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A body area networks (BAN) can provide a wide range of applications in primary for medical health care such as telemetering vital sign, tele controlling medical equipment. This paper presents an innovative dual band implantable printed monopole antenna proposed for Body Area Network(BAN) that covers the bands as MICS(402–405MHz) and ISM(2.4–2.48GHz). A non-shorted monopole omega structure is acquired...
This paper presents a triple band base-station antenna having high gain. The antenna consists of a number of planar patches and vertical shorted patches. The planar patch is made of U-shaped and E-shaped slots. The multi-frequency configuration of this antenna resonates at triple band frequencies of 2.17 GHz, 2.44GHz and 3.6 GHz as undersigned in Worldwide Interoperability for Microwave Access (Wi-MAX)...
In this paper, real-time microwave frequency measurement is demonstrated using compressive receiver over wide bandwidth. Second order cascaded all-pass networks are employed as dispersive delay networks for group delay dispersion. They offer a high resolution of ±6 ns/GHz over 500 MHz–1 GHz bandwidth. The UHF band is chosen as many radio frequency communication standards operate in the bandwidth....
In this paper a modified compact CPW fed printed monopole antenna is presented. Modified double circular shaped monopole antennas with different type of feedings are proposed to achieve directional radiation characteristics and high front to back lobe ratio (F/B) for various applications. The proposed antenna covers the ultra-wideband (3.3 GHz–10.6 GHz) and a part of the license free super wideband...
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