冷端补偿

独特的冷端补偿方法有效地减少了冷端补偿引入的误差。

The unique method of cold junction compensation reduces the error resulted by traditional compensation .

一种基于MCS-51单片机的数字冷端补偿方法

The Method of Cold Junction Compensation Based on MCS-51 Single Chip Computer

K型热电偶冷端补偿方案

Design of K-Thermocouple cold - junction compensation

基于晶体管PN结温度特性的热电偶冷端补偿

Cold End Compensating to General Thermocouples Based on Temperature Characteristic of the Semiconductor PN Junction

硬件设计上，用两通道数据采集分别采集淬火介质温度和环境温度，实现对K型热电偶动态冷端补偿；

In hardware design , both the quenchant 's cooling characteristic and the ambient temperature are acquired to actualize thermocouple cold junction compensation ( CJC ) .

发动机缸盖温度监测仪采用热电偶作为缸盖温度传感器，通过冷端补偿电路，RC滤波电路、放大器电路、A/D转换器，最后驱动LED显示器显示测量结果。

This monitoring device uses electric thermal couple as the head temperature sensor by finally actuating the LED displaying the measured results through cold-juncture compensation circuit , RC filter circuit , amplifier circuit and A / D convert .

温度控制系统以E分度热电偶为感温元件，用温度传感器AD590测量环境温度，作为热电偶的冷端补偿。

In the temperature control system , the temperature sensor is thermocouple of type E , use the AD590 ( temperature sensor ) to measure the environmental temperature , as the compensation of cool-end of thermocouple .

一种新型的热电偶冷端补偿器件

An Introduction of a New Kind of Thermocouple Cold-end Compensated Device

水晶生长过程中热电偶冷端补偿的常用方法

Method of the Cold junction Compensation of Thermocouple in Growing Quartz

软件冷端补偿法及在8098系统中的应用

Soft-Ware Coel-End Compensation Method and Its Application in 8098 System

热电偶温度信号的冷端补偿和线性化

The Cold Junction Compensation and Linearization of Thermocouple Temperature Signal

基于集成温度传感器的热电偶冷端补偿方法

Cold-junction compensation ways of thermocouple based on integration temperature sensor

智能化冷端补偿方法的研究

The Intelligent Research of Method of Cold Terminal Compensation

热电偶冷端补偿的两种方法

Two Methods of Cold End Compensation for a Thermocouple

热电偶冷端补偿方法的比较

Comparison of Thermocouple Cold - junction Compensation Methods

热电偶的冷端补偿

The Cold - Junction Compensation for Thermocouple

介绍二种冷端补偿方法（温度变送器，冷端补偿元件）

This paper introduce two new methods of thermocouple cold-junction compensation ( temperature transducer , cold-junction compensating element ) .

采用单片机技术，结合自动冷端补偿，自动稳零及非线性处理技术，确保其在全量程测量精确性。

Designed based on computer processor , Auto cold junction compensation , Auto zero calibration and nonlinear signal linearization , ensure measure Accuracy .

该文采用多个神经网络组成一个新结构，同时完成高精度非线性校正和冷端补偿。

A novel structure with multi-neural-networks is proposed in this paper in order to derive both high accurate compensation and nonlinear adjustment for cold-side-offset .

该方法同时实现了热电偶的冷端补偿和非线性校正.通过现场实际应用，证明该算法简单、速度快、精确度高，尤其适用于高速、高精度测控系统的数据处理。

Correction for nonlinearity of thermocouple and compensation for cold junction are implemented simultaneously . Application shows that the algorithm is suitable for high speed processing with accuracy .

热分析仪的主要硬件包括热分析样杯、冷端补偿盒、信号隔离放大电路及数据采集卡；

The main hardware includes a sample cup , a compensate case for cooling end , an isolated amplification circuit for thermocouple signal and a gathering data card .

介绍各种热电偶温度传感器的基本工作原理及其信号特点，提出了几种冷端补偿办法，指出了热电偶温度信号线性化规律。

Basic principle and features of signal of thermocouple temperature sensor are introduced , several methods of cold-junction compensation are provided , and the linearization rule of thermocouple temperature signal is released too .

基于单片机的K型热电偶冷端自动补偿设计（热电偶的）端的类型

Design of Cold End Self-motion Compensation of K Thermal Couple on the Basis of Single Chip

给出了系统设计实现方法，包括温度的测量、热电偶的冷端温度补偿、变速积分PID控制算法及参数自整定的实现方法。

An executing method for the system design , including temperature measurement , temperature automatic compensate of the cold junction of the thermocouple , algorithm for gearshift integral PID control and parameter self-setting are proposed .

MAX6675冷端温度补偿、热电偶数字转换器可进行冷端温度补偿，并将K型热电偶信号转换成数字信号。

MAX6675 Cold-junction compensation , thermocouple digital converter can be cold junction compensation , and K-type thermocouple signals into digital signals .

介绍了燃油加热炉淬火加热温度的微机自动控制系统，采用连续PID调节，自动冷端温度补偿，使炉温调节精度高，稳定性好。

An automatic control system of heating temperature of an oil furnace is introduced . By adopting the continual PID regulation and the automatic temperature compensation for the cold end , the precision of temperature regulation for the furnace and its stability are raised .

研制LC-EX-03Ⅰ型半人工热电偶冷端温度补偿与输出信号放大处理器；

The LC-EX-03 I type of reference temperature compensation and output signal amplifier for the semi-artificial thermocouple is developed .

热电偶冷端自动补偿及非线性校正算法分析

An Algorithm for Automatic Compensation and Nonlinearity Correction of Thermocouple Cold-Junctions

智能测温系统中热电偶的冷端温度补偿和非线性处理

Thermocouple Cold - End Temperature Compensation and the Nonlinear Data-Processing

本文分别介绍了几种应用新型集成温度传感器的热电偶冷端温度补偿电路及校准方法。

Integrated temperature sensors is most suitable for the thermocouple cold-end temperature compensation .