In this letter, a compact dual‐band bandpass filter (BPF) is designed, analyzed, and
fabricated. A loop resonator loaded by two modified T‐shaped resonators, double T‐shaped …

This paper presents the design of a Bandpass filter (BPF) using chained even and odd
mode admittance polynomials for 5G sub-6 GHz C-band applications. The filter will offer a …

In this article, a novel very compact DGS lowpass filter (LPF) and reconfigurable bandpass
filter are proposed. The designed filter consists of one T‐DGS resonator, which is excited by …

This paper presents the design of multi-band filters using parallel connected topology. The
resonator in each branch is the dual-mode resonator which provides two resonant modes …

In this paper, a mathematical model based on artificial neural network (ANN) is used to
design, fabricate and measure a quad-channel microstrip multiplexer. Multi-layer perceptron …

This article presents a new method for designing a dual‐band bandpass filter at microwave
frequency with improvement on filter characteristics like bandwidth, in band insertion loss …

The design of compact parallel-connected chained function filters is presented in this paper.
The proposed filters will offer reduced sensitivity to manufacturing tolerance within the …

In this paper, based on a new stub-loaded open loop resonator, a compact microstrip dual-
band bandpass filter is presented. The proposed filter is designed using two stub-loaded …

A novel approach to implement a compact dual band BPF and an efficient technique to
conjoin the two bands into a single wide band (three transmission poles) is presented in this …

This review paper provides a comprehensive overview of microstrip passive components for
energy harvesting and 5G applications. The paper covers the structure, fabrication and …