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[SCMred-decode

Description: 51单片机对38khz的红外线进行接收解码,程序简单易懂。能够完美的接码出所接受的信号-Infrared 51 38kHz microcontroller to receive decoding, the program easy to understand. To perfect the code receiving a signal received
Platform: | Size: 2048 | Author: 林波 | Hits:

[Software EngineeringFB

Description: 利用STC15单片机Pwm产生红外一体接收头需要的38KHZ方波-MCU Pwm use STC15 produce infrared one receiver needs 38KHZ square wave
Platform: | Size: 137216 | Author: maxiangpeng | Hits:

[SCMIR_SIMULATOR

Description: 使用Atmega16单片机制作的基于38KHZ的常用红外遥控的模拟功能,调试通过 dwasy1010@163.com-Atmega16 monolithic integrated circuit manufactured based on simulation of infrared remote control 38KHZ functions, debugging dwasy1010@163.com
Platform: | Size: 33792 | Author: qqwe13 前去玩儿 | Hits:

[Otherdecode

Description: 38KHZ红外线解码程序,可以很方便移到其它产品上去。-38KHZ infrared decoding process, can be very convenient to move to other products
Platform: | Size: 1024 | Author: likangfei | Hits:

[SCMHongWaiJieMa-ToPc

Description: 主要是关于89c52定时器2使用的,一,用做波特率,二,产生38khz用于红外发射-Mainly on 89c52 timer 2 use one, used as baud rate, second generation 38khz for infrared emission! !
Platform: | Size: 51200 | Author: huang ming | Hits:

[Embeded-SCM Developpic12f629遥控程序

Description: 遥控程序,实现红外遥控,实现38KZH的载波信号编程,三个按键,并做防抖动处理(PIC12F629 38KHZ RAX SINGNAL)
Platform: | Size: 2048 | Author: tmwang4488 | Hits:

[SCMremote_fs

Description: 用于红外发射管发射数据,程序内用的38KHZ载波实现发射距离的提高以及数据传输的稳定性等。(For the infrared emission tube emission data)
Platform: | Size: 4901888 | Author: 樊子 | Hits:

[Embeded-SCM DevelopIR_SendData

Description: stm8发送红外功能代码,可参考学习,使用定时器TIM2的通道CH1输出38KHz的波形(stm8 Send ir function code)
Platform: | Size: 1024 | Author: gegegege | Hits:

[SCMremote

Description: 38Khz遥控接收解码程序,美的遥控器的解码程序。。(38Khz remote receive decoding program)
Platform: | Size: 3072 | Author: chasehone | Hits:

[SCSI-ASPIControl home appliances with infrared remote control and PIC microcontroller

Description: When a button on the controller is pressed, the code sequence is sent as coded pulses using a frequency of 38Khz. These pulses are received by the TSOP1738 infrared sensor and then read by the microcontroller. Then the microcontroller decodes the received sequence. The code sequence received by the microcontroller is compared with the code sequence that we have determined and if they are the same, it activates/deactivates the relevant relay. The result is displayed by the LED on the board.
Platform: | Size: 251122 | Author: rastin_n2020 | Hits:
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