搜索资源列表
Inverter_integrated
- 用C语言编写的在Simulink环境下对3相交流逆变器进行数值仿真的S函数源代码。该仿真源代码的一个独特之处就是：利用全新的数学模型能够对逆变器相间换流的动态过程进行仿真，这是目前其它同类模型中绝对没有的独特支出，可以用来精确仿真永磁无刷直流电机转矩的动态特性，执行效率很高。-C language in the Simulink environment for three-phase inverter for the numerical simulation letter S several s
bldcm
- 所建立的无刷直流电动机系统的Simulink仿真模型图，功能模块包括：逆变器模块、电源模块、换相逻辑模块、PWM信号产生模块、电动机本体模块、转速测量模块和磁极位置测量模块。-Established by the brushless DC motor system in Simulink simulation model diagram, function modules include: inverter module, power modules, logic modules for pha
motor_ClosedLoop
- 无刷直流电机转速电流双闭环仿真。逆变器、电机模型都是自建的，仿真精度较高。输出相电流为标准的方形波-The model is a speed-current dual-loop based simulation of BLDC. The inverter and the motor model are all built myself with high simulation accuracy. The output phase current of the motor is a standar
BLDC
- 无刷直流电机仿真 应用 逆变器 电机 无位置传感器-brushless DC motor simulation
wushuadianjitiaosu
- 在Matlab/Simulink环境下，把独立的功能模块和S函数相结合，构建了无刷直流 电机系统的仿真模型。系统采用双闭环控制：速度环采用离散PID控制，根据滞环电流跟踪型PWM 逆变器原理实现电流控制。仿真和试验结果与理论分析一致，验证了该方法的合理性和有效性。-In the Matlab/Simulink environment, the independent functional modules and S-function combined to build a simulation
BIANPINQI
- 交流异步电机由逆变器供电的仿真模型，模块有直流电源DC，逆变器等-Simulation Model AC induction motor powered by an inverter, a DC power supply module DC, inverters, etc.
danxiangjiandan
- z源逆变器简单升压控制的另一种改进的算法及仿真例程，只需改变占空比即可实现直流侧电压的改变，相对于传统的算法简单，更容易理解。-Z source inverter simple boost control of another kind of improved algorithm and simulation routines, only need to change the duty cycle of dc side voltage change can be realized, compar
danxinagmax
- z源逆变器的单相最大升压控制，可以更进一步的改善直流侧电压值，相对于简单升压控制可以减小直流电压的输入值。-Z source inverter single-phase biggest boost control, can further improve the dc side voltage value, compared with the simple boost control can reduce the input value of the dc voltage.
kaihuanzhiliudianjitiaosu
- 开环控制直流电机matlab模型较好的实现三相逆变器和电机快速降速的问题。-Matlab open-loop control dc motor model better implement three-phase inverter and motor speed down rapidly.
spwm
- 利用Matlab软件中Simulink和Power System为一个三相电压源SPWM逆变器建立系统仿真模型,并对其输出特性进行仿真分析。 它的主要功能是将直流电压变换成交流电压,采用SPWM控制策略,实时地调节逆变输出电压的幅值,以满足实际的要求。系统的主回路选用IGBT作为开关器件,为了减少输出电压的谐波,逆变电源输出接有串联谐振滤波电路。 -simulation of a spwm Inverter
Single_phase_grid_PV_2
- 单相光伏逆变器，具有MPPT，可实现并网侧电流控制，直流侧电压控制-Single-phase photovoltaic inverter has MPPT, can be realized and the grid-side current control DC voltage control
boost_X2_inverter_multipleDC_2
- 多个直流电源通过boost电路升压，经过直流母线汇集后通过逆变器并网的模型-A plurality of DC power boosted by the boost circuit, after collection by the inverter DC link and network model
doublespwm
- 此模型实现由直流转化成交流的逆变，简单方便(This model is realized by DC conversion into AC inverter, simple and convenient)
shuanghuan
- 电流内环实现单功率因数并网，电压外环实现稳定直流母线电压的作用(The inner loop of the current realizes single power factor grid connection, and the voltage outer loop realizes the function of stabilizing the DC bus voltage)
DCACinverter
- 直流转交流的逆变器模型，适合初学者使用。已测试，可正常运行(DC/AC inverter. already tested, it works well)
inver_pid
- 三相逆变器接LC滤波电路，直流电源与阻性负载，dq0坐标系下电压控制仿真模型(Three-phase inverter with LC filter circuit, DC power supply and resistive load, simulation model of voltage control in dq0 coordinate system)
HVDC
- 高压直流输电系统逆变器MATALB仿真，运行良好(The simulation of the inverter MATALB in HVDC system is very good.)
zonghe_try (1)
- 对铅酸蓄电池，超级电容，锂电池，三者连接到dc-dc变换器升降压，然后采取不同的控制策略，恒压，恒流，恒功率控制，最后通过逆变器将直流变交流。matlab 仿真(For lead-acid batteries, supercapacitors and lithium batteries, the three are connected to the dc-dc converter to increase and decrease the voltage. Then, different cont