资源列表
machine
- 异步电机矢量控制simulink仿真模型(simulink model,it can run in the simulink environment without mistakes,if you are studying in this field,you can download it.)
PV_three_boost_grid_inverter_SVPWM_2015rb
- 三相光伏并网逆变器MATLAB/simulink仿真模型(MATLAB/simulink simulation model of three-phase photovoltaic grid-connected inverter)
光伏太阳能板PV仿真模型
- 在Matlab的Simulink中设计太阳能光伏电池PV模型,用来模拟光伏电池的P-U、I-U等特性曲线。在封装系统上,支持用户修改输入模块参数Uoc、Um、Isc、Im来自定义太阳能光伏板数量等。
NCEPU_HVDC
- 华北电力大学高压直流输电HVDC系统,matlab仿真程序-North China Electric Power University HVDC HVDC system, matlab simulation program
NHT2d
- 2维传热问题计算,有清晰的注释,希望对初学者有所帮助。-2-dimensional heat transfer calculations, a clear note, I hope to help beginners.
104-Statute
- 104规约简介 101、104规约属于问答式异步通信方式。104必须与101规约同时配套使用-About 101,104 of the Statute Statute 104 questions and answers are asynchronous communication. 104 and 101 of the Statute must be at the same time supporting the use of
chem
- 该程序具有将chemkin机理文件由txt格式转化为chemkin3可读的特殊格式,用以进一步验证机理和探索燃烧特性-the code is atuomatically convert the chemkin mechanism of txt type convert to the type which can be directly used by chemkin 3 and be furtherly used for exploring the charteristic of combust
Desktop
- 直流它励电机,额定功率555(kW),额定电压750 (V) ,额定电流760 (A) ,额定转速375(rpm) ,过载系数1.5 ,电枢电阻0.14 (Ω ) ,直流回路总电阻(包括限流电抗器) 0.14 (Ω ) ,电机及负载折算到电机轴上的综合转动惯量J(DC motor, rated power, rated voltage of 555 (kW) 750 (V), 760 of the rated current, rated speed (A) 375 (RPM), the ove
matlabstudentssc
- tssc simulation file simulated in matlab 2015 very helpful for beginners plots are shown in colors
CompressingGas
- 压缩空气储能仿真simulink模型,适合matlab 2017及以上版本(model of CAES of simulink)
gurobi_mex_v1.61
- matpower的扩展工具箱,包含高性能的LP和QP求解器,与matpower结合可以进行直流最优潮流计算-matpower the extended toolbox, including the performance of the LP and QP solver can be combined with matpower DC optimal power flow calculation
LabVIEW-SIGNAL-PROCESSING
- 基于LabVIEW的信号处理的系统设计, 该系统具有以下功能:对信号波形(采集到的信号为正弦信号)进行数据采集,并将采集的数据进行显示和改变(多通道改为相应单通道)。 将数据采集的信号通过傅立叶变换程序对信号进行变换,显示出时域信号和频域信号,并将采集到的时域信号储存到文档中。 将数据采集的信号通过自相关函数变换程序对信号进行变换,显示出变换后的信号。 将数据采集的信号进行变换来证明帕斯瓦尔定理。 把所有的波形通过波形Graph在前面板显示出来。 最后对结果进行分析