文档介绍：2015年全国大学生电子大赛设计竞赛
2017年9月10日
风力摆控制系统(B题)
【本科组】
参赛队号: 20150262
风力摆控制系统(B题)
摘要
风力摆系统是非线性、强耦合、多变量和自然不稳定的系统,是机器人技术、控制理论、计算机控制等多个领域、多种技术的有机结合。本设计分五个模块,即风力摆模块、单片机控制模块、显示模块、电源模块、人机交互模块。风力摆模块由三个直流风机成等边三角形相对而立,成为驱动风力摆的唯一动力。单片机控制模块以飞思卡尔K60芯片作为控制核心。显示模块有两个,一个是OLED显示屏,另一个是当完成每项任务时发光二极管会有明显的提示。电源模块使用LEG-1117-,给系统提供稳定的供电。人机交互模块中每项操作可通过拨码开关与按键完成。本设计性能指标达到设计要求,性能稳定,用户界面友好。
关键词:直流风机;风力摆;K60系统板
ABSTRACT
The wind pendulum system is a nonlinear, strong coupling, multi- variable and unstable system. It is bination of many fields, such as robotics, control puter control, and many other technologies. The design is divided into five modules,the wind pendulum module, single-chip puter control module, display module, power module, puter interaction system. Wind pendulum module by three DC fan into an equilateral triangle relative standing, e the only power wind driven pendulum; MCU control module based on the single puter as the core, by Carl K60 chip as the control core; display module has two: A is OLED display, the other a is when each task plete LEG-1117- and TPS7350 to build, to provide a stable power supply system. Each operation can be done by dialing the code switch and the button. Performance indicators meet the design requirements, the work is reliable, user friendly interface.
Key words: DC fan, The wind pendulum, K60
目录
摘要 I
ABSTRACT I
目录 II
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