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51-microcontroller-sample-code
- 51单片机示例代码,包含LED、数码管、矩阵按键、串口、温度测量等。-51 microcontroller sample code contains LED digital tube, matrix keys, serial port, the temperature measurement.
DS18b20
- 通过单片机控制,DS18B20,用数码管显示温度-Through the single-chip control, DS18B20, digital display temperature
ds18b20
- stc89C51单片机读取18B20数据并在数码管中显示温度,精确到小数点后一位,有protues仿真图代码。-To read the 18B20 data and digital tube display temperature, accurate to the decimal point one, the protues simulation diagram code.
sk4
- 51 单片机做的温度控制器程序,k型热电偶,一路主控,两路报警,四位数码管显示-51 single-chip temperature controller program, the k-type thermocouple, all the way to the master, two alarms, four digital display
18b20
- 利用ds18b20温度传感器在C52单片机上做数字温度计,温度在数码管上显示-C52 MCU digital thermometer the use of ds18b20 temperature sensor, the temperature on the digital display.
jianhuawendu
- 基于51单片机和DS18B20,通过数码管显示温度,4X4按键控制报警温度和复位的简易温度采集程序。-Based on 51 MCU and DS18B20, and through digital tube display temperature, 4 x4 and reset alarm button control temperature of simplified temperature acquisition procedure.
n
- 程序主要实现:DS18B20时时采集周围环境温度数据并在数码管上显示,通过按键可设置并显示该环境需要的最低温和最高温。当时时温度高于最高温时,单片机发送信号控制电机,令其转动散热使温度下降直至低于最高温;当时时温度低于最低温时,单片机发送信号控制发热片,令其发热使温度上升直至高于最低温。以此实现基于51单片机的温度控制。-The main procedures: DS18B20 always collected ambient temperature data and digital tube
DS18B20
- 基于单片机的DS18B20程序,使用数码管显示测试到的温度值,可以作为通用模块使用-MCU DS18B20 procedures, the use of the digital display the test temperature value, you can use as a common module
reming-dian-zu-xianshi
- 热敏电阻测试数码管显示程序,通过改变热敏电阻的温度并且显示在数码管上来学习单片机!-Thermistor testing digital tube display program, by changing the temperature of the thermistor and pipe up in the digital learning microcontroller!
wenduxianshi
- 通过16单片机,在数码管上显示温度,这个程序较适宜于初级编程者。-16 single-chip digital tube display temperature, this program is more appropriate for junior programmers.
DS18B20
- 51单片机的数字温度,使用DS18B20,数码管显示,含c程序及proteus仿真-51 single-chip digital temperature the DS18B20, digital display, with c program and proteus simulation
DS18B20
- 飞思卡尔单片机的MC9S12XS128驱动DS18B20,读取并在数码管上显示温度,温度值保留两位小数-Freescale MCU MC9S12XS128 driver Carle DS18B20, read and display the temperature in the digital tube, the temperature value is retained two decimal places
ds18b20.rar
- pic单片机DS18B20的使用 六位数码管显示温度结果,其中整数部分2位,小数部分4位,PIC microcontroller DS18B20 use Six digital tube display temperature as a result, the integer part two, the fractional part four
STC12C5AXX-Mutilple
- 使用STC单片机,DS18B20温度测量,使用定时器实现多任务调度,AD采集,数码管显示,串口通讯,EPROM读写-STC microcontroller, DS18B20 temperature measurement, using a timer to multi-task scheduling, AD collection, digital display, serial communications, EPROM read and write
ra
- 基于51单片机和DS18B20温度传感器、7290数码管利用I2C协议做的温度采集报警系统,采用汇编语言,实现温度实时检测,精度为小数点后四位(当然18b20实际精确到0.5度,做到后几位是为了好看)。同时加入日历芯片,时间可设,有热键切换温度时间显示,便于工作日志的形成。-And DS18B20 temperature sensor based on 51 single-chip, the 7290 Digital tube I2C protocol to do temperature acq
jieshou
- 单片机双击通信接收代码,将传送过来的数字显示在七段数码管上,并且实时将主机发过来的数字如温度显示出来-SCM double-communications receiver code will be sent over the digital display on the 7-segment digital tube, and real-time host sent me digital temperature display
chengxu
- 基于stc89c51单片机,通过ds18b20温度采集芯片将温度采集,然后通过七段数码管显示出来-Microcontroller based stc89c51 by ds18b20 temperature acquisition chip temperature acquisition, and then through the seven-segment LED display
PC-through-USB-controls-C8051F320
- C8051F320的USB具有强大的通讯功能。先通过VC++编写控制代码,然后再用Keil4实现LED、数码管、温度传感器、键盘监控等模块的程序代码编写。最终通过USB连接PC与下位机。实现PC控制单片机的各个模块。-The C8051F320 The USB powerful communication features. Control code written by VC++, and then Keil4 LED digital tube, temperature sensors, ke
coed1
- 由DS18B20实现对温度的采集;由ZLG7290做人机对话平台,驱动数码管显示温度值;利用单片机的P1(8位)和P3(部分口线)构造系统。对采集到的温度使用查表法进行数据处理,整数部分为两位,小数部分为四位。将采集到的温度与温度设定值比较,若高于上限报警使用中断方式驱动蜂鸣器发声。键盘设定报警值使用12个按键来控制,s0~s9对应0~9一共十个数码,s11为设定响应键,只有按下s11才会进入按键设定程序,否则不会响应。S12为确定,用于温度设定之后返回。-Achieve DS18B20 tem
51-SCM-C-code
- 经典的51单片机配套练习程序,包括流水灯,数码管动态扫描,单线温度传感器,步进电机控制-Classic 51 microcontroller supporting practice procedures, including water lights, digital tube dynamic scanning, single-line temperature sensor, stepper motor control, etc.