Transmission characteristics of hybrid structure yarns for e-textiles

Minki Choi, Jooyong Kim
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Abstract

Twisted Copper Filaments (TCF) have been made by a yarn covering process in order to transmit signals and powers for electronic textiles. The 560 den. polyurethane filaments were covered in S-twist direction by urethane-coated copper wires. Final filaments were found to be changed in resonance frequency mainly due to the change of di-electricity and thus capacitance caused by PET covered on it. It have been concluded that while resonance frequency was primarily determined by filament length and dielectric constant of covering yarns, S11 and S21 were mainly determined by measurement length and ply number.
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电子纺织品用混合结构纱线的传动特性
为了在电子纺织品中传输信号和电力,采用纱线包覆工艺制备了扭铜丝(TCF)。560书房。用包覆聚氨酯的铜线沿s捻方向包裹聚氨酯长丝。最终灯丝谐振频率的变化主要是由于覆盖在其上的PET引起的介电变化和电容的变化。结果表明,谐振频率主要由包覆纱的长丝长度和介电常数决定,而S11和S21主要由测长和捻数决定。
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