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315M无线通信模块
- 315M的无线通讯模块，用VC编写(1) 串口初始化,如何设置波特率,串口的四种工作方式。 (2) 串口查询、中断方式发送程序编写方法 (3) 串口查询、中断方式接收程序编写-- 315M wireless communications modules, prepared with VC (1) serial port initialization, how to set up a baud rate, Serial four methods of work. (2) Serial inquir
9E5-Rx
- 利用NRF9e5芯片编写的C51源代码，可实现点到点无线通信接收部分。
danfaduoshou
- 无线通信信道仿真，单发多收。发送天线到不同接收天线的信道独立-Wireless communication channel simulation, single overcharged. Send an antenna to a different receiving antenna independent channel
CC2420
- 这是一个项目的节点程序，单片机使用avr,无线通信模块使用CC2420(支持Zigbee协议）,此源码包括发送端和接收端-This is a project node procedure, single-chip using avr, of wireless communication module using the CC2420 (support for Zigbee Protocol), the source, including the sending end and receiving
CDMA
- 本此设计主要目的是掌握并验证多址技术的相关内容，不涉及移动业务的相关技术。通过学习CDMA宽带无线通信技术，掌握直接序列扩频通信的基本理论，掌握基于LabVIEW的通信系统基本设计和仿真方法，利用LabVIEW设计一个包括发送模块和接收模块在内的简单CDMA基带通信系统，实现信号的码分多址，扩频发送和同步接收等功能。-failed to translate
shou
- 单片机和单片机之间的无线通信（单片机和单片机之间的无线通信接收）-Microcontroller and wireless communication between the MCU (microcontroller and wireless communication between the MCU receiving)
FMtransmitterandFMreceiver
- 本文档是调频发射机与调频接收机的设计报告。介绍了调频无线通信系统的原理计算、性能指标、设计方案、调试过程等内容，是通信基本电路实验的系统性总结。该系统分为发射机和接收机两部分。调频发射机由振荡级，缓冲级，功放级组成，级联并采用变容二极管部分接入电路的方法进行直接调频。调频接收机为以SONY公司的CXA1619BM/BS芯片为核心元件的电路。本系统可实现5～10米内调频数据、语音通信功能。-This document is the design report of a FM transmitter
nrf2401_receive
- mega16和NRF2401的无线通信--接收的， 采用avr Studio编程-mega16 and NRF2401 wireless communications- received using avr Studio Programming
wuxianchuanganqi_chuankou_gui
- 在使用无线传感器接收数据，在matlab平台上建立GUI界面时，使用的GUI串口通信的程序，用于读取无线传感器的数据-Receiving data using a wireless sensor, built on the matlab platform GUI interface, use the GUI serial communication program for reading data from wireless sensor
PCB_last
- 用protel绘制了一个无线通信系统接收端的自动增益放大电路-Protel drawn with a wireless communication system receiver automatic gain amplifier
51receive
- 飞思卡尔智能车比赛时，自己编写的使用NRF24L01进行无线通信接收并将接收的数据通过串口传给电脑-Freescale Smart Car Competition, write your own use NRF24L01 data received by the wireless communications receiver and passed to the computer through the serial port
NRF24L01receiver-module
- 基于51单片机的NRF24L01多节点无线通信接收模块-Based on multi-node NRF24L01 51 single-chip wireless communication receiver module
2-NRF905初步体验2-双向无线通信程序
- NRF905无线射频模块双向（发射，接收）通信程序(NRF905 radio frequency module bidirectional (transmit, receive) communication program)
1-NRF905初步体验1-单向无线通信程序
- NRF905无线射频模块单向(发射，接收）通信程序(NRF905 radio frequency module unidirectional (transmitting, receiving) communication program)
ZigBee serial chat
- zigbee串口聊天 两个zigbee之间无线通信 A使用串口助手发送 B通过无线接收显示在串口助手上(ZigBee serial chat, two ZigBee wireless communication, A use serial assistant to send B, through wireless reception, displayed on the serial assistant)
接收技术
- 各种无线接收技术，包括VBLAST-BPSK,VBLAST-COR,VBLAST-MQAM(Various wireless receive technology)
无线通信 分集技术
- 无线通信的分集技术，通过对比是否采用分集技术的接收信号的误码率，来证明分集技术能降低接收信号的误码率(The diversity technology of wireless communication proves that diversity technology can reduce the BER of received signals by comparing the BER of received signals with diversity technology.)
实验33 无线通信实验
- 利用nrf2401进行无线传输，其有效距离可以达到20米的传输，可以通过在 发射端及接收端设置不同地址，通过传输地址及接收地址进行两点间的数据传输。(By using nRF2401 for wireless transmission, its effective distance can reach 20 meters. It can transmit data between two points by sending different addresses at the transmitt
实验33 NRF24L01无线通信实验
- 使用两块STM32F4开发板，一块用于发送收据，另外一块用于接收，从而实现无线数据传输(Use two STM32F4 development boards, one for sending receipts, and another for receiving, to achieve wireless data transmission.)
实验33 无线通信实验
- 我们将以 NRF24L01 模块为例向大家介绍两块STM32 开发板，一块用于发送收据，另外一块用于接收，从而实现无线数据传输(We will take NRF24L01 module as an example to introduce two STM32 development boards, one for sending the receipt and the other for receiving, so as to realize wireless data transmission