Compact arrays such as multiple antennas on a mobile terminal suffer from low efficiency
and high correlation between antenna signals. In the present paper, a simple and rigorous …

This article presents a new decoupling and matching network (DMN) design for symmetric,
single-and dual-band two-element antenna arrays. The DMNs use parallel-line-based …

The mobile industry has experienced a dramatic growth; it evolves from analog to digital 2G
(GSM), then to high date rate cellular wireless communication such as 3G (WCDMA), and …

In most multiple-input multiple-output (MIMO) communication systems, antennas are spaced
at least half a wavelength apart to reduce mutual coupling. In this configuration, the …

The upcoming standards of wireless communications result in additional and more stringent
requirements for antennas in mobile phones. In this paper, we present a …

A tunable decoupling and matching network (DMN) for a two-element closely spaced
antenna array is presented. The DMN achieves perfect matching for the eigenmodes of the …

This letter presents an antenna system for mobile devices with an unbroken metal rim. By
utilizing the characteristic mode analysis for the unbroken metal rim, efficient multiple-input …

In radio-frequency systems that drive coupled dissipative loads, the matching network
between the amplifiers and their loads needs to account for the coupling. With N amplifiers …

Realising capacity demands of future wireless communications require improved spectral
efficiency in the sub‐6 GHz frequency bands. This study proposes a novel eight‐element …

The compactness of antenna arrays is highly restricted due to the mutual coupling between
the radiation elements, which degrades the performance of impedance matching, radiation …