代码搜索:温度采集器

找到约 5,473 项符合「温度采集器」的源代码

代码结果 5,473
www.eeworm.com/read/301964/13845460

frm form1.frm

VERSION 5.00 Object = "{648A5603-2C6E-101B-82B6-000000000014}#1.1#0"; "MSCOMM32.OCX" Object = "{67397AA1-7FB1-11D0-B148-00A0C922E820}#6.0#0"; "MSADODC.OCX" Begin VB.Form 接收温度值软件 Caption
www.eeworm.com/read/494076/6387739

m nonisothermtr.m

function NonIsothermTR % 模拟计算非等温固定床管式反应器的轴向温度分布和转化率分布 % 在一列管反应器中进行邻二甲苯(A)氧化制邻苯二酸酐(B) % % Author: HUANG Huajiang % Copyright 2003 UNILAB Research Center, % East China University of Science
www.eeworm.com/read/490645/6450520

h ds18b20_driver.h

#ifndef DS18B20_Driver extern void DS18B20_Init(void); //18B20初始化函数 extern uint Get_Temp(void); //测量温度 extern uchar Read_Byte(void); //从18B20读一字节 extern void Write_Byte(unsigned c
www.eeworm.com/read/487095/6523502

plg lhj.plg

礦ision2 Build Log Project: F:\windows\程序\12-温度传感器DS18B20\lhj.uv2 Project File Date: 12/05/2007 Output:
www.eeworm.com/read/484672/6572473

plg temperature_chip_driver.plg

礦ision2 Build Log Project: D:\单片机教程\C51实例代码\温度芯片驱动\temperature_chip_driver.uv2 Project File Date: 07/11/2004 Output: Build target 'Target 1'
www.eeworm.com/read/484781/6575039

plg bujing.plg

礦ision2 Build Log Project: E:\接口技术作业及设计\单片机温度控制系统\bujingdianji\bujing.uv2 Project File Date: 11/20/2008 Output: Build target 'Target 1' compi
www.eeworm.com/read/483849/6596239

plg 1.plg

礦ision2 Build Log Project: C:\Documents and Settings\Administrator\桌面\开发板\5.DS18b20的温度采集实验\1.uv2 Project File Date: 08/17/2007 Output:
www.eeworm.com/read/477455/6736043

m nonisothermtr.m

function NonIsothermTR % 模拟计算非等温固定床管式反应器的轴向温度分布和转化率分布 % 在一列管反应器中进行邻二甲苯(A)氧化制邻苯二酸酐(B) % % Author: HUANG Huajiang % Copyright 2003 UNILAB Research Center, % East China University of Science
www.eeworm.com/read/265250/11272182

c ds1820.c

这是我在LPC2210上用DS18B20的测温源程序 一直在测量我家的室外温度 一切正常~ #include "config.h" uint8 count; fp32 tmax,tmin; /************延时程序****************/ void DelayuS(uint32 dly) //延时约9uS {
www.eeworm.com/read/264469/11312896

m ssor.m

clear; close all; h=10;k=30;md=7300;cp=800;t0=1000;tw=0;tsp=600;le=0.1;%tw为环境温度 n_space = input('n_space? '); n_space=n_space+1; n_time = input('n_time? '); alfa=tsp/n_time/(le*le/n_space/n_