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boost_APFC
- matlab做的一个高功率因数整流器的仿真，做的是单相的。-matlab to do a simulation of high power factor rectifier, single phase
APFC
- 平均电流控制的APFC在matlab/simulink下的仿真，波形较好，存在过零点的略微畸变，有待改进。-Average current control of APFC in matlab/simulink under the simulation, the waveform is better, there is a slight zero-crossing distortion, could be improved.
APFC
- 基于buck 变换的电源有缘功率因数校正-APFC using matlab
PFC10
- PFC功率因素校正电路，基于乘法器的APFC-PFC power factor correction circuit, multiplier-based APFC
glysapfc
- APFC的matlab仿真应用，完美运行，很好的参考资料。APFC的matlab仿真应用。平均电流型-The APFC matlab simulation applications, perfect run, a good reference. APFC matlab simulation. The average current-mode
apfc
- UC3854建模仿真，提高功率因素至99 ,采用matlab中的simulink进行仿真，UC3854典型电路，输入220V输出380V-The UC3854 modeling and simulation, to improve the power factor to 99 , using Matlab simulink simulation, the UC3854 typical circuit, input 220V output 380V
mosfetpwm
- mosfet 的APFC电路仿真，其控制原理直接参考厂家电路图-mosfet rectifer matlab model according to circuit graph
Switchsource
- 基于平均电流法设计的APFC高频开关电源MATLAB仿真模型-APFC MATLAB simulation model of high-frequency switching power supply design based on the average current law
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
PFC
- 传统整流Boost APFC电路的MATLAB仿真研究-Simulation of MATLAB traditional Boost PFC rectifier circuit
glysapfc
- APFC modelling in matlab simulink
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 switching frequency parameter, fo
APFC_example
- 有缘功率因数娇正电路APFC的matlab仿真，已验证(Matlab simulation of APFC with positive power factor circuit)
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)
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