智能窗帘控制系统的设计和实现 电气工程管理专业VIP免费

智能窗帘控制系统的设计摘要：本文设定了在ZIGBEE协议栈基础上把CC2530当做重点控制芯片的智能窗帘控制系统，综合系统设计协调器节点、终端传感器节点两方面,利用前者创建且保证ZIGBEE网络,由后者收集光照度，或者直接输入的指令等内容,利用ZIGBEE网络经终端传感器节点传送给协调器节点，其在接受内容之后判断处理且发放实施命令给终端传感器节点，以此实现智能控制的效果。该系统功能平稳、执行便利，可大量使用在智能窗帘家居系统中。关键词：CC2530、ZIGBEE协议栈、传感器、光照度、直流电机。ThedesignofthewirelessenvironmentmonitoringandcontrolsystemAbstract：ThispaperdesignedabasedontheZIGBEEprotocolstackCC2530asthecorecontrolchipofZIGBEEnetworkenvironmentmonitoringsystem,bythecoordinator,routernodesandterminalnodesofthreeparts,thesensornodestoestablishandmaintainbythecoordinatornodeZIGBEEnetwork,thewirelessterminalsensornodestocollectinformationsuchastemperatureandhumidity,light,viaZIGBEEnetworkviaterminalsensornodestothecoordinatornode,thecoordinatornodereceivinginformationprocessingandexecutecommandssenttotheroutingnode,inordertorealizereal-timemonitoringandcontroleffect.Thesystemsystemperformanceisstable,user-friendlycontrolcanbewidelyusedinenvironmentaldetection.KeyWords:CC2530,ZIGBEEprotocolstack,sensors,light，continuouscurrentdynamo.目录目录.........................................................................................................................................III第一章绪论.......................................................................................................................11.1课题研究的背景............................................................................................................11.2课题研究的目的............................................................................................................11.3国内外研究现状............................................................................................................1第二章硬件设计...............................................................................................................22.1系统设计方案................................................................................................................22.2CC2530单片机..............................................................................................................32.3光敏电阻........................................................................................................................42.5供电模块........................................................................................................................52.6复位电路........................................................................................................................62.7串口模块电路................................................................................................................72.8继电器电路....................................................................................................................7第三章软件设计...............................................................................................................83.1zigbee的介绍.................................................................................................................83.2开发环境........................................................................................................................83.2.1IAR集成开发环境简介......