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RELAY 2 继电器
- 继电器
PCcontrol6relaysource.rar
- 上位机控制16路继电器源码,一种用电脑和单片机通讯来控制16位开关的方法,,PC source control relay 16, a single-chip communication using computers and 16 switches to control the way
id_door
- 用51单片机做的ID卡门禁系统,带12864液晶显示,通过触发继电器来控制门禁。附带原理图和PCB板。-Done with 51 single-chip ID card access control systems, liquid crystal display with 12864 through the trigger relays to control access. Attached schematic and PCB board.
6
- 实验电路如图25,按虚线连接电路:CLK0接1MHz,GATE0,GATE1,接+5V,OUT0接CLK1,OUT1接PA0,PC0接继电器驱动电路的开关输入端Ik。继电器常开触点串联一个220V灯泡,接交流220V。编程使用8253定时,让继电器周而复始的闭合5秒钟(指示灯灯亮),断开5秒钟(指示灯灯灭)-The experimental circuit shown in Figure 25, connected by dotted line circuit: CLK0 connected
单片机驱动的继电器电路
- 这是一个用单片机驱动继电器的继电器部分电路。这样的东东网上很多,问题也很多,这个电路本人测试过。并在实际应用中经常使用!
stc232
- 1.通过PC端的串口调试工具,从PC端发出一个十六进制的数, 通过串口传输到单片机,并有单片机通过LED数码管显示其ASII码,而且单片机又将这个数发回PC端,并在PC端显示出来,从而实现单片机与PC机的通讯 2.可以实现对下位机数据实时采集(如温度,程序中设定的是37摄氏度) 3.可以控制流水灯或继电器开关等-1. Through the PC-side debugging tools for serial port, from the PC client sends a hexa
shuiwen
- 用单片机系统进行温度实时采集与控制是本设计的主要内容。温度信号由AD590K和温度/电压转换电路提供,对AD590K进行了精度优于±0.1℃的非线性补偿。模拟电压量-数字量转换采用TI公司12位开关电容逐次逼近AD转换器TLC2543。功率控制部分采用光电耦合器件和场效应管组成固态继电器控制功率电阻加热,实现强电和弱电完全隔离,功率控制无触点无噪声使用寿命长功耗较低使系统灵敏度高和抗干扰能力显著提高。时钟部分采用飞利浦公司的专用时钟芯片PCF8583,实现了实时时钟,定时开机以及提供RAM空间存
基于51光敏电阻控制继电器
- 基于51单片机,当光敏数值小于20时,继电器1和2工作,当数值小于10时继电器3延时5秒工作,当数值大于50时继电器全部断开。(数值参数和延时数值可更改,继电器可加减)(Based on 51 single-chip microcomputer, when the light sensitive value is less than 20, the relay 1 and 2 work, when the value is less than 10, the relay 3 delay 5 se
4、继电器
- 此为单片机中的继电器程序,仅供给初学者学习和使用(This is the microcontroller in the relay program, only for beginners to learn and use)
097、用红外遥控器控制继电器
- 用51单片机控制红外遥控器,从而控制继电器的运行状态(The infrared remote controller is controlled by 51 single chip microcomputer, so as to control the running state of the rela)
18. 继电器控制照明设备
- 51单片机的继电器控制照明设备,带有proteus 仿真,简单方便(51 single chip relay control lighting equipment)
4、继电器
- 51上的继电器设计,简洁干净,适合开发新的开发板(51, the relay design, simple and clean, suitable for the development of new development board)
02.继电器控制
- 继电器的控制,初学者可以参考。平台给予STM8写的,继电器可以吧若ID个按控制转换成强电控制(Relay control, beginners can refer to. The platform is written in STM8, the relay can be, if ID, according to the control into strong electricity control)
实验5:继电器
- 51开发板中第5个程序继电器,运行程序后会自动打开继电器(The fifth program relay in the development board, which automatically opens the relay after running the program)
实验5:继电器
- 这是单片机的继电器程序代码。用proteus仿真实验特别基础。(This is the single - chip relay program code.Using proteus simulation experiment special basis.)
11.按键无线控制台灯和LED灯 继电器
- 在zigbee协议栈中 按键无线控制台灯和LED灯 继电器(Key wireless control desk lamp and LED lamp relay in ZigBee stack)
1路带光耦继电器模块
- 单路继电器模块:可设置高或低电平驱动;继电器电压可设定;(Single circuit relay module: high or low level driver can be set up.)
继电器控制
- 用8031单片机和8255控制继电器,实现外部电路转换。按一个按钮,第一条线通,再按一下,第一条线路断开,第二条线路通。(The external circuit conversion is realized by using 8031 single chip and 8255 control relay. Press one button, the first line is connected, and then press, the first line is broken and the
继电器
- 基于IAP15F2K60S2的继电器例程(Relay routine based on IAP15F2K60S2)
继电器控制模块
- 通过单片机GPIO口控制继电器的吸合。带光耦隔离,安全可靠。亲自适用该电路参加电子设计大赛有效。(The pull-in of relay is controlled by GPIO port of MCU. With optocoupler isolation, safe and reliable. It is effective to apply the circuit in person to participate in the electronic design competition