Development of Compact Monopole Antenna for UWB Applications

Miniaturized metallic symmetrical resonator backed CPW inspired dual band filter using Meander line for 5G mm‐wave applications

“…Hence, 5G mm-wave filters are highly complicated to realize due to variations in component specification which results to high circuit complexity and high manufacturing cost. [4][5][6][7][8][9] Few other microwave circuits that have been designed are mm-wave 5G dual band diplexer using ring resonators are presented in Shaman et al, 10 a 5G dual band filter with resonator are analyzed in Nouri et al, 11 a novel higher order BPF for mm-waves has been developed and investigated for SIW cavities, 12 a antenna with grid array packaging for 5G applications are analyzed in 13 and wide band F shaped antenna for 5G Vehicle-to-Everything communications was introduced in Yacoub et al 14 In next generation wireless communication system, miniaturization of RF components has been required constantly for the development of low cost wireless communication system. Moreover, transmission lines also need to be miniaturized to reduce the size of RF components, because all distributed RF components are basically modeled as transmission line.…”

“…Nevertheless, these traditional filters have frequency limitations which upset the existing microwave filter circuits and triggering to develop new filter technology to support higher frequency band of 5G mm‐wave communication. Hence, 5G mm‐wave filters are highly complicated to realize due to variations in component specification which results to high circuit complexity and high manufacturing cost 4–9 …”

A Compact Size 4–19.1 GHz Heart Shape UWB Antenna with Triangular Patches

“…Since antenna has a major effect on the performance of these systems, design of the compact antennas has become more important and critical. As a result of these, for broadband and ultrawideband (UWB) applications, patch antennas are an attractive candidate due to their light weight, low cost, wide bandwidth, compact size, and ease of fabrication [3][4][5][6][7][8][9][10].…”

“…A printed circular ring antenna operating from 2.54 GHz to 12.08 GHz is also presented in the literature [7]. In the work of Oudaya Coumar et al [8], planar monopole antenna operating between 1.8 GHz and 10.6 GHz is studied with an area of 25 × 30 mm 2 . Symmetrical triangle-shaped [9] and tapered-shaped slot antennas [10] with areas of 12 × 38 mm 2 and 22 × 24 mm 2 presented operation frequencies from 2.77 GHz to 10.64 GHz and from 3 GHz to 11.2 GHz, respectively.…”