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hwx
- 单片机c语言编程的红外线接收程序，为学习单片机和嵌入式开发的同学提供帮助-SCM c language programming procedures for the infrared receiver
IR1308LCD
- 红外解码LCD显示 红外接收部分使用一体化接受头，当接收到 38KHz的红外调制波时，输出端输出解调信号， 可以直接用单片机IO 口读取其数字信号。 板上配有开关，平时不用时防止干扰和降低功耗， 应将其电源关掉。样例程序中提供 TC9012 芯片的解码程序，使用 12M 晶振，解码稳定， 可以直接移植为工业应用。其他芯片的码值用户根据芯片编码资料自行修改。 -IR decoding LCD display using the integrated parts of the inf
RMT
- 51单片机实现红外接收遥控器的按键码并在数码管上显示-51 SCM infrared receiver remote control codes and keys displayed on the digital control
quanmianliaojiehongwai
- 关于红外接收的编码原理 介绍的很详细 -Infrared receiver on the principle of the code described in great detail
remote
- 该程序为通用1838型红外接收解码程序。 简短，精炼、高效-The program for the 1838 Universal Infrared Receiver decoding Chen Xu,
51_IR
- 红外线接收C程序,51单片机驱动红外一体化接受头，读取红外信号-Infrared receiver C program, 51 MCU-driven integration, to accept infrared head, read the IR signal
Upload_DownFiles_
- 红外发射接收管典型应用接口电路，包括原理图-Infrared receiver tubes typical applications, including schematics
hongwai_receiver
- 一个红外接收的程序，对红外遥控的设计具有一定的参考价值-An infrared receiver of the procedures, the design of infrared remote control has a certain reference value for
IR2
- 8051单片机对红外接收头TSOP1838的控制程序代码-8051 pairs of the first TSOP1838 infrared receiver to control code
rmt
- 利用PIC16F877A编写的红外测试程序，红外输出设备为普通的遥控器，采用红外接受器H0038直接给单片机-PIC16F877A prepared using the infrared test program, infrared output device as an ordinary remote control, infrared receiver directly to the microcontroller H0038
lirc-0.8.0
- 嵌入式linux环境下的红外遥控程序，用于红外接收头的控制，其中包含驱动的编写，应用程序的开发-An embedded linux environment, the infrared remote control program for the control of the first infrared receiver, which includes driving the preparation, application development
infrared_remote_control_receiver_rc5
- How to build an infrared remote control receiver for Philips RC5 ( http://en.wikipedia.org/wiki/RC-5 and http://it.wikipedia.org/wiki/RC-5 ) -How to build an infrared remote control receiver for Philips RC5 ( http://en.wikipedia.org/wiki/RC-5 an
Infrare_TRX_CodDecod
- 红外发射,接收编解码 // Target : M16 // Crystal: 8.0000Mhz-Infrared transmitter and receiver codec// Target: M16// Crystal: 8.0000Mhz
ira_1
- 基于EP1C6Q240 FPGA 核心板的 红外 发射 接收 扩展板 的PCB SCH 的设计文档，红外发射采用PT2248芯片 完成，调制方式 PCM，红外接收采用接收一体头 完成送 FPGA 解码 后 在扩展板的 数码管模块上显示相应内容-EP1C6Q240 FPGA board based on the core of infrared transmitting and receiving expansion board PCB SCH design documents, infrared
launch
- 基于EP1C6Q240 FPGA 核心板的 红外 发射 接收 扩展板 的PCB SCH 的设计文档，红外发射采用PT2248芯片 完成，调制方式 PCM，红外接收采用接收一体头 完成送 FPGA 解码 后 在扩展板的 数码管模块上显示相应内容-EP1C6Q240 FPGA board based on the core of infrared transmitting and receiving expansion board PCB SCH design documents, infrared
600
- 6个用c编程的单片机程序： 01 AT24C02写一个数据 02 LED动态显示12345678 03 LED从1加到100 04 9999秒表 05 红外接收 06 温度传感器--18b20数码显示-6 with c programming microcontroller program: 01 AT24C02 to write a data-02 LED dynamic display 12345678 03 LED added to 100,049,999 from
honghuaitongxun
- 本文介绍了红外遥控的基本工作原理；红外发光二极管的特性；红外接收头详解；红外编码方式；单片机的应用；红外遥控程序流程图及通过对红外遥控器各按键发送中波形的分析可以识别码型，从而为软件解码提供依据。本文以实例介绍红外遥控器与单片机的硬件接口，并从原理出发给出软件解码的方法。这是一个可以直接引用的成功例子，同时也为各类红外遥控器在单片机控制产品中的开发应用提供了一个非常实用的参考。-This article describes the basic working principle of infra
51PCB
- 51单片机综合开发原理图，包括串口，数码管显示，红外线接收发送-51 MCU integrated development schematics, including the serial, digital control, infrared receiver to send
remote
- 红外NEC遥控接收和处理模块，在51上完全应用通过-NEC remote control infrared receiver and processing module
PC-com-receiver
- 利用红外接收管检波后的信号送入串口1脚进行解码处理，根据预设的键盘码进行遥控器模拟击键。-After receiving tube infrared detector signal into the serial port 1 pin decode processing, according to preset remote control codes simulate keyboard keystrokes.