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实验1：LED闪烁
- 1.STM32 GPIO管脚配置 2.点亮发光二极管(1.STM32 GPIO pin configuration 2. Light the light emitting diode)
led
- LED灯闪烁五次，蜂鸣器亮起，进入死循环(LED lights flashing five times, buzzer light, into the dead circle)
LED
- STM8S103F3P6最小系统测试程序：驱动LED闪烁(STM8S driver LED flashing)
1.协议栈工作流程和无线收发控制LED
- 协调器和终端组网成功后LED闪烁。说明组网成功(LED blinks after coordinator and terminal networking successfully)
LED发光管
- 430LED流水灯应用程序，实现8个led灯流水闪烁。(430LED water lamp application, to realize 8 led light running water flashing.)
lpc2109
- 利用IO口点亮LED 通过按键可以控制LED闪烁(Using IO port lit LED, you can control the LED flashing through the button)
2.LED闪烁
- 通过stm32控制多个LED灯不停的闪烁(Controlled by STM32, multiple LED lights flicker continuously)
LED
- 使stm32单片机的LED灯按递增方式交替闪烁(STM32 microcontroller LED lights flashing alternately in increments)
LED
- 随机点亮单片机两个不同位置的LED灯，并且切换位置闪烁，间隔约一秒(Light up singlechip LED lamp)
led
- 利用计数器设计延时函数，通过四个led灯的闪烁，可以直观观察延时时长，fpga器件cyclone iv LCMXO2-1200HC-4TG144CR1,在demo板上作简路图(Using the counter to design the delay function, through the flashing of four LED lights, we can observe the delay time directly, FPGA device cyclone IV LCMXO2-12
5-闪烁1个LED
- 5-闪烁1个LED(5- flashes 1 LED)
6-不同频率闪烁1个LED灯
- 6-不同频率闪烁1个LED灯(6- flashes 1 LED lights at different frequencies)
LED
- 基于51单片机的LED灯闪烁，实现流水灯效果(LED lamp flicker based on 51 single chip microcomputer)
1、（通用IO口方式）实现LED灯全亮全灭闪烁
- 通用I/o口控制 led流水灯闪烁 全亮全灭(General I/o port control LED water lamp flashing full bright full kill)
5 闪烁一个LED
- 初学者入门，使用单片机简单的使一个led灯闪烁(Simple to make a LED light flashing)
LED闪烁 + 串口
- 串口1和LED控制，串口1通信，控制LED灯的亮灭(Serial port 1 and LED control)
c51
- led单片机闪烁 用来测试单片机的是否下载成功 与测试单片机运行状态(LED single chip flash is used to test whether the download of MCU is successful and test the running state of MCU)
实验3：LED流水灯
- 51开发板中第3个程序循环流水灯，运行程序后会自动点亮所有小灯并闪烁(The 3rd program in the development board is circulating the running water lamp, which will automatically light all the small lights and blink when the program is running)
LED KEY
- LPC5411XLED流水灯, 实现轮询闪烁。可以控制闪烁时间，key健。所有LPC82x器件的存储器映射都相同。不同的LPC82x器件支持不同的闪存和SRAM存储器大小。(GPIO registers support up to 32 pins on each port. Depending on the device and package type, a subset of those pins may be available, and the unused bits in GPIO r
LED
- 通过对MSP430的编程，使得430芯片外围的LED灯能够流动式的闪烁起来，使得LED灯能够流动闪烁(Make the LED lamp flicker)