Stitched transmission lines for wearables - Daniel, Isaac Hyuk
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To connect wearable devices operating at radio frequencies, transmission lines which are efficient, lightweight with low fabrication cost, flexible to withstand bending and stretching, and capable of providing shielding from the ingress and egress signals are vital components of such a system. Problems usually associated with wearable transmission lines include durability of the wearable transmission line and maintenance of the smart clothing which house all elements including the wearable transmission line. The need to develop a wearable transmission line to moderate some of these glitches…mehr

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Produktbeschreibung
To connect wearable devices operating at radio frequencies, transmission lines which are efficient, lightweight with low fabrication cost, flexible to withstand bending and stretching, and capable of providing shielding from the ingress and egress signals are vital components of such a system. Problems usually associated with wearable transmission lines include durability of the wearable transmission line and maintenance of the smart clothing which house all elements including the wearable transmission line. The need to develop a wearable transmission line to moderate some of these glitches requires a careful understanding of previous wearable transmission lines. A careful study of these problems necessitated the prerequisite to developing a stitched transmission line that will mitigate some of these glitches. The STITCHED TRANSMISSION FOR WEARABLES presents a step by step and detail techniques required to fabricate the Stitched Transmission Line. It is hoped that this book offers a window through which a part of a thrilling and evolving technology can be seen.
Autorenporträt
Dr Isaac Hyuk Daniel is a Senior Lecturer with the Department of Physics, Kaduna State University, Nigeria. Isaac completed his first degree in Physics in 2001, a Master¿s degree in Applied Physics in 2015, from the University of Jos, Nigeria and a PhD in Electrical and Electronics Engineering in 2017, from Loughborough University, United Kingdom.