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Although substrate integrated waveguide (SIW) technology is well established for the fabrication of microwave circuits on rigid printed circuit boards, and the first implementations of textile SIW antennas have recently appeared in literature, up to now, no complete set of SIW microwave components has been presented. Therefore, this paper describes the design, manufacturing, and testing of a new class...
A compact, robust, wearable antenna for body-worn applications in the 2.4 GHz Industrial Medical and Scientific band is designed, fabricated and tested. This novel compact textile cavity backed slot antenna combines a half-mode substrate integrated waveguide topology with an additional row of shorting vias for miniaturization. Excellent free space performance is achieved with a measured 4.6 % impedance...
Substrate integrated waveguide (SIW) technology represents a good candidate for the next generation of microwave and millimeter wave components and antennas. In particular, in the emerging area of the wireless sensors networks and the Internet of Things, SIW technology is the ideal candidate for the implementation of low-cost and eco-friendly wireless nodes. In this scenario, SIW components and antennas...
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