搜索资源列表
Envi_Measure
- 环境测试仪的设计与实现代码,包括光线和温度的测量-Temperature is a fundamental physical quantity, nature and temperature of all the processes are all closely related. Temperature sensor is the first development of a class of the most widely used sensors. Temperature sensor m
ad595
- AD595测温芯片可用于测量CPU等热量高的芯片表面温度,通过电压换算为温度值,以及电容漏电流介绍-Monolithic Thermocouple Amplifiers with Cold Junction Compensation AD595、AD594
AD7705
- 6组AD7705串行接口测试K型热电偶。有读、写、复位和打包帧格式等内容。-Group 6 AD7705 Serial Interface Test K-type thermocouple. Able to read, write, reset and package frame format and so on.
tempera
- k型热电偶的温度采样两路输出MAX6675的十二位精度-k-type thermocouple temperature sampling two output MAX6675 precision of 12
adcmeter
- 基于 CS5550 工业测量仪表的设计:ADCMeter.ddb 中包含电路原理图和样品PCB图。本系统以 STC 系列 51 单片机为控制核心,使用高精度 CS5550 A/D 芯片来采集微弱的模拟信号量(如热电偶,热电阻信号量),可在线校准(零校准,满量程校准),校准数据保存到 93C46 中,作为以后 CS5550 运行的校准参数。本系统还包括两行八个数字位的数码管实时地显示采集数据,并可通过板上按键输入,进行输入信号变换的切换。另外还可增加串口通信部分,将采集的数据传输给上位机或其它控制
0512yalijiance
- 热电偶的自动检定检测系统程序设计与研究开发-Thermocouple automatic verification system for research and development program design and
MAX6675
- K型热电偶数字转换器MAX6675及其在铝水平温度测量仪中的应用-K-type thermocouple digital converter MAX6675 and its level in the Al temperature measurement Instrument
slaa216
- Implementing a Single-Chip Thermocouple Interface with the MSP430x42x
KRDTEST
- 热电偶测温的冷端补偿的介绍与讲解示例,帮助进行热电偶的测温设计应用。-Thermocouple cold junction compensation introduction and explanation example, help with design of the thermocouple temperature applications.
temp
- MAX6675 热电偶温控系统 MAX6675 热电偶温控系统-MAX6675 MAX6675 Thermocouple Thermocouple Temperature Control System Temperature Control System
KType_Thermal_sensor_LPC2106
- 基于LPC2106单片机做的K型热电偶仿真,有源代码和Proteus的电路图。 编译好的代码直接放进Proteus直接运行,连板子也省了-Based LPC2106 microcontroller to do K-thermocouple simulation, source code, and Proteus schematic. Compiled code directly into the Proteus run directly, with the board but also save
444
- 实现智能数字显示仪表。要求8位数码管显示(4位显示测量值,4位显示设定值),4输入按钮(功能选择、数码管选择、数字增加、数字减少),可设定上下限报警(蜂鸣器报警)。K型热电偶(镍铬-镍硅),测温范围为0℃~1000℃。采用比例-积分控制、并用晶闸管脉宽调制驱动1000W电加热器(电源电压为AC220V)。-Intelligent digital display instrument. Asked 8-bit digital display (4 shows measured values, fo
otpOTP538U
- 传感器芯片经由微细加工,可快速反应环境里的温度改变。 .非接触式温度侦测、电伏输出、零功秏、大范围温度侦测 -The OTP-538U is a thermopile sensor in classic TO-46 housing. The sensor is composed of 116 elements of thermocouple in series on a floating micro-membrane having an active diameter of 545 μm
Test89s52
- 使用AT89C52,MAX6675测量K型热电偶,使用16*2lcd显示温度-Using AT89C52, MAX6675 measuring K type thermocouple temperature display with 16* 2lcd
chengxu
- 实验开发版程序,利用keil工具开发,包括温度显示,485通信,232通信,温度测量程序,热电阻、热电偶测温程序。-Experimental development version of procedure, and use keil tool development, including the temperature display, 485, 232, temperature measurement process, thermal resistance, thermocouple tem
zhinengyibiao
- 实现智能数字显示仪表。要求8位数码管显示(4位显示测量值,4位显示设定值),4输入按钮(功能选择、数码管选择、数字增加、数字减少),可设定上下限报警(蜂鸣器报警)。适配E型(镍铬-铜镍)热电偶,测温范围为0℃~700℃。-Intelligent digital display instrument. Requires 8-bit digital display (4-digit display of measured values, four display settings), 4 input
relationship
- 利用神经网络线性逼近热电偶电压-温度关系,MATLAB源程序。-Using neural networks linear approximation thermocouple voltage- temperature relationship, MATLAB source code.
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
Temperature-Sensor
- 利用物质各种物理性质随温度变化的规律把温度转换为电量的传感器。这些呈现规律性变化的物理性质主要有体。温度传感器是温度测量仪表的核心部分,品种繁多。按测量方式可分为接触式和非接触式两大类,按照传感器材料及电子元件特性分为热电阻和热电偶两类。 -Use of materials with various physical properties of the variation of temperature the temperature sensor is converted to electr