摘要
针对国内励磁控制系统普遍存在的故障易发率高、维护困难等问题,通过采用冗余策略,引入现场总线概念,采用带有两个CAN控制器的微处理器dsPIC 30F6014作为控制核心,构建了一种基于CAN总线的网络式新型励磁控制系统,它实现了冗余设计.文中介绍了励磁系统的构成、CAN总线的特点、通信方案、软硬件设计方法及运用指数分布函数对此冗余系统进行可靠性分析.所设计的系统具有较强的实时性,大大降低了部件之间相互影响的程度,提高了系统的可靠性.
In China,the excitation control system is easy to go wrong and it is difficult for maintenance and upgrade.The redundancy policy and double CAN bus are issued,it takes microprocessor dsPIC 30F6014 with two CAN controllers as the control core,it implemens the redundant design.It describes the composition of excitation system,the features of CAN bus,the communication planning,software and hardware design methology and application of exponential distribution for this redundant system for reliability analysis.T...
出处
《河北工业大学学报》
CAS
北大核心
2010年第4期19-22,共4页
Journal of Hebei University of Technology
关键词
同步发电机
冗余
励磁
现场总线
CAN
synchronous generator
redundancy
excitation
field bus
CAN
