Compact Printed Antenna With Loaded and Etched Bandstop Resonators: Applications in UWB Spectrum

Author:

Hayouni Mohamed1,Choubani Fethi2

Affiliation:

1. Innov'Com Research Laboratory, Higher School of Communications, Sup'Com, Tunisia & Higher Institute of Computer Sciences of Kef, University of Jendouba, Tunisia

2. Innov'Com Research Laboratory, Higher School of Communications, Sup'Com, Tunisia

Abstract

In this chapter, band stop-embedded structures using half-wavelength circular and quarter wavelength straight open-ended slots and split ring resonators are presented and discussed. Simulation and measured results of some efficient applications in the UWB spectrum reported in the literature are discussed. We started by presenting the main research studies results dealing with a systemic design of embedded slots used to inhibit interferences in the UWB spectrum with narrow band systems. Then, we presented an overview of bandstop/bandpass structures using SRRs coupled to a coplanar waveguide, loaded near the feed line, and slotted on the patch antenna. Systemic designs reported in the literature followed by the main results proving the efficiency of these structures have been presented and discussed.

Publisher

IGI Global

Reference20 articles.

1. Triple Rectangular Notch UWB Antenna Using EBG and SRR

2. Transmission enhancement through deep subwavelength apertures using connected split ring resonators

3. Compact Printed Wide-Slot UWB Antenna With 3.5/5.5-GHz Dual Band-Notched Characteristics

4. Hayouni, Choubani, Denden, Vuong, & David. (2011). A novel compact ultra-wideband rectangular shaped antenna. PIERS.

5. Hayouni, Dakhli, Choubani, Vuong, & David. (2011). A planar parabolic patch antenna for UWB applications. PIERS.

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