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Research of a cold end Temperature Compensation for Thermal Couple

机译:热电偶冷端温度补偿研究

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The performance of the cold end temperature compensation for the thermal couple was investigated. The cold end temperature compensation errors of two typical thermocouples were calculated point by point, based on that the error tables were arranged in order to visually display the defect of the conventional compensation. The bi-bridge of the compensation solution was recommended in the paper as contrast. The improved compensator was composed of main bridge and assistant in series connected. The main was designed according to the traditional method while the assistant was designed equilibrium at the point of the main bridge perfect compensation. The voltage output of the assistant could be changed by adjust the current-limited impedance, in order to the input-output characteristic curve of the improved compensator, approach the curve of the matched thermal couple's. Calculation and analysis shows that the error of cold end temperature compensation was reduced distinctly and the accuracy of the temperature measurement was enhanced remarkably.
机译:研究了热耦合冷端温度补偿的性能。基于误差表以可视地显示传统补偿的缺陷来计算两个典型热电偶的冷端温度补偿误差点的点按点计算点。纸张中建议使用补偿溶液的双桥。改进的补偿器由主桥和串联的助手组成。主要是根据传统方法设计的,而助理在主桥梁完美补偿的点设计平衡。可以通过调节电流限制阻抗来改变助手的电压输出,以便进入输出补偿器的输入输出特性曲线,接近匹配的热耦合的曲线。计算和分析表明,清晰的冷端温度补偿误差明显降低,并显着提高了温度测量的精度。

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