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首页> 外文期刊>Nanoscience and Nanotechnology Letters >Inkjet-Printing Flexible and Deformable Antenna on PET Substrate for Wearable Electrics Application
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Inkjet-Printing Flexible and Deformable Antenna on PET Substrate for Wearable Electrics Application

机译：用于可穿戴电气应用的PET基板上的喷墨印刷柔性和可变形天线

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摘要

This study reported the development of a 2.45 GHz inkjet-printed flexible and deformable antenna for application in wearable wireless communication. The radiating patches and ground plane were fabricated by inkjet printing method. The morphology and electro-mechanical properties of the silver-nanoparticles on the polyethylene terephthalate (PET) flexible substrate were illustrated. Moreover, this study systematically demonstrated modeling and fabrication procedure, as well as investigated radiating properties of the flexible and deformable antenna at 2.45 GHz. The reflection coefficient (-23.4 dB), voltage standing wave ratio (1.56) and the -10 dB bandwidth (860 MHz) of the antenna agreed well with the simulated results. The conformal antenna synthesized in this study exhibited excellent potential for development of inkjet-printed flexible and deformable antennas, which were further used in wearable wireless communication systems.
机译：本研究报告说，开发了2.45 GHz喷墨印刷的柔性和可变形天线，用于可穿戴无线通信。 通过喷墨印刷方法制造辐射贴片和接地平面。 示出了银纳米甲酸盐（PET）柔性基板上的银纳米颗粒的形态和电力学性质。 此外，该研究系统地证明了建模和制造程序，以及在2.45GHz的柔性和可变形天线的调查辐射性能。 反射系数（-23.4dB），电压驻波比（1.56）和天线的-10 dB带宽（860MHz）与模拟结果很好地同意。 本研究中合成的共形天线表现出喷墨印刷的柔性和可变形天线的开发的优异潜力，其进一步用于可穿戴无线通信系统。

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