搜索资源列表
AVR-DS18B20
- 在AVR使用DS18B20测量温度，文件为DOC文档，里面详细介绍了DS18B20的使用-In the AVR using the DS18B20 measure temperature, document DOC document, which details the use of DS18B20
DS18B20
- 利用89S51单片机，通过DS18B20温度传感器测得当前的温度值，再送入4位8段数码管显示-Using 89S51 microcontroller, temperature sensor, through DS18B20 measured current temperature value, and then into four 8 digital tube display
AT89S51+DS18B20+LED
- AT89S51控制DS18B20进行温度测量，用三段LED进行显示，伟福仿真成功-AT89S51 control DS18B20 temperature measurement, using three-LED display, Wei Fu successful simulation
ds18b20
- ds18b20实验，利用51单片机控制18b20实现温度控制，从而实现温度计的效果。-DS18B20 experiment, using 51 single-chip control 18b20 achieve temperature control, and thus achieve the effect of the thermometer.
Thermostat
- Thermostat Project using DS18B20 and P89V51RD2 Microcontroller. Compiler used is SDCC. Schematic Included. Main file is "09.C". The code is written for turning the relay on and off at particular temperature thresholds.
DS18B20
- DS18B20最全驱动.包含CRC8算法.ROM Search等.主机采用AVR mega16或者mega32.原创作品.-DS18B20 most drivers. CRC8 algorithm contains. ROM Search and so on. Mainframe using AVR mega16 or mega32. Original works.
DS18B20
- DS18B20温度采集和输出显示程序，用汇编语言实现-DS18B20 temperature acquisition and display program output, using assembly language to achieve
ds18b20
- 18b20程序代码，及数码管显示，74ls164-the way of using ds18b20
ds18b20
- 在dsPIC30中使用DS18B20温度传感器，转换结果送LCD1602显示（其中整数部分3位，小数点部分4位，小数点1位）-The dsPIC30 using DS18B20 temperature sensor, converting the results to send LCD1602 display (including integral part of the three, the decimal part of the 4-bit, decimal 1)
ds18b20
- 温度传感器18B20汇编程序,采用器件默认的12位转化 最大转化时间750微秒,显示温度-55到+125度,显示精度 为0.1度，显示采用4位LED共阳显示测温值-Temperature sensor 18B20 assembler, using the default 12-bit device is transformed into the greatest time of 750 microseconds, indicating the temperature-55 to+12
huibian
- 采用DS18B20温度传感器和AT89C51单片机实现温度的检测，并结合MAX232的电路实现与PC机进行数据通信。另外在拨码开关的结合下进行电路的工作模式切换，可实现电子秒表和电子时钟的附加功能。-Using DS18B20 temperature sensors and AT89C51 MCU temperature detection and integrated circuit MAX232 Implementation and PC machine data communication
DS12C887-DS18B20
- 该程序可实现：以AT89S52单片机为核心，采用实时时钟芯片DS12C887计时和液晶1602作为显示输出，实现了多功能时钟。加入了DS18B20传感器，使时钟还增加了温度显示的功能。-The program can be realized: The AT89S52 microcontroller as the core, using real-time clock chip DS12C887 and liquid crystal display output 1602, as to reali
ds18b20
- 以MCS51单片机为例，采用寄生电源供电方式， P1 1口接单线总线为保证在有效的DS18B20时钟周期内提供足够的电流，可用一个MOSFET管和89C51的P1 0来完成对总线的上拉，当DS18B20处于写存储器操作和温度A/D变换操作时，总线上必须有强的上拉，上拉开启时间最大为10 μs。采用寄生电源供电方式是VDD和GND端均接地。-To MCS51 microcontroller, for example, using parasite power supply mode, P1 1 K
picds18b20
- pic单片机与温度传感器ds18b20通讯的程序,程序用c语言写的,含有proteus仿真-pic microcontroller and temperature sensor ds18b20 communications program, the program written using c language, with proteus simulation
DS18B20
- 利用DS18B20进行温度检测，非常有用，有兴趣的可以共同研究研究-Using DS18B20 for temperature monitoring, very useful to study can be interested in research
mega16-DS18B20-1602lcd
- mega16芯片编译的，利用ds18b20检测温度，并用lcd1602显示温度值-mega16 chip compiled using ds18b20 testing temperature, and display temperature values ??with lcd1602
ds18b20
- C8051F系列单片机温度测量源代码，采用ds18b20,开发环境为keil-C8051F MCU temperature measurement source code, using ds18b20, development environment for keil
ds18b20-lcd
- 基于51单片机的ds18b20温度传感器利用，c语言编程-Based on 51 single-chip temperature sensor using ds18b20, c programming language
ds18b20
- 使用模块化编程思路，所有模块皆可独立使用（但是占用到系统硬件资源则需要改动）上机测试可行，使用ds18b20采集温度数据并且送至电机处改变其转速以及显示当前温度与转速等级。(The use of modular programming ideas, all modules can be used independently (but the use of hardware resources to the system need to be changed) test is feasible,
DS18B20
- 用ds18b20和atmega16单片机，仿真温度读取，DS18B20程序(Using DS18B20 and ATmega16 singlechip to simulate temperature reading, DS18B20 program)