K Sumathi, S Lavadiya, PZ Yin, J Parmar, SK Patel - Wireless Networks, 2021 - Springer
We present a metamaterial superstrate based microstrip patch antenna with PIN diode switches applicable for wireless network applications. Metamaterials in the form of square …
The paper presents a multiband frequency reconfigurable microstrip patch antenna structure loaded by copper-based and water liquid-based superstrate resonators. The frequency …
The simple technique for achieving frequency reconfigurability is proposed using a single PIN diode. Biasing complexity is minimized by attaching the PIN diode at the top of the …
The manuscript represents a novel square tooth-enabled superstrate metamaterial loaded microstrip patch antenna for the multiple frequency band operation. The proposed tooth …
Herein, a new method for minimizing mutual coupling of an antenna array with confined water is proposed. In multiantenna systems, mutual coupling reduction is needed to sustain …
In this paper, a rectangular monopole antenna engraved with a complementary split-ring resonator is proposed for dual-band operation. The proposed antenna is fabricated on an …
We propose a reconfigurable design of a metamaterial‐inspired microstrip patch antenna, capable of tuning the frequency spectrum and beam radiation. The metamaterial component …
The manuscript represents a novel superstrate metamaterial loaded microstrip patch antenna to achieve multiband frequency reconfigurability. The performance is observed for …
The manuscript presents a novel, simple, inexpensive, electrically small antenna. The design is numerically investigated and analyzed using the HFSS tool. The manufacturing is …