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TheWholeDescriptionOfSimulinkStudy
- 以Simulink为主要工具介绍了系统仿真方法与技巧，包括连续系统、离散系统、随机输入系统和复数系统的仿真。介绍了模声封装技术、电力系统模块集、非线性系统设计模块集、S-函数编写与应用、Stateflow有限状态机、虚拟现实工具箱等中高级使用方法，最后还介绍了半实物仿真技术与实时控制技术。
Simulink.rar
- simulink简明教程，分6个章节介绍快速入门、建模方法、运行仿真、基本模块、连续系统、子系统及封装，简单易懂，适合初学者,A simple tutorial simulink, sub-chapter on 6 Quick Start, modeling methodology, operation simulation, the basic module, continuous system, subsystem and package easy, suitable for beginne
Simulnk_Dinamic_Simulation
- matlab动态仿真课件教程，介绍模块库和子系统封装-matlab dynamic simulation courseware tutorial to introduce the module library and subsystem package
SIMULINK
- 用于介绍Simulink的使用，模块封装，模块搭建等技巧的电子书-Used to introduce the use of Simulink, module packaging, module structures, such as e-skills
pv_model
- matlab 光伏电池模块 （已经封装好） 用于仿真光伏电池的输出特性-PV model
PhasePLockedPLoop
- pll的封装模块主要有cppll，dpll,linearpll,powerpll.-Encapsulation of a PLL module,include:cppll，dpll,linearpll,powerpll and so on.
fuzzy
- 太阳能模糊控制封装模块，根据太阳能电池特性曲线设计的模糊控制器，通过设置规则封装成模糊控制模块-Solar fuzzy control package module according to the solar cell characteristic curves designed fuzzy controller by setting the rules package into the fuzzy control module
fuzzy
- 基于matlab的太阳能模糊控制模块，根据太阳能电池特性曲线设置规则49条，封装成模糊控制模块，可运用于太阳能模糊控制器-Matlab-based solar fuzzy control module, set the rules according to the characteristic curve of solar cell, packaged into fuzzy control module
PV
- 封装好的模块是PV（光伏电池），本例利用斜坡信号作为电压端输入，仿真出光伏电池的外特性。-The packaged module PV (photovoltaic cells), in this case the use of the ramp signal as the input voltage terminal, simulation of the external characteristics of the photovoltaic cells.
SVPWM
- SVPWM(电压矢量控制)脉冲产生模块，封装为子系统，直接应用于系统中-SVPWM (voltage vector control) pulse generator module, packaged as a subsystem, directly applied to the system
S_PIDsimulink
- 具有输出限幅的离散系统的PID控制器设计，并封装成参数可设置的模块。-PID controller design with discrete output limiter system and packaged into a module parameters can be set.
DMCsfun
- simulink中编写的S函数，封装到模块中进行仿真。-written in simulink S function, encapsulated modules for simulation.
shiyan3_1
- 一阶直线双倒立摆系统的可控性研究 要求在SIMULINK上建立精确模型，并封装子系统（标准模块）-An order straight double inverted pendulum system controllability study
qdpsk
- QDPSK 功能是用程序封装QDPSK模块 完成调制解调-Function is encapsulated with program QDPSK module Complete the modem
SVPWM
- 永磁同步电机的空间电压矢量控制模块，可以应用于三相电机的控制中，简单易用，已经封装好-PMSM SVPWM CONTROL
一级倒立摆
- 对一级直线倒立摆的matlab仿真，有必要的封装模块(Matlab simulation of a first-order linear inverted pendulum)
BLDC 完整
- BLDCM的simulink模型，电流、转速双闭环控制的无刷直流电动机系统，电机模块是自己封装而成的不是用的永磁同步电动机或者自带的BLDCM，所涉及的三个程序也有展示。(The model of BLDCM, the BLDCM system with double closed-loop control of current and speed,and the motor module is a self packaged permanent magnet synchronous motor