计算机与网络
計算機與網絡
계산궤여망락
CHINA COMPUTER & NETWORK
2012年
5期
52-54
,共3页
CAN通信%CAN总线%单片机%CAN同步
CAN通信%CAN總線%單片機%CAN同步
CAN통신%CAN총선%단편궤%CAN동보
CAN communication%CAN bus%MCU%CAN Synchronization
针对单片机的CAN(Controller Area Network)串行通信,提出了一种由C8051F02X系列单片机、CAN接口控制器以及串行收发器构成的多点通信网络,介绍了通信节点的硬件电路设计和软件处理流程,详细阐述了CAN帧结构、数据流的收发问题,并针对CAN总线网络的同步方式以及CAN接口控制器进行了分析。
針對單片機的CAN(Controller Area Network)串行通信,提齣瞭一種由C8051F02X繫列單片機、CAN接口控製器以及串行收髮器構成的多點通信網絡,介紹瞭通信節點的硬件電路設計和軟件處理流程,詳細闡述瞭CAN幀結構、數據流的收髮問題,併針對CAN總線網絡的同步方式以及CAN接口控製器進行瞭分析。
침대단편궤적CAN(Controller Area Network)천행통신,제출료일충유C8051F02X계렬단편궤、CAN접구공제기이급천행수발기구성적다점통신망락,개소료통신절점적경건전로설계화연건처리류정,상세천술료CAN정결구、수거류적수발문제,병침대CAN총선망락적동보방식이급CAN접구공제기진행료분석。
Aiming at the CAN serial communication implemented on Micro-Controller Unit (MCU), this paper proposes a type of multi-point communication network composed of C8051F02X series MCU, CAN port control chip and serial transceivers. The hardware circuit design and software flow chart are introduced at the beginning. Then the data stream pickup and delivery problem and the CAN frame structure are illustrated in detail. At last analysis is presented for synchronization of CAN bus network and CAN port control chip.