Effect of temperature and humidity on the transmission properties of textile signal lines
J Leśnikowski - The journal of the Textile Institute, 2020 - Taylor & Francis
The journal of the Textile Institute, 2020•Taylor & Francis
The article describes research into the effect of humidity and temperature on the
transmission properties of textile signal lines. The presented textile signal lines are made
from electro-conductive fabric strips sewn onto a non-conducting textile substrate. A
statistical analysis of the effect of the properties of selected substrate line parameters on its
resistance to climatic conditions is also presented. Our analysis shows that only the
substrate material has a significant impact on changes in the characteristic impedance of the …
transmission properties of textile signal lines. The presented textile signal lines are made
from electro-conductive fabric strips sewn onto a non-conducting textile substrate. A
statistical analysis of the effect of the properties of selected substrate line parameters on its
resistance to climatic conditions is also presented. Our analysis shows that only the
substrate material has a significant impact on changes in the characteristic impedance of the …
Abstract
The article describes research into the effect of humidity and temperature on the transmission properties of textile signal lines. The presented textile signal lines are made from electro-conductive fabric strips sewn onto a non-conducting textile substrate. A statistical analysis of the effect of the properties of selected substrate line parameters on its resistance to climatic conditions is also presented. Our analysis shows that only the substrate material has a significant impact on changes in the characteristic impedance of the line under the influence of humidity.
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