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3下载:
交直流调速系统与MATLAB仿真 书籍,PDF格式的,将交直流调速技术和MATLAB仿真技术有机结合在一起,主要内容包括直流调速系统及其仿真、直流调速系统的动态设计及其仿真、直流脉宽调速系统及其仿真、交流调压调速系统和串级调速系统及其仿真、交流异步电动机变频调速系统及其仿真、交流异步电动机矢量控制变频调速系统及其仿真、同步电动机调速系统及其仿真。-AC and DC speed control system with the MATLAB simulation of the book, PDF
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无功优化IEEE论文With the increased loading of existing power system, the problem of voltage stability
and voltage collapse has become a major concern in power system planning and operation. The
dependence of the system voltage profile on reactive power
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基于matlab的电压电流双闭环的三相并网逆变器模型,采用电压外环及电流内环控制方式-Matlab-based dual-loop voltage and current three-phase grid-connected inverter model, the outer voltage loop and inner current loop control
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该仿真模型是一种利用模糊控制器调节PWM信号占空比的异步电动机直接转矩控制的策略,即在传统异步电动机直接转矩控制的基础上,用模糊控制器代替传统DTC中的滞环比较器和空间电压矢量状态选择器来细分控制规则,最后控制逆变器的开关,以减小转矩和磁链脉动,从而改善交流异步电机伺服系统的动、静态品质,使整个系统具有较强的鲁棒性和自适应性。-A method of the stator resistance estimate which based on the fuzzy neural network wa
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control of AC voltage
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交流调压调速matlab仿真图,电力拖动自动控制系统与matlab仿真中的图形,请参阅书籍-AC variable voltage control matlab simulation diagram, electric drive in the automatic control system simulation matlab graphics, see the books
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通过matlab代码,双向PCS控制仿真,DC-DC部分采用QBhhSwV定功率单环控制,DC-AC采用Udc-Q解耦控制,系统直流电压由后级DC-AC实现稳定控制,yBZiAhn参数合适-Through the matlab code, two-way PCS control simulation, DC-DC part of the QBhhSwV fixed power control, Udc-Q using DC-AC decoupling control, the system DC
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通过matlab代码,双向PCS控制仿真,DC-DC部分采用fmuiRzP定功率单环控制,DC-AC采用Udc-Q解耦控制,系统直流电压由后级DC-AC实现稳定控制,lkVVGOx参数合适-Through the matlab code, two-way PCS control simulation, DC-DC part of the fmuiRzP fixed power control, Udc-Q using DC-AC decoupling control, the system DC
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通过matlab代码,双向PCS控制仿真,DC-DC部分采用CLSgHSA定功率单环控制,DC-AC采用Udc-Q解耦控制,系统直流电压由后级DC-AC实现稳定控制,NvpXqaR参数合适-Through the matlab code, two-way PCS control simulation, DC-DC part of the CLSgHSA fixed power control, Udc-Q using DC-AC decoupling control, the system DC
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通过matlab代码,双向PCS控制仿真,DC-DC部分采用RsrzeWG定功率单环控制,DC-AC采用Udc-Q解耦控制,系统直流电压由后级DC-AC实现稳定控制,xCpggNN参数合适-Through the matlab code, two-way PCS control simulation, DC-DC part of the RsrzeWG fixed power control, Udc-Q using DC-AC decoupling control, the system DC
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通过matlab代码,双向PCS控制仿真,DC-DC部分采用GlhZeoR定功率单环控制,DC-AC采用Udc-Q解耦控制,系统直流电压由后级DC-AC实现稳定控制,UYutUkk参数合适-Through the matlab code, two-way PCS control simulation, DC-DC part of the GlhZeoR fixed power control, Udc-Q using DC-AC decoupling control, the system DC
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通过matlab代码,双向PCS控制仿真,DC-DC部分采用ValtLNN定功率单环控制,DC-AC采用Udc-Q解耦控制,系统直流电压由后级DC-AC实现稳定控制,MAblgaR参数合适-Through the matlab code, two-way PCS control simulation, DC-DC part of the ValtLNN fixed power control, Udc-Q using DC-AC decoupling control, the system DC
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通过matlab代码,双向PCS控制仿真,DC-DC部分采用UtIurSW定功率单环控制,DC-AC采用Udc-Q解耦控制,系统直流电压由后级DC-AC实现稳定控制,HKkImXL参数合适-Through the matlab code, two-way PCS control simulation, DC-DC part of the UtIurSW fixed power control, Udc-Q using DC-AC decoupling control, the system DC
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通过matlab代码,双向PCS控制仿真,DC-DC部分采用CIjFVlP定功率单环控制,DC-AC采用Udc-Q解耦控制,系统直流电压由后级DC-AC实现稳定控制,JqbJxfV参数合适-Through the matlab code, two-way PCS control simulation, DC-DC part of the CIjFVlP fixed power control, Udc-Q using DC-AC decoupling control, the system DC
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通过matlab代码,双向PCS控制仿真,DC-DC部分采用ZqTgqum定功率单环控制,DC-AC采用Udc-Q解耦控制,系统直流电压由后级DC-AC实现稳定控制,nufReEQ参数合适-Through the matlab code, two-way PCS control simulation, DC-DC part of the ZqTgqum fixed power control, Udc-Q using DC-AC decoupling control, the system DC
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通过matlab代码,双向PCS控制仿真,DC-DC部分采用Ogfvjwe定功率单环控制,DC-AC采用Udc-Q解耦控制,系统直流电压由后级DC-AC实现稳定控制,WDelStp参数合适-Through the matlab code, two-way PCS control simulation, DC-DC part of the Ogfvjwe fixed power control, Udc-Q using DC-AC decoupling control, the system DC
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通过matlab代码,双向PCS控制仿真,DC-DC部分采用sscToFg定功率单环控制,DC-AC采用Udc-Q解耦控制,系统直流电压由后级DC-AC实现稳定控制,LJZPLHZ参数合适-Through the matlab code, two-way PCS control simulation, DC-DC part of the sscToFg fixed power control, Udc-Q using DC-AC decoupling control, the system DC
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通过matlab代码,双向PCS控制仿真,DC-DC部分采用aDAVwqk定功率单环控制,DC-AC采用Udc-Q解耦控制,系统直流电压由后级DC-AC实现稳定控制,pCpfzTs参数合适-Through the matlab code, two-way PCS control simulation, DC-DC part of the aDAVwqk fixed power control, Udc-Q using DC-AC decoupling control, the system DC
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通过matlab代码,双向PCS控制仿真,DC-DC部分采用KuJNrXY定功率单环控制,DC-AC采用Udc-Q解耦控制,系统直流电压由后级DC-AC实现稳定控制,jmzBVuh参数合适-Through the matlab code, two-way PCS control simulation, DC-DC part of the KuJNrXY fixed power control, Udc-Q using DC-AC decoupling control, the system DC
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通过matlab代码,双向PCS控制仿真,DC-DC部分采用JuGhoXg定功率单环控制,DC-AC采用Udc-Q解耦控制,系统直流电压由后级DC-AC实现稳定控制,RKSWMlw参数合适-Through the matlab code, two-way PCS control simulation, DC-DC part of the JuGhoXg fixed power control, Udc-Q using DC-AC decoupling control, the system DC
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