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一、前言随着大规模集成电路迅速发展,微型计算机也相应得到发展。它在仪表传感器上的应用,解决了从前仪表和传感器存在的各种难以解决的问题,微型机在仪表及传感器中的主要功能是实现了自动采样、数据处理、自动检查、自动校检及各种补偿校正等,使仪表及传感器的性能大大提高了一步。因此带有微处理机的仪表及传感器发展非常迅速,不到十年功夫,据国际上统计数字,其产值就占仪器总产值的一半。本文只介绍微机在仪表及传感器线性化应
I. Introduction With the rapid development of large-scale integrated circuits, micro-computers have also been developed accordingly. Its application in the instrument sensor solves all kinds of difficult problems in the past, such as automatic sampling, data processing, automatic inspection, automatic calibration and Such as compensation correction, so that the performance of the instrument and sensor has been greatly improved. As a result, meters and sensors with microprocessors have developed rapidly and have achieved less than 10 years of effort. According to international statistics, their output value accounts for half of the total output value of the instrument. This article describes only the computer in the instrument and sensor should be linear