated two-way full bridge DCDC Resonant Converter... My simulation h
Boost_APFC
- 利用MATLAB/Simulink进行功率校正的升压电路的仿真,测试后运行无误(Simulation of the boost circuit using MATLAB/Simulink for power correction. The operation is unmistakable after testing)
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)