功率测量精度的提高

P. McAllister
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引用次数: 1

摘要

本文详细介绍了功率传感器误差的测量和校准精度的改进。本文将介绍一种新的校准系数测定方法,这种方法可以改进现有方法的不确定度。将讨论具有更高精度和高温度稳定性的新仪器。采用微处理器控制和对传感器误差的数值校正,使现在更精确的功率测量仪器成为可能。现有的电能表速度慢,并且存在线性等误差。所描述的微处理器校正大大减少了这些误差,并允许使用许多不同类型的传感器,包括毫米传感器。
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Accuracy Improvements in Power Measurements
The paper details the accuracy improvements in both instrumentation and calibration of power sensor errors. New measurement methods for determintation of calibration factor will be described which gives improvement in uncertainty over current methods. New instrumentation giving better accuracy and high stability with temperature will be discussed. The use of microprocessor control and numerical correction of sensor inaccuracies now make possible more accurate Power measuring instruments. Existing Power meters are slow and suffer from errors such as linearity. The microprocessor correction described greatly reduces these errors and allows many different types of sensors to be used including millimetric sensors.
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