基于CAN总线结构的数字化特种电源实时并机系统研究  

On the Real-Time Parallel System of Digital Special Power Supply Based on CAN Bus Structure

作　　者：丁然[1] Ding Ran(Chizhou Vocational and Technical College,Chizhou 247000,China)

机构地区：[1]池州职业技术学院,安徽池州247000

出　　处：《黑河学院学报》2018年第7期217-218,共2页Journal of Heihe University

摘　　要：CAN总线结构的数字化特种电源实时并机系统作为兼具均流精度高及抗干扰性强两大优势的全新数字化特种电源实时并机系统之一,在实际应用过程中具备传统特种电源实时并机系统所不具备的功能性特点。针对该系统实际内涵来进行了数据处理能力提升,以及最大化网络利用率背景下采用ARM芯片设计的方式,证明了CAN总线结构环境中该系统实际应用的可行性。CAN bus structure is one of the digital special power real-time weaver systems with the advantages of both high accuracy of current and strong anti-jamming,having the functional characteristics that the traditional power real-time weaver system doesn’t acquire in the process of practical application.Targeting on the actual connotation of the system,this paper makes a study on ways of promoting its data processing ability through adopting ARM chip design under the background of maximizing network utilization,and proves the feasibility of applying the system in the environment of CAN bus structure.

关 键 词：CAN总线结构 特种电源 实时并机系统 

分 类 号：TN86[电子电信—信息与通信工程]