搜索资源列表
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- 无差拍控制模型S函数,simulink下的模型,电力电子论文必备-Deadbeat control model S function, simulink model under, power electronics papers must
UPS
- 传统无差拍控制应用于UPS 逆变器,存在对系统参数变化的鲁棒性问题。本文提出了一种 新的控制方案—渐近收敛无差拍控制。该方案与传统无差拍控制的区别是,不是将正弦信号作 为参考电压,而是采用当前的输出电压和正弦信号的加权平均作为下一控制周期的目标量-Traditional deadbeat control applies to UPS inverter, the existence of the system parameters
BPalgorithminsinglephaseinverter
- BP算法在单相逆变电源无差拍控制中的应用-BP algorithm in single-phase inverter deadbeat control of
DEAD-beat-microprocessor-control--
- 单相逆变器 simulink 无差拍控制研究及仿真-single phase；simulink deadbeat control
VC_VC
- 实现了以输出电压及其一阶导数为状态变量的无差拍控制的仿真-Realized by the output voltage and its first order derivative of state variable simulation of deadbeat control
deadbeatcontrol
- 并联型电压源型有源电力滤波器的无差拍控制的Matlab仿真。通过线性预测算法预测谐波电流在下一个时刻的参考值以实现谐波电流的跟踪。-Deadbeat control simulation of shunt type APF ,prediction control with linear prediction method to tracing the harmonic current.
threeleverdqsvmwcp
- 三电平三相三线制APF，在dq坐标系下进行电流环的控制，采用无差拍加前馈解耦的控制策略，调制方式采用svpwm方法，matlab2006b,高版本可能需要更换低通滤波器-Three-level three-phase three-wire APF, in the dq coordinate control current loop, using deadbeat plus feedforward decoupling control s
threelever3p4wzb
- 三电平三相四线制APF，在abc坐标系下进行电流环的控制，采用无差拍控制策略和载波同相调制方法，能够抑制谐波，补偿无功和治理三相不平衡，matlab2006b,高版本可能需要更换低通滤波器-Three- level three- phase four-wire APF, current loop control in abc coordinates, using deadbeat control strategy and carrier
apf
- PSIM 三相四线制APF 治理不平衡 无差拍控制+spwm-PSIM three-phase four-wire APF governance imbalance deadbeat control+ spwm
pudn
- 用MATLAB软件实现对永磁同步电机SVPWM矢量控制的仿真和对无差拍变流器的仿真-Using MATLAB software PMSM SVPWM Vector Control Simulation and deadbeat converter simulation
deadbeatcontrol
- 仿真为单相并网逆变器的仿真模型，使用matlab进行搭建，使用无差拍控制的方法，希望进行探讨-Simulation of single-phase grid-connected inverter simulation model using matlab to build, using deadbeat control, and I hope to explore
DSP1
- 应用于DSP的有源电力滤波器滞环控制，三种无差拍控制，准比例谐振控制程序-DSP applied APF Hysteresis Control of Three- deadbeat control quasi-resonant control proportion program
a.mdl
- 单相逆变的无差拍控制，结果还可以供大家参考(The control of single phase inverter and the results can be used for reference)