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nibianqi
- 逆变器(确认板),可以将直流电转换成交流电
nibianqi
- 逆变器输出滤波器的计算逆变器输出滤波器的计算
PIC16F73-nibianqi
- 使用C语言开发的一款逆变器(有详细的程序和原理图)。-The use of C language developed by a inverter (with detailed procedures and schematic diagram).
nibianqi
- 光伏系统逆变器相关资料(逆变电路)DC12V→AC220V逆变电路等-Inverter PV system information (inverter circuit) DC12V → AC220V inverter circuit
double_pwm_inverter
- 双极性pwm控制技术逆变器,采用pwm技术对逆变器进行控制实现逆变功能-pwm nibianqi
nibianqi
- 逆变器模型。使用在PMSM中的三相交流逆变器-Inverter model. PMSM used in the three-phase AC inverter
nibianqi
- 给出一个逆变器具体的仿真实例,通过仿真 ,可以得出实际运行中的电压、电流的波形 -Give a concrete example of the simulation, the simulation can be drawn from the actual operation of the voltage and current waveforms
nibianqi
- 变频调速系统仿真搭建模型 由于观测仿真波形 记录以及分析实验结果-Variable speed control system simulation build the observation model simulation and analysis of experimental results wave record
nibianqi
- MSP430实现控制推完电路,和全桥逆变点路,实现正弦波逆变器的控制程序。-MSP430 push to achieve complete control circuits, and full-bridge inverter Point Road, sine wave inverter control procedures.
nibianqi
- 这个是一个两级式三相光伏并网逆变器仿真系统,包括前级最大功率点跟踪,后及采用svpwm控制算法进行逆变-This is a two and three-phase photovoltaic grid-connected inverter simulation systems, including pre-maximum power point tracking, and the use of the inverter control algorithm svpwm
nibianqi
- 基于mc9s12xs128单片机的三项逆变器控制程序-programe of a three phase invertor,based on mc9s12xs128
nibianqi
- 三线交流逆变器,主要作用是将发动机的机械能转变为电池的化学能。-three phase inverter
nibianqi
- 在matlab环境里,建立的三相spwm逆变器的简单仿真模型-Simple simulation model in matlab environment, the establishment of a three-phase spwm
nibianqi
- PIC单片机控制逆变器稳压程序,带原理图-PIC microcontroller controls the inverter voltage program with schematics
three_level_SVPWM
- 三相电平的matlab逆变器仿真,svpwm调制方法,有兴趣的可以看一看(Three-phase level of the MATLAB inverter simulation, SVPWM modulation method, interested can look at)
3_20KW光伏并网发电系统的设计
- 光伏逆变器设计论文,知网博士论文,非常有使用价值,是光伏逆变器设计的最好参考资料。(guang fu ni bian qi sheji lunwen, zhiwang boshi lunwen , feichang youshi yong jia zhi, shi guangfu nibianqi)
NiBianQi
- 模型预测电流控制其控制思想基于以下原理:首先,功率变换器产生的开关状态个数有限,且通过建立模型可以预测每一个开关状态下被控变量的对应变化特性;其次,定义价值函数评价被控变量的预测值,为判别最优有限开关状态提供依据;最后,计算出每一种开关状态下的价值函数值,以此评价每一种开关状态下被控变量预测值的优劣,选择出最优的开关状态并应用。(The control idea of model predictive current control is based on the following princ