搜索资源列表
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 simulation circuit by using matlab/s
The-full-bridge-rectifier
- 单相桥式全控整流电路仿真，适合教师讲学，结合课本做的-The single-phase full bridge rectifier circuit simulation, suitable for teachers lectures, combined with textbooks
dangxiangzhengliu
- 基于simulink的单相可控全桥整流，具有良好的仿真结果-Simulink based single-phase controllable full-bridge rectifier, with good simulation results
Exp6_5
- 三相桥式全控电路仿真,为《电力电子引用技术的MATLAB仿真》的案例6-5具体实现(3 phase Full-Bridge Controlled Rectifier)
three—phase-full-bridge
- 基于PSCAD4.2平台的三相桥式全控整流电路仿真(Simulation of three phase bridge full controlled rectifier circuit based on PSCAD4.2 platform)
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 adopted.)