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- 利用STM32通用IO口依次点亮四个发光管-General IO port STM32 followed by four LED light
2
- 本实验的实现功能：按下按键，点亮对应的LED，适用于C51及zigbee开发板-In this study, the implementation features: Press the button to light the corresponding LED, for C51 and zigbee development board
pao
- 用52单片机设计的跑马灯程序，一次点亮8盏LED灯，适合初学者使用的程序-Single chip design with 52 marquee program, a lit 8 LED lights, suitable for beginners to use the program
flashled
- 点亮多个led灯方法，自动转向，速度可以调控，亮度可以调控-Led lights lit more methods, automatic steering, speed can be controlled, brightness can be controlled
1-IO
- 点亮P1口的一个LED灯 该程序是单片机学习中最简单最基础的通过程序了解如何控制端口的高低电平-Light up a LED light P1 port MCU learning the program is the simplest and most basic understanding of how to control the port by the program' s high-low
shumaxianshi
- 用8个数码显示管显示八位数字。采用的期间为CL5461AS共阴极四位数码管（低电平点亮），用FPGA实现电路控制。-Digital display with 8 LED display eight digits. CL5461AS were used during the four LED cathode (low light), with the FPGA implemented circuit control.
11
- 该电路由一片四双向模拟开关集成电路CD4066为核心构成。每个电路内部有四个独立的能控制数字或模拟信号传送的开关。当水箱无水时，由于180K电阻的作用，使四个开关的控制端为低电平，开关断开，LED 不发光。随着水位的增加, 由于水的导电特性，使得IC的13脚为高电平，S1接通，LED1点亮。当水位逐渐增加时，LED依次发光指示水位。水满时， LED4发光， 显示水满。同时T1导通， B发出报警声，提示水已满。不需要报警声时，断开开关K即可。 -The circuit consists of a
controling-of-lights
- 下位机通过串口接收数据并降该数据作为switch语句变量对应到不同的函数产生相应的现象，例如当按下全亮按钮时，通过下位机程序控制LED灯使LED灯全亮。 当鼠标勾选单灯控制区复选按钮时，同理通过串口传输数据，相应的LED点亮，取消勾选后该灯熄灭。 当鼠标点击流水灯控制区某个单选按钮时，上位机将数据通过串口送至下位机，下位机根据数据相应调节流水灯延时函数变量，完成控制流水灯速度的功能。 -Lower computer through the serial port to receive
zhinengjiaju
- 适用于单片机 程序功能：远程控制LED的熄灭与点亮 应用软件：Keil2或Keil3-Suitable for single-chip microcomputer Program function: remote control LED lights. The extinguished and Application: Keil2 or Keil3
experimental-infrared-transceiver
- DP_51PRO实验仪红外收发实验。使用串口发送数据经调制后从红外管输出，并通过红外接收模块把接收到的数据返回串口接收端，通过判断接收到的数据来控制LED灯点亮。-DP_51PRO experimental instrument experimental infrared transceiver. After using the serial port to send data modulated output from the infrared control and infrared rec
F28335Led
- 实现F28335控制LED的点亮程序，实现对四个LED的任意控制-LED' s light to achieve control procedures F28335
demo4-keyled1
- demo4 按键实验 接下S3,S4,S5,S6后相应的LED会点亮-demo4 key experiment took S3, S4, S5, S6 corresponding LED will light up after
intermit
- freescale DSP 通过控制IRQ1、IRQ2使电路板上面的LED分别显示为递减点亮和递增点亮。-freescale DSP by controlling the IRQ1, IRQ2 LED above the circuit board are shown as decreasing light and increasing light.
P3
- 认识I/O口的引脚功能 使用P3口流水点亮8位LED -Understanding of I/O port P3 port pin function using 8-bit LED lit water
P1
- 用swtich语句的控制P0口8位LED的点亮状态-Control with the swtich statement P0 port 8-bit LED' s lit
1ms-timer-timing-B
- MSP430F149的定时器B产生大约1ms的定时，使主程序退出低功耗模式。主程序执行一遍流程，再次进入休眠，等待下一次被唤醒。中断TIME_FA次后，改变定时器的定时时间。每次中断的时候翻转P4.1脚的电平，使LED熄灭或者点亮。-MSP430F149 generate approximately 1ms timer timing B, the main program to exit low-power mode. Main program execution once the proces
TIME0
- 利用TIME0控制与P0口相连的8个LED指示灯依次上移点亮-P0 port using TIME0 control and connected to 8 LED lights were lit on the Move
TinyOS_TelosB_C_code
- Telosb remote runs on the TinyOS. 代码是用C写的，程序是让蓝的LED灯在暗的条件下点亮，绿的LED灯在热的条件下点亮。-Telosb remote runs on the TinyOS. Code is written using C, the program turns on the blue LED light when it s dark, green LED lights light up in hot conditions.
Traffic-Management-System
- 该设计利用单片机控制十字路口的红绿灯交替点亮和熄灭，并且 用4只七段LED数码管显示十字路口两个方向的剩余时间。要求能用按键设置两个方向的通行时间和暂缓通行时间-The design of intersection traffic lights using SCM light on and off alternately, and with four seven-segment LED digital display the time remaining intersections in bot
timer
- 六位数码管显示时分秒，通过四个按键进行时间的控制。按下"调时"按键，时间显示停止；按下"选择时分秒"按键，数码管上方的发光二极管会点亮，对应着选中的要修改的时间是小时、分钟还是秒；按下"按下增加"按键，选中的时间将会增加；按下"完成"按键，时间继续显示。-When six minutes and seconds digital display, by the time the four control buttons. Press the " transfer time" bu