Solid state sensors for biomedical instruments

R. A. Mishra, Narendra B. Raut
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Abstract

The output of transducers which are used in physiological measuring is observed to be nonlinear. This nonlinear characteristic of transducers fails to measure the actual value of physiological parameter like temperature, pulse rate, heart beats, etc. the researcher has developed the body temperature measuring transducer using time base oscillating circuit and thermister as temperature sensing element. The time base circuit, phototransistor and LED are used for designing quick recovery heart beat sensor. The design technique of these transducers, their characteristics and comparisons with existing sensors in similar kind of biomedical instruments is discussed in this paper.
生物医学仪器用固态传感器
用于生理测量的传感器的输出是非线性的。这种传感器的非线性特性使其无法测量体温、脉搏、心跳等生理参数的实际值。研究者利用时基振荡电路和热敏电阻作为感温元件,研制出了体温测量传感器。采用时基电路、光电晶体管和LED设计快速恢复心跳传感器。本文讨论了这些传感器的设计技术、特点以及与同类生物医学仪器中现有传感器的比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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