搜索资源列表
LedBoardPrj
- 自制的LED条屏。点阵用简单的64x16，显示图片和文字。加上1302和HS0038做万年历和遥控器，实现广告和时间切换。 这是我毕业时做出来送给老爸的礼物。-Self-made LED strip screen. Lattice with a simple 64x16, display pictures and text. With 1302 and HS0038 calendar and remote control to do to achieve advertising and th
pvpvc
- 遥控解码通过电脑串口显示 /* 晶振：11.0569MHz */ #include <REGX52.h> #define uchar unsigned char uchar data IRcode[4] //定义一个4字节的数组用来存储代码 uchar CodeTemp //编码字节缓存变量 uchar i,j,k //延时用的循环变量 sbit IRsignal=P3^2 //HS0038接收头OUT端直接连P3.2(INT0) /******
WorkSpace
- DS18B20+I2C+串口程序，并且有相应的Proteus的联调图，已测，可运行。还有相应的一些资料。-DS18B20+ I2C+ serial process, and there is a corresponding adjustment plan joint Proteus has been measured, you can run. There are corresponding with some information.
avrtest
- avr开发板的基础实验，包括流水灯、按键、蜂鸣器、LED点阵、数码管、定时器、步进电机、LCD1602和12864、ds18b20、hs0038、AD/DA转换实验，功能很全。-avr development board based on experiments, including water lights, buttons, buzzer, LED dot matrix, digital control, timer, stepper motor, LCD1602 and 12864, ds
ATMEGA16
- adc.c用于实现MEGA16中的模数转换功能。 ds1302.c用于实现MEGA16从DS1302芯片中获取时钟信息。 yaokong.c提供一种利用HS0038获取电视机遥控的红外信号并将它解码的方案。 zlg7290.c提供MEGA16与ZLG7290芯片连接的方案，用于外接矩阵键盘。 i2c.c用于MEGA16实现I2C总线数据传输。 12864S.c用于实现LCD12864的串行输入。 ST7920是LCD12864的汉子库的调用函数。 EXPERIMENT
hs
- 这是一个HS0038的解码程序，可直接运行，无需调试-This is a HS0038 decoding process can be run directly without debugging
51MCUPHS0038
- 红外接收头得51单片机程序，经过自己调试，确定可以运行的 附件里面有红外接收头HS0038的介绍资料，有两个程序，基本一样的，一个用3510液晶做数据采集察看时用的，一个直接用8个LED灯显示。-Infrared receiver chip program was 51, after their commissioning, the attachment can be run to determine the infrared receiver inside the brochure, th
HS0038
- 这个是一个HS0038的C语言代码，这个代码很容易懂，里面有注释。-The HS0038 is a C-language code, the code is easy to understand, there are comments.
IR
- 基于89C51单片机的红外发射接收程序，发射头是5MM的那种，接受头是HS0038，不要用1838，1838不明显。-Based on the 89 C51 infrared emission receiving procedures, 5 MM head is a launch that, accept the head is HS0038, don t use of 1838183 and not obvious.
remote_c51
- 本文重点介绍了利用单片机AT89C51和AT89C2051实现红外发射和接收电路的设计方法。发射电路采用单片机89C2051将待发送的二进制信号编码调制为40KHz的脉冲信号通过红外发射管发射红外信号。红外接收端采用一体化红外接收头HS0038接收红外接收信号。-This article focuses on the use of SCM AT89C51 AT89C2051 achieve infrared transmitter and receiver circuit design. Tra
03
- 光通信的接受程序：HS0038作为接收器，把编码的信号进行解码。-Optical communication acceptance procedure: HS0038 as a receiver, the encoded signal is decoded.
HS0038
- 基于430的矩阵式键盘和独立式键盘的程序，用的单片机P1口-Based on 430 matrix keyboard and a separate keyboard procedures, using SCM P1 port