摘要
本文研究了数字式励磁控制器的原理,提出了高性能的数字式励磁控制器的设计方案。硬件方案采用MCU建立高性能的硬件平台。软件方案采用同步交流采样算法,为高性能励磁控制提供精确的实时参数,励磁控制算法采用CMAC神经网络+经典的PID控制智能算法,实现了很好的动态响应。
This paper studies the digital excitation controller, and presents a high-performance digital excitation controller design. MCU hardware has been used to establish high--performance hardware platform. Synchronous sampling algorithm for high-performance excitation control provides accurate real-time parameters. The excitation control algorithm uses the CMAC nerve network and PID intelligence control algorithm, and achieve a good dynamic response.
出处
《微计算机信息》
北大核心
2008年第28期14-15,10,共3页
Control & Automation