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kf902104icc
- kf902 104 IIC- 19200，射频模块驱动程序，此程序与单片机用IIC进行通讯-kf902 104 IIC-19200, RF module drivers, this procedure and MCU to communicate with IIC
picfm1702
- FM1702芯片开发板源码采用pic单片机控制射频芯片1702可以用在水表电表等上面-fm1702 source code
baseon80c51ofmc522
- 读写器与射频卡通信的设计采用RC522射频读写芯片与射频卡进行通信，符合ISO14443规范协议；硬件系统设计中主要有AVR单片机主控模块、电源模块、存储模块、外部时钟模块、LCD模块；软件系统设计采用C语言，遵循模块化和结构化编程模式，设计了射频卡操作程序、软关机与自动关机程序、LCD显示、串行Flash存储器、外部时钟等外部设备驱动程序。所设计的手持式读写器具备对MF1 S50、S70射频卡的读写、实时状态显示、系统在线升级以及关机等功能。-This handset can process
Reader
- MSP430单片机的阅读器源码，主要是通过MSP430控制射频模块的收发-MSP430 MCU Reader source
CC1100_2500
- MSP430全型号单片机，控制射频zigbee芯片CC1100_CC2500的源代码，具有很高的参考价值-MSP430-wide single-chip models, control of RF zigbee chip CC1100_CC2500 source code, a high reference value
UARTqq
- 增强型单片机c8051f230与2.4G射频芯片所组成的无线通信系统，通过串口进行无线通信。文件内为汇编源程序。-C8051f230 with enhanced single-chip 2.4G RF chip which consists of wireless communication systems, through the serial port for wireless communications. Source file for compilation.
Reader
- 基于at89s52的读mifare1卡c51源程序.单片机与rfid读卡模块yhy502相连。单片机与上位机通过串口进行通信，通信速率为19200bps。在PC端通过串口调试软件可以方便地对yhy502模块进行操作，完成读13.56mhz射频的功能。-AT89S52 based on the C51 card mifare1 read the source code. Singlechip with rfid reader module yhy502 connected. MCU and hos
MCUresetCircuitDesign
- 影响单片机系统运行稳定性的因素可大体分为射频干扰、电源线或电源内部产生的干扰、振荡源的稳定性和复位电路的可靠性 ，在这里就可以看出复位电路的重要性。 -Affect the stability of single-chip system factors can be divided into radio frequency interference, the power cord or power supply internally generated interference, the sou
main
- 本程序是射频芯片nRF24L01单片机C51编程的通信主程序-RF_communication
CC1100CC2500ExamplesLibraries
- 此资料是关于51单片机与射频芯片CC1100和2500的联合开发示例程序。-This information is on the 51 single-chip and CC1100 RF chip and the 2500 sample of the joint development program.
4
- 简要介绍无线传感器网络,给出基于MSP430F1xx 系列单片机的无线传感器网络节点制作及组网设计 方案 结合射频收发一体的NORDIC 系列芯片和新型数字传感器,设计可组建无线网络的探测节点,实 现对监测区域内相关物理信号的采集 给出组网设计中相关技术研究。通过实验表明,制作的传感器节 点在数据采集和传输过程中有较高的可靠性。-The brief introduction wireless sensor network, gives based on the MSP430F1xx
proc
- 单片机实现非接触式IC卡读写。采用Mifare1射频IC卡和H6152读写模块-Single chip to achieve non-contact IC card reader. Mifare1 the use of IC cards and RF modules to read and write H6152
lowpower
- 单片机 低功耗 射频雷达发射接受控制软件，单片机是msp430f149和msp430f169.系统使用低功耗设计理念。电池工作。-mcu lowpoer RF Radar send and receive control software. the mcu is msp430f149 or msp430f169. system design is lowpower concept. work on cell.
C8051FmcuRadiofrequencycardreaderprogram
- C8051F单片机RFID无线射频读卡方案-C8051F single-chip radio frequency RFID reader program
Radiofrequencycardreader
- 射频读卡器方案 该方案采用Silicon Lab 公司超低功耗SOC 型单片机C8051F31x,流水线指令 结构，70 指令执行时间为一个或两个系统时钟周期，速度可达25MIPS 灵活的 时钟源-Radio frequency card reader program used the program Silicon Lab company SOC-based single-chip ultra-low power C8051F31x, command line structure,
nRF2401
- NRF2401射频芯片 蓝牙频段 AVR单片机-NRF2401-chip Bluetooth radio frequency band AVR Microcontroller
RFREAD
- C8051F系列单片机的RF射频模块读卡程序，实现从指定地址读出ID号码-C8051F series microcontrollers, RF radio frequency module card reader program read out from a designated address ID Number
802.15.4TX
- 基于C8051F1XX单片机和CC2420射频芯片 使用802.15.4标准帧格式组包发送 使用 CC2420 的地址译码功能来接收帧-Based on C8051F1XX MCU and CC2420 RF chip using the 802.15.4 standard frame format for groups of packets using the address decoding function of CC2420 to receive frames
MSP430ADF7020-1WirelessCommunicationTestCode
- 单片机MSP430F5438+射频收发器ADF7020-1,进行无线通信的收发测试代码,通信速率为172.8k.每发射一位数据等LED灯1闪一下,接收到正确数据时LED2短闪一下,接受到错误数据时LED2长闪一下.-MCU MSP430F5438+ RF transceiver ADF7020-1, wireless communications transceiver test code, each firing a data LED lights flash a look at the re
MSP430F
- 基于MSP430F单片机热能表射频读卡程序-msp430 based