A novel compact coupling-fed antenna with a quasi-elliptic filtering response for 5G-N78
band applications is developed. The proposed antenna achieves excellent filtering …

A simple approach for radiation pattern reshaping of the third mode of dipole and slot
antennas is proposed. Short parasitic strips or slots are added to both sides of the dipole or …

This article proposes a novel, simple design scheme for filtering dipole antennas using
asymmetric parasitic elements. Traditionally, filtering dipole antenna uses a parasitic …

A compact filtering dipole antenna that requires no extra circuits is investigated. It consists of
two folded arms and one additional extended arm, which are all printed on a single-layer …

A dipole antenna with ultrawideband harmonic suppression is proposed in this
communication using multipoint feeding and stub-loaded technology. Two stubs are loaded …

In this work, a novel design concept of microstrip filtering array antennas is proposed and
verified. In this concept, the radiation and filtering performance of the array will be first …

The fifth generation (5G) mobile communication systems employ technologies such as
massive MIMO, millimeter-wave (mmWave), and ultra-dense networks to support higher …

This letter proposes a novel dual-band wideband dipole antenna with loaded folded stripes,
which is designed in terms of the resonant modal theory (RMT). The proposed dipole with …

The present study proposes a dipole filtering antenna with wide-band characteristics for
communication. The filtering is achieved by employing parasitic elements and wide-band …

In this letter, a novel filtering patch antenna with wide bandwidth is proposed. Firstly, a short-
circuited SIR feedline is used to to introduce a new resonant frequency point and generate a …