Applied Thermocouple Transmitter to the Production of Semiconductor The Intelligent Thermocouple mV Producing Instrument

热电偶传感器在半导体生产中的应用及 误差分析

The basic composition and the whole course tested of thermocouple and two degree instrument scene are introduced the target-oriented procedure in the application method regulating the system designing technique wholly is discussed ;

介绍了 热电偶和二次 仪表现场校准系统的基本组成及测试的整个过程；讨论了面向对象的程序设计技术在整体校准系统中的应用方法；

A Thermocouple Instrument with High Precision and Low Cost

一种高精度低成本 热电偶 测温 仪

Design and Applications of Thermocouple Temperature Measuring Instrument Based on Apple II Microcomputer

微机化 温度测量 仪的研制及其应用基于单片机的多分度号智能温变设计

And then we take the thermocouple and thermo-resistance instrument for temperature measurement as the example to analyze the most representative temperature measurement and the principle of instrument including the temperature measuring mechanism physical structure and notices ;

然后以热电阻 测温 仪和热电偶测温 仪为代表分析了最具代表性的温度测试与仪器的原理，其中包括它们的测温机理、物理结构和注意事项；

The Research of the Intelligent Thermocouple Temperature Measurement Instrument

智能 热电偶温度测试 仪研制

The paper is composed of three parts : establishing the mathematical model of thermocouple designing the hardware and software of intelligent instrument and taking measures to decrease interference of the intelligent instrument .

论文主要由 热电偶数学模型的建立、智能 测温 仪表的硬、软件设计和智能测温仪表的抗干扰设计三个部分组成。

As the example of the temperature measure with thermocouple a method of the nonlinear input signal processing based on the theory of twice insert value during the design of the smart instrument is introduced .

文中以 热电偶 测温为例，介绍了智能 仪表设计中应用二次插值理论进行非线性输入信号线性化处理的方法。

In order to realize the measurement of the thermocouple electromotive force the way to compare the most admissive errors of the instrument is used to ensure the accuracy grade of the electromotive equipment .

为了实现 热电偶电动势的测定，利用比较标准 器测量最大允许误差的方法确定电测设备的精等级。