Low-Profile CPW-PS-Fed Magnetoelectric Antenna

A wideband magnetoelectric dipole antenna for 4G/5G communication

“…Various kinds of wideband ME dipole antennas have been developed state-of-the-art. [8][9][10][11][12][13][14][15][16][17][18] In general, two parts of the ME dipole antenna, that is, the primary radiation structures and the feed structure(s), can be modified to generate a wider bandwidth. In Li and colleagues, [8][9][10][11] the primary radiation parts are redesigned.…”

“…In Feng et al, 11 four deformed fan-shaped parasitic elements are designed at the bottom of the substrate, where 61.8% impedance bandwidth is realized. Different feed structures are designed and adopted in Li and colleagues [12][13][14][15][16][17] to achieve a broader bandwidth. In particular, a differential feed structure is designed to replace the Г feed structure.…”

“…Various kinds of wideband ME dipole antennas have been developed state‐of‐the‐art 8–18 . In general, two parts of the ME dipole antenna, that is, the primary radiation structures and the feed structure(s), can be modified to generate a wider bandwidth.…”

“…In Lai et al, 14 a dual open‐ended slots feeding structure is designed to excite the ME dipole antenna, where an impedance bandwidth of 53% is achieved. In Singh and Saavedra, 15 the coplanar waveguide‐to‐parallel‐strip‐line transition is utilized, and a bandwidth of 75.7% is realized finally. A modified Г‐shaped feed structure is adopted to achieve wide bandwidth of 81.1% in Yang et al 16 In Wang et al, 17 the direct‐feeding mechanism based on substrate‐integrated coaxial line structure is utilized to excite the ME dipole antenna and a bandwidth of 77% is achieved.…”