Development of Antenna Using Flexible Material for Wide Band Application

Development of Antenna Using Flexible Material for Wide Band Application

Neetendra Kumar (SR Group of Institutions, India), Neeraj Yadav (SR Group of Institutions, India), Mayank Singh (SR Group of Institutions, India), and Ramesh Kumar Verma (IMS Engineering College, Ghaziabad, India)
Copyright: © 2025 |Pages: 12
DOI: 10.4018/979-8-3693-4026-4.ch010
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Abstract

This chapter illustrates a wearable antenna operating WLAN, C-band. Consumers today are looking for items they can take on the go without needing to break their backs carrying them. This makes broad range antenna demand broadband property in the lower power IoT apparatus, and hence, a wideband flexible dipole antenna intended for low-control internet of things gadgets has been produced on a fun substrate because some customers have requested it. This was to permit a flexible-structured substrate antenna. Naturally, the antenna is fairly small too, and works at a frequency band of 3.85 to 9.38 GHz. The range of frequencies it can handle is simply too wide. The designed antenna will accomplish a resonant frequency of 4.95 GHz. The directivity of the antenna is found as 3.198 dBi. The antenna has a broadband width of 83.59%. It will be an especially good fit for internet of things applications.
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