The design of dual-band filtering power divider based on dual-mode dielectric resonator
(DR) is investigated. The external quality factors () of two modes can be controlled …

Directly coupling antennas to filters can remove the transition loss between the two and
reduce the size of radio frequency front ends. Circularly polarized (CP) patch antennas with …

This paper presents a novel and simple design approach of multiport power divider with
arbitrary power splitting ratio as well as filtering response. The relationship between the …

One kind of miniaturized filtering power divider (FPD) with a new topology is proposed. For
previously published FPDs, the isolation resistors were usually added with additional …

This brief presents a novel design of the lumped-element chip-type wideband filtering power
divider (WFPD) using the low-temperature cofired ceramic (LTCC) technology. Firstly, the …

This paper presents a fusion design approach of multiport (1-to-N) in-phase/antiphase
power dividing network with a bandpass response, which can be applied in constructing …

Four novel architectures of wideband five-port single-ended-to-balanced power dividers with
broadband common-mode suppression are proposed in this paper. The bandpass filtering …

A new design of filtering power divider (FPD) with a pair of highly isolated out-of-phase
outputs is presented. By combining the conventional slotline-microstrip transition with …

In this article, novel packaged wideband highly selective filtering power dividers (FPDs) with
arbitrary phase shifts and power dividing ratios using multilayer stacked stripline are …

A new power divider is proposed with a compact size. In 50-Ω systems, impedance
transformation is of great importance for power dividers. Coupled microstrip lines with …