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remote_control_decoding_proced
- 这里我们以红外线遥控编码芯片为LC7461等芯片为例来说明用单片机实现红外遥控解码的详细过程，站长琢磨这个解码程序花了相当多的精力，期间几经修改逐步完善，后来还用它开发了几个小产品，希望能对网友学习单片机有所帮助。,Here we encode in the infrared remote control for the LC7461 and other chip-chip as an example to illustrate the realization of infrared remot
dtmf
- 用单片机实现的软件DTMF解码,减少了很多不必要的资源浪费.-MCU with DTMF decoding software to reduce a lot of unnecessary waste of resources.
ultra-red-decode-LCD
- 红外解码并且用lcd显示，采用avr单片机实现。且算法巧妙。-Decoder and used infrared lcd display, using avr MCU. And clever algorithms.
VS1003B_SD_SPI_LCD
- 本工程在mega16单片机上实现MP3的播放，MP3解码器采用VS1003芯片硬件解码，mega16作为主控和显示以及读取SD卡的数据。-Mega16 this project to achieve single-chip MP3 player, MP3 decoder chip using VS1003 hardware decoder, mega16 as a control and display, as well as read data from SD cards.
16.2.4G
- 2.4G,nrf 如果在单片机上实现315M模块源代码，其中主要包括按键输入，也有315M无线模块通过解码后，由IO口输入-2.4G, nrf 315M to achieve if the microcontroller module source code, which includes key input, has 315M wireless module decoded by the IO port input
PCA
- STC 1T 单片机PCA应用，实现事件的计时，程序实现红外波形的记录，从而实现红外解码-STC 1T MCU PCA applications, timing of events, procedures infrared waveform records, in order to achieve the IR decoding " " "
ceshi.X
- 实现环境温度信息采集、电池电压采集，单片机模拟315MHz的编码和解码。使用PIC12F617作为微处理器-Achieve environmental temperature information collection, battery voltage acquisition, 315MHz single-chip analog encoding and decoding. Using PIC12F617 as the microprocessor
stm8s103
- 单片机的红外接收-编程思路采用中断+定时器的做法-在STM8s单片机上实现对红遥控的解码-This file contains the firmware main function.