Papers by Keyword: Textile Antenna

Abstract: Based on analyzing the theory of microstrip patch antenna, the article simulates the specification of the antenna in the frequency of 1.575 GHz. The flexible textile antenna has been designed by structure design of three dimensional woven fabrics and manufactured on the ASL2300 rapier sample loom, with conductive fiber and polyester filament as materials. After testing by the Agilent 80533D Network Analyzer, the characteristic parameters have been discussed, such as the Return Loss, Voltage Standing-Wave Ratio, Band Width and so on. The results show that the antenna has good reflection properties of electromagnetic and can be used in microwave transmission.

Abstract: Our future garments will not only protect us from the environment or make us look fashionable; they will allow monitoring through an incorporated sensor network. The off-body communication of the sensor data to a nearby base station is therefore preferably operated by a fully integratable and flexible antenna. This paper reports on the applicability of textile materials and textile processes in the design of antennas to be integrated into our every day clothing or even professional clothing.