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svpwm1
- 矩阵变换器 矩阵变换器的仿真模型及实现原理，利用sfunction实现对开关管的导通的控制-Matrix converter matrix converter and implementation of principles of the simulation model, using sfunction achieve the turn-on switch control of
Dual-voltage-brushless-doubly-fed-wind-synthesirol
- 双电压合成的无刷双馈风力发电系统矩阵变换器励磁控制-Dual voltage brushless doubly-fed wind synthesis of matrix converter power system excitation control
Matrix-Converter-excitation-energ-of-BDFM
- 矩阵变换器励磁的无刷双馈电机能量研究Matrix Converter excitation energy of BDFM-Matrix Converter excitation energy of BDFM
Control-of-Matrix-Converte-Excited-Brushless-Doubl
- 矩阵变换器励磁控制的无刷双馈风力发电系统Control of Matrix Converter Excited Brushless Doubly-Fed Wind Power Generation System-Control of Matrix Converter Excited Brushless Doubly-Fed Wind Power Generation System
Virtual-Matrix-Converter-is-not-controlle-rectifie
- 虚拟不可控整流矩阵变换器研究Virtual Matrix Converter is not controlled rectifier-Virtual Matrix Converter is not controlled rectifier
Brushless-Doubly-Fed-Wind-Power-Generation-System-
- 无刷双馈风力发电系统的矩阵变换器励磁控制Brushless Doubly-Fed Wind Power Generation System Excitation Control of Matrix Converter-Brushless Doubly-Fed Wind Power Generation System Excitation Control of Matrix Converter
Review-of-Matrix-Converter
- 矩阵变换器研究综述Review of Matrix Converter-Review of Matrix Converter
matrix-converter-power-system.
- 关于矩阵变换器的风力发电系统。希望对大家有用！-Wind power generation on the matrix converter system. Hope it useful!
MATLAB-Mutilate-Switch-S-function
- 矩阵变换器SPWM调制策略的MATLAB/Simulink仿真-SPWM modulation strategy for matrix converter of MATLAB/Simulink simulation
UPFC-control-based-on-MC
- 提出了电压源矩阵变换器的统一潮流控制器，比较新，希望对大家有用-Put forward the trends of the unity of the voltage source matrix converter controller, relatively new, hope useful for everyone
Z_juzhen
- ：针对传统矩阵变换器存在电压传输比低和输出性能易 受非正常输入影响的两个固有缺陷，提出一种Z–源双级矩 阵变换器(Z-source two-stage matrix converter，ZSTSMC)及 其调制方法。利用Z–源网络的升压特性以提高电压传输比， 通过Z–源网络电容电压闭环对直通因子进行自适应地调 节，从而有效抑制非正常输入对输出性能的影响。闭环控制 中采用一种非线性PID 算法，削弱了Z–源网络表现出的非 最小相位特性带来的不良影响，提高了系统动态性能和
juzhen
- 提出了2种具有高电压传输比的新型矩阵变换器，根 据逆变侧主电路拓扑结构的不同，将其分别称为Boost 矩阵 变换器(BMC)和Buck-Boost矩阵变换器(BBMC)。介绍了这 2种拓扑结构的基本构成和工作原理，阐述了滑模控制器和 双闭环控制器的设计方法，并对其进行了比较，最后通过仿 真证明了该新型电路结构的可行性和有效性。结果表明：该 电路能实现电压传输比和输出频率的任意调节，且波形失真 度小，从而有效地解决了传统矩阵变换器(CMC)电压传输比 低的固有缺陷，