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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
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
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.
ir_rec
- 红外接收程序,在lcd1602显示接收到的数据以及程序中的过程参数.而且已经添加了比较详细的注释,方便理解消化!-Infrared receiver program, the lcd display and process the data received in the process parameters.
20hongwai
- 林阳电子实验板的单片机例程，进行红外接收实验-Lin Yang electronic test board microcontroller routines to test infrared receiver
testir
- 自己做的一个红外接收测试程序,仅供参考!-An infrared receiver to do their own testing procedures, only reference!
hongwaijieshou
- 一般的红外接收头主要由CX2016A，PC1373等集成电路外加阻容元件，红外线接收管及滤波光片等组成，因而体积较大。而新一代一体化红外遥控接收头SFH506-38与RPM-638CBR将红外接收管，前置放大解调等电路集成在同一基片上，内电路框图如图1所示，具有体积小，无外部元件，抗干扰性能好，接收角度宽、价格低等优点。-General infrared receiving mainly CX2016A, PC1373 external RC components such as integr
d2009042316063174
- 本设计的指导思想是利用红外发光管发射红外线，红外接收管接收此红外线，并将其放大、整流形成高电平信号.当有人或物挡住红外光时，接收管没有接收到红外信号，放大器将输出低电平，同时将这个电平信号送入单片机进行控制计数，并经译码驱动电路使数码管显示数值。这样就得到要统计的人或物的数量。-The design of the guiding idea is to use infrared emission infrared LED and infrared receiver to receive the i