Cross-sensitivity of humidity sensor layers based on organic materials

T. Džugan, A. Hamácek, J. Řeboun, K. Hromadka, R. Vik
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Abstract

This article deals with the research of an impact of various gases and vapours on electrical parameters of phthalocyanine. Cross-sensitivity was researched in order to exclude a negative impact of organic vapours on humidity sensor. Thin layer of phthalocyanine was exposed to various vapours, and then responses of its electrical characteristics were measured. This suitable material for humidity sensors, was deposited from the liquid phase on a substrate with interdigital electrodes and than exposed to the effect of analytes. Subsequently, the impedance characteristic of this thin film layer was measured. The comparison of responses to various gases and vapours is discussed in more detail as well.
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基于有机材料的湿度传感器层的交叉灵敏度
本文研究了各种气体和蒸气对酞菁电参数的影响。为了排除有机蒸气对湿度传感器的负面影响,研究了交叉灵敏度。将薄层酞菁暴露于各种蒸汽中,然后测量其电特性的响应。这种适合湿度传感器的材料,从液相沉积在带有数字间电极的衬底上,然后暴露在分析物的作用下。随后,测量了该薄膜层的阻抗特性。对各种气体和蒸气的反应比较也作了详细的讨论。
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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