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- 利用Matlab中的Simulink工具箱仿真。给定三相电源 ,相电压有效值100V。设计一个子系统,利用三相电源给三相全控桥提供一组逻辑触发信号, °(不使用脉冲发生器)。-Using the Simulink toolbox in Matlab simulation. Given three-phase power, RMS voltage of 100V. The design of a subsystem, the use of
e123
- 三相晶闸管可控整流MATLAB仿真触发参数可以按时间调整-MATLAB simulation of three-phase thyristor controlled rectifier trigger parameters can be adjusted according to time
TC787desin
- 基于TC787AP三相控制触发的设计,附有详细的图解与电路分析-Three-phase control trigger based TC787AP design, with detailed diagrams and circuit analysis! ! ! !
sanxiangzhengliu
- 三相整流,将三相电整流为直流。 电力电子中一种重要的模块。 本方法是采用简单脉冲信号触发-三相整流,将三相电整流为直流
power_converter112
- 1. 设计的目的 从三相全控桥整流电路出发,通过利用matlab/simulink工具对仿真电路的参数设定以及分析,得到电路的工作原理以及所加入的触发脉冲控制方法以及PI调节方法。 -Designed to departure from the three-phase full-controlled bridge rectifier circuit parameter setting and analysis of simula
dddffd
- 基于80C52的三相可控整流电路触发脉冲的实现 本系统采用MCS - 51系列单片机8052为基础来实现对三相全控桥的触发控制. 讨论了α角和单片机定 时器时间常数间的关系,同时提供了一种简单有效的触发脉冲的程序设计方案,由软件控制可产生不同顺序的6 组触发脉冲. 本设计可广泛应用于电力电子控制系统中.-Based on 80C52 three-phase controlled rectifier circuit trigg
Three-phase-thyristor-converter
- 三相全桥可控整流电路的simulink仿真,改变触发角并通过示波器来观察线电流、负载输出电压和电流-three-phase full-bridge controlled rectifier simulink
power-system-short-circuit-fault
- 电力系统短路故障仿真及谐波分析,包括三相短路和单相短路,手控触发-Power system short circuit fault, manual trigger
qquntitled
- matlab simulink中搭建的三相仿真电路模型能够实现在不同触发角和不同负载情况下的仿真-matlab simulink simulation model of the three-phase circuit can be realized in the building at different angles and different load conditions trigger simulation
AC3toDC
- 三相交流变换为直流的仿真案例。通过可控硅控制,六脉冲触发。-Three-phase ac transformation for dc simulation case. Controlled by thyristor, six pulse trigger.
sanxiangqiaoshi1
- 三相桥式全控整流电路的MATLAB仿真例程,可以通过改变触发角来控制负载输出的电压-MATLAB simulation routines fully controlled three-phase bridge rectifier circuit can be controlled by changing the firing angle load output voltage
nibianqidaotongxinhao
- 光伏并网系统中,三相逆变器触发信号、、MATLAB/Simulink模型-Photovoltaic grid connected system, three phase inverter trigger signal, MATLAB/Simulink model,,,
可控硅触发回路
- 原理图用于各种可控硅触发回路,采用脉冲变压器实现触发更快更稳。(The schematic diagram is used for various SCR triggering circuits, and the pulse transformer is adopted to trigger more quickly and steadily.)
power_thyristor
- 控制触发角,可将交流变为想要的直流电压和波形(Control the firing angle to change AC to the desired DC)
sanxiangqiaoshiquankongzhengliu
- 三相桥式全控整流电路由整流变压器、6个桥式连接的晶闸管、负载、触发器等构成。采用双脉冲触发的方式。(The three-phase bridge full-control rectifier circuit consists of rectifier transformer, six bridge-connected thyristors, load, trigger, etc. Double pulse triggering is
untitled4
- 三相全控整流电路的仿真阻感负载,触发角等于30度。(The simulated resistive load of three-phase fully controlled rectifier circuit has a trigger angle equal to 30 degrees.)
svpwm
- 本simulink文件主要包含3部分:1.对传统的SVPWM调制三相两电平逆变器进行仿真,一步一步搭建SVPWM调制模块,包括坐标变换、合成电压矢量扇区判断、基本电压矢量作用时间计算、触发脉冲生成等。2.对SAPWM调制三相两电平逆变器进行仿真,即通过在三相调制波中注入三次谐波的方法来获得和传统的SAPWM等价的效果,从而简化仿真过程。3.利用simulink自带的SVPWM模块以及自带的三相电路模块对上述电路仿真。本文件版本为2018