MIC总线控制器的设计及应用

发布时间：2018-11-21 14:56

【摘要】：本文在对总线技术及其应用进行大量文献调研的基础上,根据我国车辆控制技术的现状,阐述了MIC总线控制器的概况及设计技术,应用技术的可行性及必要性,提出并论证了选用MIC总线控制器作为车辆控制系统总线的观点。本文介绍了MIC总线标准,MIC总线控制器的模块构成,阐述了MIC总线系统的体系结构。对一款MIC总线控制器专用集成电路设计过程的关键技术进行了详细的分析,同时对MIC总线技术在车辆控制系统中应用模式进行了深入研究,还重点介绍了基于EDA工具的硬件平台和软件开发工具。最后,对MIC总线技术的未来发展做出了技术设想。通过课题的研究,采用MIC总线对提高车辆控制系统的可靠性、可测试性、提高控制系统仪器接口标准化水平等效果显著。设计出总线控制器电路,可以帮助应用开发者在设计应用系统的程序时,省去串行总线以及主控或远程模块上硬件底层烦杂的操作细节,能够尽可能的关注应用层面的开发。
[Abstract]:On the basis of a lot of literature research on bus technology and its application, according to the present situation of vehicle control technology in China, this paper expounds the general situation and design technology of MIC bus controller, the feasibility and necessity of application technology. The view that MIC bus controller is used as bus of vehicle control system is put forward and demonstrated. This paper introduces the standard of MIC bus, the module structure of MIC bus controller, and the architecture of MIC bus system. The key technology of a MIC bus controller ASIC design process is analyzed in detail. At the same time, the application mode of MIC bus technology in vehicle control system is deeply studied. The hardware platform and software development tool based on EDA are also introduced. Finally, the future development of MIC bus technology is proposed. Through the research of the subject, the application of MIC bus can improve the reliability and testability of the vehicle control system, improve the standardization level of the instrument interface of the control system and so on. The design of bus controller circuit can help the application developer to eliminate the complicated operation details of the serial bus and the hardware bottom layer on the main control or remote module, and to pay attention to the development of the application level as much as possible.
【学位授予单位】：南京理工大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：TP336

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