Abstract
Optically transparent dual-band frequency selective surfaces (FSSs) are promising candidates to address the specific design challenges posed by the Internet of Things (IoT), This contribution demonstrates their potential by discussing different configurations of the two FSS designs on an innovative optically transparent surface material. First, a single-layer dual-band FSS is presented. Then, in the second design, the modular multi-layer technique is applied to achieve dual-band performance, enabling invisible integration into optically transparent polyvinyl chloride (PVC) surface material. The transparency, compactness, integrability, and high-performance dual-band stability of both designs in different operating conditions make them ideal for IoT applications.
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