AATCC EP 13
Evaluation Procedure for Electrical Resistance of Electronically-Integrated Textiles
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| Organization: | AATCC |
| Publication Date: | 1 January 2020 |
| Status: | active |
| Page Count: | 2 |
scope:
Purpose and Scope
This evaluation procedure determines the electrical resistance of e-textiles above 1 Ω. E-textile fabrics or end products with incorporated conductive paths/traces may be evaluated. This method is not for evaluation of yarns or fibers.
Electrical resistance may be measured as received, or after treatment such as stretch or laundering, etc. The change in resistance due to treatment may also be calculated.
Document History
January 1, 2021
Evaluation Procedure for Electrical Resistance of Electronically Integrated Textiles
Purpose and Scope
This evaluation procedure determines the electrical resistance of e-textiles. E-textile fabrics or end products with incorporated conductive paths/traces may be evaluated. This...
AATCC EP 13
January 1, 2020
Evaluation Procedure for Electrical Resistance of Electronically-Integrated Textiles
Purpose and Scope
This evaluation procedure determines the electrical resistance of e-textiles above 1 Ω. E-textile fabrics or end products with incorporated conductive paths/traces may be...
January 1, 2018
Evaluation Procedure for Electrical Resistance of Electronically-Integrated Textiles
Purpose and Scope
This evaluation procedure determines the electrical resistance of e-textiles above 1 Ω. E-textile fabrics or end products with incorporated conductive paths/traces may be...
January 1, 2018
Evaluation Procedure for Electrical Resistance of Electronically-Integrated Textiles
Purpose and Scope
This evaluation procedure determines the electrical resistance of e-textiles above 1 Ω. E-textile fabrics or end products with incorporated conductive paths/traces may be...
January 1, 2018
Evaluation Procedure for Electrical Resistance of Electronically-Integrated Textiles
Purpose and Scope
This evaluation procedure determines the electrical resistance of e-textiles above 1 Ω. E-textile fabrics or end products with incorporated conductive paths/traces may be...