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IrDA
- 2440下的红外接收下WINCE下的红外遥控器接收程序，实现接收红外遥控器发过来的命令！-2440 under the under the WINCE under infrared receiver infrared remote control receiver process, the realization of the receiving infrared remote control commands sent!
Infrared_Alarm_System
- 这是一个红外报警系统，该系统通过555调制红个发光管，发出38KHZ的红外信号，对面使用一个红外接收头接收信号用来检测是否有人通过，如果有，则声光报警，-This is an infrared alarm system, which modulator 555 through a red light-emitting tube, issued 38KHZ IR signal, opposite to the first use of an infrared receiver to receive
hs0038b
- MSP430控制的红外接收器源程序，调试可用-MSP430 control infrared receiver source code, debugging can be used
hongwaiduoluyaokong
- 本文介绍了红外多路遥控系统。红外多路遥控系统可实现16路的红外开关控制。以码分制多通道红外遥控为设计的基本思路。通过键盘及代码生成电路、编码、脉冲调制振荡和红外发射构成红外发射电路。通过红外接收，解码以及由单片机控制的医码控制电路组成红外接收电路。-The passage has introduced the nfrared multichannel system of remote control. The infrared multichannel system of remote cont
01171699
- 51单片机+CPLD结构，小板上集成了发光二极管，蜂鸣器，数码管，红外接收头，继电器，实时时钟，按键，AD（TLC1549），DA（TLC5615），232串口，LCD1602接口，LCD12864接口，单片机和CPLD引脚扩展接口，集成5V稳压电源，USB电源接口等功能。 -hhhhhhhhhhhhhhhhhhhhhhhhhhhhh
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
hongweifashejieshou
- 各类单片机制作的红外发射接收 有程序 原理图-SCM production of various types of infrared transmitting and receiving a procedure diagram
Remote_receiver
- 单片机遥控系统是将红外遥控技术和单片机应用技术相结合的一种方案。本系统为红外遥控电子密码锁的控制管理部分，只要再连接上不同用途的电磁锁即可成为一个完整的红外遥控电子密码锁系统应用到各种领域中。而且本系统还设计有学习NEC红外编码遥控器的功能，通过红外接收解码电路，把遥控器的键码还原并储存起来，再利用查找对比的方法便能够识别不同的遥控器，大大提高了系统的灵活性和实用性。-SCM is the infrared remote control remote control system techno
remote
- 红外遥控发送与接收程序，矩阵键盘、一体化接收头。本程序已通过实验检测，完全正常。-Send and receive IR remote control program, matrix keyboard, integrated receiver. This procedure has passed the experimental test, completely normal.
air
- avr单片机红外遥控解码程序对红外接收状态时序进行详细描述-avr microcontroller program infrared remote control infrared receiver decoding the state sequence is described in detail
Infrared-Data
- 红外资料包含：51红外接收头、avr红外线编码、单片机红外遥控解码、红外线学习型遥控器制作心得、测试程序-Infrared data includes: 51 IR receiver, avr infrared codes, infrared remote decoder microcontroller, infrared remote control making learning experiences, test procedures
红外通讯
- 51单片机解码红外传感器，51mcu接收红外传感器协议并解析，用串口助手显示(51 MCU decoding infrared sensor)
红外解码
- 红外解码，对常用红外遥控发射芯片UPD6121G进行解码，根据接收到波形显示其 32位二进制红外编码数据波形，根据波形下方刻度可查阅每一位为0或1(Infrared decoding, commonly used infrared remote control chip UPD6121G chip decoding, according to receive the waveform display 32 bit binary infrared coded data waveform, ac
C51接收32BIT—IR
- 利用51定时器中断为125US接收NEC红外遥控接收，并且接收完毕作处理。(With 51 timer interrupts, the NEC infrared remote receiver was received by the 125US, and the processing was received.)
红外实验(利用中断实现)
- 适用于STM32F103的战舰开发板，开发板厂商只提供了基于定时器功能实现的红外接收，前段时间刚好碰到一个项目，红外接收输入对应的IO口上没有定时器的功能的，网上没找到，就自己修改了一个，在开发板上测试可用。(The battleship development board for STM32F103 development board, manufacturers only provide infrared receiver based on the realization of the ti
实验28 红外遥控实验
- 利用stm32单片机进行红外遥控的设计，主要是进行数据的传输以及传输后的另一端的数据接收准确数据(The design of infrared remote control by using STM32 microcontroller is mainly to carry out data transmission and to receive accurate data at the other end of the transmission.)
RVMDK（uv5）
- 使用红外接收头接收遥控器的按键，通过串口打印键值。(Use the infrared receiver to receive the key of the remote control, and print the key value through the serial port.)
09-红外收发器
- PC上运行串口大师等串口调试软件，通过USB接口向开发板发送数据, 开发板收到数据帧后，将其由红外端口发送；如开发板接收到红外信号，当红外端口接收到完整数据帧后，开发板将数据由USB口送至PC。本程序未采用NEC或Philips的红外协议，旨在展示一种像使用串口一样 使用红外接口的方式，实验表明，这一方法十分有效，在1200bps、3米 距离的条件下仍有非常好的收发效果。(PC run serial master serial debugging software to se
红外数据通信实验
- ? 掌握利用红外线实现数据传输的原理和方法。，利用两块实验板，利用红外线实现实验板A向实验板B发送数据。并将发送和接收的数据显示在数码管上。(The principle and method of using infrared ray to realize data transmission are mastered. Using two experimental plates, the experimental board A is used to send data to the exper
接收端程序
- 作为空调接收器接受不同频率的红外信号，根据信号进行温度加减、模式变换、风速调节(As an air conditioner receiver, the infrared signals of different frequencies are received, and the temperature, pattern, and wind speed are adjusted according to the signal.)