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车载逆变电源的Saber与Simulink联合仿真
引用本文:曾伟,王君艳.车载逆变电源的Saber与Simulink联合仿真[J].现代电子技术,2012,35(12):186-188,191.
作者姓名:曾伟  王君艳
作者单位:上海交通大学 电气工程系,上海,2002402
摘    要:在此运用软件Saber和Matlab/Simulink对车栽逆变电源系统进行了联合仿真,得到具有闭环控制功能的车载逆变电源系统的实时仿真结果。通过仿真结果表明利用Saber和Matlab/Simulink软件的联合仿真,可以实现精确的器件模型,搭建控制系统更方便,保证了系统仿真的收敛性,简化了系统仿真的难度,缩短了仿真时间。

关 键 词:车载电源  Saber矩阵实验室  联合仿真

Saber and Simulink co-simulation of vehicle-mounted inverse power system
ZENG Wei , WANG Jun-yan.Saber and Simulink co-simulation of vehicle-mounted inverse power system[J].Modern Electronic Technique,2012,35(12):186-188,191.
Authors:ZENG Wei  WANG Jun-yan
Affiliation:(Electric Engineering Department,Shanghai Jiao Tong University,Shanghai 200240,China)
Abstract:The co-simulation of the vehicle-mounted inverter power system was performed with Saber and Matlab/Simulink.The real-time simulation result of the vehicle-mounted inverse power system with the closed-loop control function was obtained.The control system of the vehicle-mounted inverse power system was set up with Matlab,and the main circuit was done with Saber.The co-simulation of the two softwares was implemented through the co-simulation port.The two softwares were adopted in the first time to achieve the systmatic simulation of the vehicle-mounted power system.The simulation result shows the co-simulation with Saber and Matlab/Simulink can realize a precise device model,and makes the construction of control system more convenient.It ensured the convergence of the systematic simulation,simplified the complexity of all the system simulation,and shortened the simulation duration.
Keywords:vehicle-mounted inverse system  Saber  Matlab/Simulink software  co-simulation
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