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说明： 为了建立同步发电机组实时仿真模型，本文采用MATLAB中实时工作空间RTW
进行快速原型化目标，通过xPC目标的双机模式（宿主机－目标机）实现系统对
象的实时仿真。在宿主机的Simulink环境下建立同步发电机组模型，并生成实时
运行代码，在目标机上执行所生成的目标代码，双机之间通过网卡连接通信，通
过目标机上的I/O通道与励磁装置接口，实现励磁装置实时仿真与测试。在宿主
机上，在线调整参数，记录信号波形数据，编制相应程序生成试验报表。
(In order to establish a real-time synchronous generator simulation model, we use the MATLAB workspace in real time RTW target for rapid prototyping, through xPC target dual-mode (host- target) to achieve real-time simulation system objects. Built on the host' s Simulink environment synchronous generator model, and generate real-time to run the code, the generated object code on the target machine, connected to the communication through the network card between two planes through I on the target machine/O channels and excitation device interface to achieve real-time simulation and test excitation device. On a host computer, on-line adjustment parameters, recording signal waveform data, preparation of the corresponding program generates test reports.)
(In order to establish a real-time synchronous generator simulation model, we use the MATLAB workspace in real time RTW target for rapid prototyping, through xPC target dual-mode (host- target) to achieve real-time simulation system objects. Built on the host' s Simulink environment synchronous generator model, and generate real-time to run the code, the generated object code on the target machine, connected to the communication through the network card between two planes through I on the target machine/O channels and excitation device interface to achieve real-time simulation and test excitation device. On a host computer, on-line adjustment parameters, recording signal waveform data, preparation of the corresponding program generates test reports.)
文件列表：
同步发电机励磁实时仿真测试系统研究.pdf,924994,2016-08-09
