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CYPRESS_WirelessUSB.rar
- CYPRESS片上无线电器件(WUSB)技术介绍。里面有整个介绍wireless usb技术的一些介绍和CYPRESS无线技术介绍。,CYPRESS-chip radio devices (WUSB) Technology. There are a whole wireless usb introduced a number of technical presentations and CYPRESS introduced wireless technology.
M8-RF-USB-MouseKeyboard
- 用ATMEGA8模拟USB鼠标和键盘,通过2.4G的无限传输芯片24L01接收发射端的数据,实现10米以上距离传输的无线键盘鼠标,HID方式,无需驱动。发射端也是M8与24L01配合,M8扩展出键盘。(目前只扩展8个键,可继续扩展),接收端用GUN-GCC编译,发射端用ICCAVR编译-ATMEGA8 simulation using USB mouse and keyboard, through the 2.4G chip 24L01 unlimited transmission of dat
USB-wireless-mouse
- USB无线鼠标程序,主控芯片用AT89S52,USB接口芯片USD12,附件内含全部的源代码-USB wireless mouse program, the master chip with AT89S52, USB interface chip USD12, attachments containing full source code
rt73-usb-linux
- 此压缩包内包含了几乎全部的无线网卡驱动资料,包括关于无线网卡驱动的各种论文,资料,以及rt73等常用网卡的驱动源代码,电路原理图,看完里面的东西,你绝对能够自己编写驱动了。-This archive contains almost all of the wireless card drivers, including information on the wireless network card driver for various papers, data, and network card
cy7c68013_nrf2401
- USB控制器CY7C68013控制无线收发芯片nRF2401进行无线收发的单片机程序-USB controller CY7C68013 control wireless transceiver chip for wireless transceiver nRF2401 microcontroller procedures
Nordic_Semiconductor_nRFgo_SDK_v1.3
- Nordic Semiconductor 的2.4G无线解决方案代码,有nRF24LU1的BOOTLOADER Source code,使用KEIL环境开发,以及C#开发的USB上位机UI界面,非常值得参考,特别是搞USB及2.4G无线通讯的-Nordic Semiconductor' s 2.4G wireless solution code, there is nRF24LU1 of BOOTLOADER Source code, use the KEIL environment, deve
usb_2.4ghz1.0
- USB读写器 2.4G无线技书,单片机采用C8051F321,无线芯片采用NRF24L01+-USB 2.4G wireless technology book reader, SCM C8051F321, wireless chip NRF24L01+
SerialDemo
- 是无线医疗软终端的代码,采用Udp通信,也展示了如何用232串口编程、Usb编程等与无线医疗传感器硬件通信的技术。-Medical software for wireless terminal code, using Udp communication, but also shows how to use the 232 program, Usb programming and wireless medical sensor hardware communications technology.
RC24G
- M8+CC2500+有线PS2鼠标改装来的无线USB鼠标-M8+ CC2500+ PS2 mouse cable to the wireless USB mouse converted
laser_camar
- 有很多现成的测距组件包括超声波、红外线、甚至是激光测距仪。这些设备运行的很好,但是对于飞行机器人来说,重量是一个主要考虑因素。一个可行的办法是增加现有组件的功能,并安装在机身上。例如微型空中机器人的有效载荷是100g。它能利用USB连接的摄像头(或mini无线摄像头)执行视觉任务,例如避障等。更好的是,如采用两个摄像头,能提供立体的机器视觉,这样能增强避障性能,因为双镜头提供了视觉深度。但缺点是需要增加另外一个摄像头的重量。这篇文章就是讨论如何利用一个激光笔和一个摄像头来提供一个单镜头机器视觉和
2.4GHZ-wireless-usb-code
- NRF24L01的无线收发代码 可以用于无线鼠标、键盘、耳机等-NRF24L01 wireless transceiver code can be used for wireless mouse, keyboard, headset, etc.
nrf24lu1
- 本书介绍nRF系列射频SOC原理与应用,详细介绍nRF射频SOC各部分功能部件的原理与应用,并为每个功能模块编写了应用演示源程序,以便于快速实验及测试。此外还介绍开发环境的建立,以及nRF SOC教学开发实验平台,最后以应用为背景介绍射频有源RFID、无线USB,以及2.4 GHz无线鼠标、无线键盘和无线遥控器等的设计。本书以实践出发,以应用为目标,可作为个人、学生、无线爱好者、工程师学习无线设计的入门及提高读物,或作为高等院校的计算机、电子、自动化、无线通信等专业相关课程的教学参考书。 -
NRF24L01ReceiverTimeDivision
- 该工程是利用C8051f320单片机控制无线芯片NRF24L01接收6通道的数据并将接收到的数据通过USB传输至上位机-The project uses C8051f320 MCU to control wireless chip NRF24L01, receiving 6-channel data and transfering the data to PC through the USB.
nRF2401
- 无线通信-USB与nRF2401无线通信系统设计-Wireless-USB Wireless Communication System Design with nRF2401
c8051wuxian
- 用c8051芯片制作的无线数据采集,内部有c8051f320 作为usb传输到电脑,f410作为数据的发送端,无线模块使用nrf24l01-C8051 chip making wireless data collection, internal the c8051f320 as usb transfer to the computer, f410 as the sender of the data, the wireless module nrf24l01
mouse--usb-code
- 无线鼠标程序源代码---单片机------USB-Wireless mouse source code--- microcontroller------ USB
UART
- USB转无线串口,由ATMEGA8的软件模拟SUB(AVR309)做了个USB转串口,以NRF24L01传送!,接收以STC12C5604AD为主机,有原理图及PCB与程序-Wireless USB to serial port, the ATMEGA8 software simulation SUB (AVR309) made 愠 USB to serial port to send NRF24L01! , Receives STC12C5604AD host, schematic and P
Wireless-Air-Mouse
- 以 MPU6050 + NRF24L01 + STM32F103C8T6 组合而成的空中鼠标实例之范例程序,发射端系包括 STM32 / MPU6050 / NRF24L01 之组合,接收板主要包括 STM32 与 NRF24L01,接收板通过 USB 接口和电脑连接,USB驱动也是 STM32 的官方例程,此程序除了控制方向,鼠标左右键外,还增加了两个按键同时按下开启滚轮之功能。-In MPU6050+ NRF24L01+ STM32F103C8T6 combination of mouse
eebhs
- Virtual power wireless sensor network coverage, Since writing the curvature calculation function, Includes the modulation, demodulation, signal to noise ratio calculation.
mq257
- Virtual power wireless sensor network coverage, There CDF trigonometric curve / 3D graphs, Robustness, superior performance.