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Temperature-data-acquisition-system
- 用PIC中档单片机集成的A/D模块，采集LM35输出的模拟温度值，采样速度为2Hz。然后将10位的A/D转换结果分为高低两个字节（高字节8位、低字节2位），通过USART模块的异步模式传到PC机上。通信方式设定为波特率9600、帧格式为8位数据位、无校验位、1位停止位。-Integrated with a mid-range PIC microcontroller A/D module, collecting the the LM35 output of analog temperature v
TT3
- 用msp430采集温度，在PC机上用SSCOM32显示DS18B20测量温度结果-Msp430 collecting temperature DS18B20 measuring temperature with SSCOM32 show results on the PC
uart3
- atmega128+ds18b20温度测量 通过串口传送到pc上，使用外部晶振8Mhz，9600波特率，数据分四组传送，分别问百位，十位，个位和小数点后一位-atmega128+ds18b20 temperature measurement through the serial port to send to the pc, using an external crystal 8MHz, 9600 baud rate, data transmission divided into four gr
temperture
- 用c写的单片机温控程序，实现按键设定温度范围，数码管显示，18b20采集温度，串口发送给pc数据-SCM temperature control procedures used to write c buttons to set the temperature range, the digital display, 18b20 collecting temperature, serial port to send to pc
51-RS232-to--VB
- 基于上位机VB的温度采集系统 VB程序+单片机程序-Temperature acquisition system based on PC VB
wkb
- 利用ATMEGA32设计的温控表，具有通过RS232接口与上位机通讯的功能，设定目标温度后程序通过设定的PID值进行温控，使得温度快速接近设定值。-Use the ATMEGA32 design temperature controller, PID values set temperature control via RS232 interface with PC communication function, set the target temperature
communication
- 上位机利用MSCOMM通信控件与单片机之间串口通信实现温度显示。单片机采集一个温度信号，将采集到的温度信号传送给PC机显示-Host computer use the MSCOMM communication control between the microcontroller serial communication to achieve temperature display. SCM acquires a temperature signal, the collected tempera
DS18B20-MSP430-9600
- MSP430F149控制DS18B20温度传感器，并在9600波特率下上传到上位机-The MSP430F149 Control DS18B20 temperature sensor, and uploaded to the PC at 9600 baud
LC
- apc220调试文件，温度传感器与pc通讯-the APC220 debugging file, the temperature sensor and PC communication
111-(2)
- 本系统主要由Zigbee无线传感器网络，基于ARM-Linux平台的嵌入式网关，本地上位机监控软件和远程Internet监控软件四部分组成。网络节点设备主要由Zigbee模块和以MSP430F149单片机作为控制芯片的数据采集模块组成，主要采集井下温度，甲烷等环境参数。根据功能，网络节点设备可分为网络协调器设备，具有网络路由和终端功能的定位参考节点设备，待定位的移动盲节点设备三种。系统工作时，协调器上电负责网络初始化和建网，定位参考节点和移动盲节点上电后自动搜寻网络并加入网络，-The sys
ds18b20-test
- 基于51单片机的ｄｓ１８ｂ２０温度测试系统的上位机-Based on 51 single-chip ds18b20 temperature test system PC
msp430f149
- MSP403F149对两路电流两路电压分别采集，并采集两个温度，计算功率。将每路电流、每路电压、功率、两个温度显示在12864液晶屏上。对电流电压监控实现超限报警，并利用Zigbee无线网络将这些数据发送到上位机进行实时监控。- It can sample two currents and two voltags based on MSP430F149 MCU, collect two temperatures and compute power. Displaying current, vo
AD7793
- AD7793和51单片机做SPI通讯，用热电偶测量熔炉的温度，通过RS232跟PC通讯-And 51 single-chip AD7793 SPI communication, the furnace temperature measured with a thermocouple, communicate with the PC via RS232
adc0832
- PT100 温度12864液晶显示 ADC0832采集 DS1302时钟显示 上位机串口通信-PT100 temperature 12864 LCD ADC0832 acquisition DS1302 clock display PC serial communication
temp
- 自己做的51单片机温度监控的上位机程序，VC6.0工程-Do their own 51 single-chip temperature monitoring PC program, VC6.0 project
C8051F120
- C8051F120,实现ADC0采样芯片温度，通过串口0发送到PC机,实时监控温度的变化-C8051F120, ADC0 sampling chip temperature to achieve, through the serial port 0 is sent to the PC, real-time monitoring of temperature change
Com_temper_PC
- 用单片机检测温度然后通过单片机的串口通讯与Pc机通讯，在电脑上的上位机上显示数据-MCU detects temperature and then through the MCU serial communication with Pc machine communication on the computer to display data on the host computer
stm32f107_wenduji
- 基于STM32F107的多功能温度及设计，能够实时显示当前环境温度，还可以通过串口将温度上传的PC机，可以设定温度报警，还具有闹钟功能，可以说已经实现了市面上常见数字温度计的所有功能。-Based STM32F107 multifunctional temperature and design, real-time displays the current ambient temperature, the temperature can also be uploaded via the seri
WDcontrol
- 此代码为PC机与单片机互相通信进行温度智能控制-This code for the PC communicate with the MCU intelligent control temperature
msp430P18b20
- msp430f149 与18B20 +上位机 温度采集-msp430f149 PC with 18B20+ temperature acquisition