搜索资源列表
example
- STC根据按键状态,控制led灯,就是这样-STC control led light by buttons。this all
FFT
- 基于STC系列单片机的频谱分析程序。主要包含FFT程序和LED控制程序。-STC series single-chip-based spectral analysis procedures. The main program contains the FFT and LED control program.
Infrared-Dimmer
- 基于stc单片机的红外手势调光,控制LED,实现无极调光-Stc microcontroller-based infrared gesture dimming, control LED, achieve stepless dimming
traffic-light
- 4路交通灯+共阴数码管 STC89C52RC整体工程 已经测试很好用-traffic light led 4p stc 89c52rc
The-clock-chip-debugging-program
- 实时动态显示装置创新设计 实时动态显示装置以单片机STC为核心,利用时钟芯片,通过串行通信传递信息到数码管显示器,到液晶显示屏…,实现实时动态电子时钟的功能,以数字、图形或动画形式显示内容。-STC LCD LED
fluorescent-tube-electronic-clock
- 1、红外线遥控器解码模块; 2、DS3231完整的通讯及操作模块(包括时间日期读取、设定,闹钟读取、设定); 3、74HC595完整的通讯函数; 4、RGB LED全彩控制IC(LPD6803)的完整通讯程序; 5、三种荧光管数字呼吸切换效果的完整实现程序; 6、DS18B20温度传感器完整的读取温度函数; 7、公历与农历的换算完整函数代码; 8、STC内部EEPROM完整的存储及读取函数代码; -YS18-3 fluorescent tube e
74HC595-display-and-keycan
- stc单片机多任务程序用74hc595扫描点阵led,同时按键检测-Single chip 74 hc595 are needed, according to key detection
jianc
- 使用stc单片机测试航插排线线序,led显示,蜂鸣器报警,手动测试-Use stc microcontroller test aviation plug cable line sequence, led display, buzzer alarm, manual test
32X64CALok
- 万年历程序,可以自定日期年月 STC芯片可用STC12C5A60S2 32x64点阵LED用-Calender LED Matrix Program, This program allowed customised year, date and time. Have to use on STC12C5A60S2 Matrix based on 32x64 led
Shake-stick
- LED灯摇摇棒程序,stc单片机驱动,摇动起来能显示不同的文字-LED lamp shake bar program, STC microcontroller driver, shaking up to show different text
tersting-program
- testing program for STC-powered display. LED sphere diy kit
The-combined-effect-of-the-program
- Multiprogram for STC-powered display. 56 led spere diy kit
呼吸灯
- STC单片机 用PWM驱动Led灯,模拟人的呼吸频率(STC single-chip drive with Led lamp PWM, to simulate the human respiratory rate)
Automatic Speech Recognition ASR
- STC单片机+LD3320语音芯片实现语音识别控制LED灯的亮灭(STC single-chip microcomputer +LD3320 speech chip realizes speech recognition to control LED lights)
调光灯
- 采用STC单片机的LED调光灯,配有原理图和源程序。
基于51的SIM808通过短信发送定位信息
- 本程序通过手机蓝牙控制LED的亮灭 使用单片机串口2与模块通信;接法如下 STC单片机 GPRS模块 P1.0(RXD2)->RXD P1.1(TXD2)->TXD GND ->GND 晶振选用22.1184MHz 2、串口2与模块连接,串口1打印出GPS初始化过程,定位成功后,不断的输出定位信息;