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wwww11
- 实例_模拟温度采集监测系统,运用LabVIEW中的结构来实现温度的循环采集-Instance _ analog temperature monitoring system for collecting, using LabVIEW to achieve the temperature structure in the acquisition cycle
lpc
- 基于PROTEUS的ARM温度采集系统仿真设计-PROTEUS' s ARM-based simulation of the temperature acquisition system design
MSP430
- 基于MSP430的温度采集系统,内容精简易懂!-MSP430-based temperature acquisition system, streamlining the content easy to understand!
msp43011
- 基于MSP430的温度采集系统,内容精简易懂!-MSP430-based temperature acquisition system, streamlining the content easy to understand!
MSP43022
- 基于MSP430的温度采集系统,内容精简易懂!-MSP430-based temperature acquisition system, streamlining the content easy to understand!
Barn-temperature-gathering
- 基于MSP430的粮仓温度采集系统,DS18B20总线方式读取,能够识别具体位置,以及是否在线-MSP430-based temperature acquisition system granary, DS18B20 bus mode to read, to identify the specific location, and whether online
Web-basi-posign
- 基于网络的单片机多点温度采集系统的设计Web-based multi-point temperature acquisition system microcontroller design-Web-based multi-point temperature acquisition system microcontroller design
qinglong-msp430
- 秦龙老师编写的msp430 开发实例 中的各个实例的源代码, 包括 温度采集报警 数据采集 modem 数据传输的通讯系统设计 大量数据本地系统存储设计-msp 430 applications
MSP430-application-of-thermometer
- 在《温度计_基本原理》程序中,已经实现了一个温度测量和显示的系统,但因为采样速率很快,且对基准源不加控制,耗电很大(800uA左右)。本例中,将温度采集速度降到1秒一次,且采样间隙时间不仅关闭基准源,还让CPU进入LPM3休眠状态,大大节省了耗电。该程序功耗仅10uA左右,可用纽扣电池长期运行(2年)。实际上对于环境温度1秒1次采样仍属浪费,如果降到5秒一次,功耗可下降到4uA左右(CR2032电池工作5年)。按KEY3后,CPU进入LPM4,功耗下降到0.1uA,这是一种常用的不断电的关机方法
Temperature-acquisition
- 温度采集 基于DS18B20的温度采集系统 有完整的代码-Temperature acquisition
DS18B20
- 基于DS18B20的温度采集系统 可以显示温度-The temperature acquisition system based on DS18B20 can display the temperature
123
- 基于89C51单片机的多路温度采集系统的设计-89C51 microcontroller based multi-channel temperature acquisition system
temp3
- 温度采集系统 基于fpga的vhdl实现的温度计-Temperature acquisition system
wendu
- 温度采集系统,采avr m32芯片温度度采集系统,系统在上位机显示温度数据和温度变化曲线-Temperature acquisition system, mining avr m32 chip temperature degrees acquisition system, the system displays the temperature data in the host computer and the temperature curve
zhienengcangku
- 以单片机AT89C8051作为温度监控核心部件,采用热电偶温度传感器、运算放大器、A/D转换器等构成温度采集模块,通过对采集到的温度数据值进行比例积分微分运算处理,并采用 RS 485与上位机进行通信,实现一种温度监控系统的设计。-The microcontroller AT89C8051 as a core component temperature monitoring, the use of thermocouple temperature sensors, operational a
max6675
- 本文为热电偶温度采集系统,包含原理图及源程序-Thermocouple Temperature Collection
3-3
- 本程序基于labview8.2开发平台,实现温度采集系统的功能-The program is based on labview8.2 development platform, to achieve the function of the temperature acquisition system
51-and-ds18b20
- 基于51及ds18b20的温度采集系统,采用单总线协议,包括read rom和match rom。-Based on the temperature of 51 and ds18b20 acquisition system, a single bus protocol, including read rom and match rom.
1602ads18b20
- 温度采集系统;基于51单片机,利用protues对1602和ds18B20的仿真。-Temperature acquisition system 51 Microcontroller based, the use of protues of 1602 and ds18B20 simulation.
VB_temperature_test
- 基于VB的无线环境温度采集系统的设计,为上位机程序,可以通过串口与下位机进行串口通信采集数据然后进行显示-VB-based wireless temperature acquisition system designed for the PC program, through the serial port and the next crew for serial communication and data collection for display