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SEMI FH2 - Test Method of Sheet Resistance for Woven Electronic Textiles -
Abstract
Development of soft-dry sensing electrodes and motion sensors is one of the main topics of recent smart textile research, because personal health care is a growing global interest. Where the sensing electrodes are an important configuration for the circuit layout and signal processing, and woven electronic textiles are applied to the sensing electrodes for transmitting the signal.
In this Standard, van der Pauw method is applied to measure the anisotropic sheet resistance of woven electronic textiles.
The sheet resistance measurement is important for ensuring the sensing electrode quality in incoming quality control and out-going quality control, and improves the productivity and efficiency.
This Standard is a test method of sheet resistance for the electrodes of woven electronic textiles.
The woven structure to be measured in this Standard consists of two sets of yarns that are the warp and the weft, respectively. The warp is along vertical direction, and the weft is along horizontal direction. The woven material is applied to the electrodes of woven electronic textiles.
This measurement method is applicable to conductive woven fabrics in which both the warp and weft contain conductive yarn, and the conductive yarns in both directions are in electrical contact at the intersection.
Referenced Standards and Documents (purchase separately)
None.
Revision History
SEMI FH2-0323 (first published)
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FH00200 - SEMI FH2 - Test Method of Sheet Resistance for Woven Electronic Textiles
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