搜索资源列表
CC2530SLEEP1Test
- 基于CC2530的定时器设置，定时器设置有2中方案，这是其一-Based on the the timer of the CC2530 settings, the timer setting there are the 2 program, This is the the First
Design-of-Handhold-Wireless
- 摘要：采用TI公司第2代射频收发器ZigBee芯片CC2530，设计了适合于工业控制应用的无 述了无线手持器的总体设计方案，详细介绍了手持器的硬件设计和软件编程，并从系统硬件和软件着手，减少了 系统功耗，增加了电池待机时间。经性能测试和项目实践证明，该手持器工作性能稳定、功耗低，在空旷地通信距 离能达到400 m，能够满足工业无线遥控的要求。-Abstract：This paper introduced a wireless handhold controller based
DS18B20_2530_Bingo
- CC2530加DS18B20成功测温,18B20管脚DQ接2530的1.2管脚,测温周期为1秒钟-CC2530 and DS18B20 combination for tempreture detect.
CC2530PRFX2401
- CC2530+RFX2401 2.4G 功率双向放大 电路图，带参数
ZStack-2.5.1a
- cc2530协议栈读光敏光强模拟量,利用2530远程读取数值，回传给协调器，再从协调器发送到串口。-cc2530 Stack read sensitive analog light intensity using cc2530 remotely read values back to the coordinator, and then sent the coordinator to the serial port.
ZStack-2.5.1a
- CC2530处理器，zigbee协议栈按键无线控制台灯和LED灯完整程序。-CC2530 processor, zigbee protocol stack key wireless control desk lamp and LED lamp complete procedures.
ZStack-CC2530-2.3.0-1.4.0
- 基于Zigbee网络的 MQ_2传感器信号采集与报警-Based on the Zigbee network MQ_2 sensor signal acquisition and report to the police
2.CC2530-led-turn
- 基于CC2530流水灯。控制LED1 LED3流水-Based on CC2530 water lamp
2
- CC2530芯片的使用和无线传感器网络的构建——CC2530 按键控制流水灯-The use of CC2530 chip and the construction of wireless sensor network
2
- CC2530芯片的使用和无线传感器网络的构建——数据收发无线组网实验-The use of CC2530 chip and the construction of wireless sensor network
13物联网2陈维2013313228
- cc2530驱动12864lcd，无需字库，实现软件驱动，简单方便快捷(CC2530 driver 12864lcdcc2530 drive 12864LCD, without font, software drivers, simple, convenient and fast)
ZStack-CC2530-2.5.1a
- 完整的协议栈demo程序，包括终端节点，协调器节点以及路由节点(Complete protocol stack demo program, including terminal nodes, coordinator nodes and routing nodes)
SimpliciTI-IAR-1.2.0
- SimpliciTI是德州仪器的简单无线协议，该程序源码适合初学者学习，注意阅读资料文件夹中的Documents，注意在smpl_nwk_config.dat配置文件夹中更改设备地址。(SimpliciTI is a simple TI wireless protocol, the source code is good for beginners to learn)
2、基于BasicRF的 数据传输(一对多)
- 基于ZigBee的无线通信协议传输数据，主要是由协调器、路由器、终端进行连接，低功耗，成本低(ZigBee based wireless communication protocol transmission data, mainly by the coordinator, router, terminal connection, low power consumption, low cost)
2.无线点灯CC2530 BasicRF实验
- 无线点灯CC2530 BasicRF实验(CC2530 BasicRF experiment of wireless lighting)
2、CC2530 按键控制流水灯
- 基于CC2530无线射频单片机的控制流水灯实验，可参考。(The control water lamp experiment based on CC2530 radio frequency single chip microcomputer can be used as reference.)
2.基础实验源码
- 基于CC2530，能够实现基本的单片机流水灯、中断、定时器等(Based on CC2530, it is able to realize basic microcontroller running water lamps, interrupts, timers and so on)
2.步进电机
- CC2530驱动步进电机可以实现正反转及速度。(CC2530 drive stepper motor)
30.温度传感器DS18B20--AES加密
- 基于z-stack协议栈2.3的简单开发读取温湿度(Based on the simple development of z-stack protocol stack 2.3, read the temperature and humidity.)
ZStack-CC2530-2.5.1a
- ZigBee协议适应无线传感器的低花费、低能量、高容错性等的要求。Zigbee的基础是IEEE 802.15.4。但IEEE仅处理低级MAC层和物理层协议，因此Zigbee联盟扩展了IEEE，对其网络层协议和API进行了标准化。Zigbee是一种新兴的短距离、低速率的无线网络技术。主要用于近距离无线连接。它有自己的协议标准，在数千个微小的传感器之间相互协调实现通信。(The ZigBee protocol adapts to the requirements of wireless sensor