电子设计工程
電子設計工程
전자설계공정
ELECTRONIC DESIGN ENGINEERING
2012年
16期
167-170
,共4页
XC164CM单片机%LED%自适应%车灯控制系统%CAN总线
XC164CM單片機%LED%自適應%車燈控製繫統%CAN總線
XC164CM단편궤%LED%자괄응%차등공제계통%CAN총선
SCM XC164CM%LED%self-adjusting%car-light control system%CAN bus
本文的主要内容是设计并实现一个LED汽车灯控制系统。文中阐述了控制系统的实现原理，并详细介绍了软、硬件的设计方案和实现过程。该系统以XC164CM单片机为控制核心，主要实现了车灯亮度的自适应调节，状态监控，人机交互等控制功能。实验结果表明本系统性能稳定，可被广泛应用。
本文的主要內容是設計併實現一箇LED汽車燈控製繫統。文中闡述瞭控製繫統的實現原理，併詳細介紹瞭軟、硬件的設計方案和實現過程。該繫統以XC164CM單片機為控製覈心，主要實現瞭車燈亮度的自適應調節，狀態鑑控，人機交互等控製功能。實驗結果錶明本繫統性能穩定，可被廣汎應用。
본문적주요내용시설계병실현일개LED기차등공제계통。문중천술료공제계통적실현원리，병상세개소료연、경건적설계방안화실현과정。해계통이XC164CM단편궤위공제핵심，주요실현료차등량도적자괄응조절，상태감공，인궤교호등공제공능。실험결과표명본계통성능은정，가피엄범응용。
The main content of this essay is to design and implement a LED car light control system. The essay explains the implementation principles of the control system, and gives detailed explanation of both software and hardware＇s design plans and implementation process. This system utilizes SCM XC164CM as the control core, and mainly implements the functions of self-adjusting of car-light luminance, condition monitoring, interaction between control system and operators, intelligent mode selection and so on.Results of experiments have shown that this system has a steady performance and a simple structure, and can be widely put to use in near future.
