In this paper, the miniaturized microstrip diplexer has been designed for dual channels based on FR4 substrate material. It consists of two bandpass filters (BPFs) functioning under dissimilar frequency bands coupled with a unified junction. Every BPF has been created by a meandered line resonator, step impedance resonator, uniform impedance resonator, and input/output feed lines. The AWR electromagnetic simulator has been used for characterizing the frequency responses of the projected diplexer. Noble scattering parameter results with narrow band responses and negative group delay values are obtained for the proposed diplexer. The microstrip diplexer has an interesting band isolation between the two filters around 31 dB. The device has bee...
This paper presents a design of modified stepped impedance resonator band-pass filter. Based on this...
A microwave diplexer achieved by coupling a dual-band bandpass filter onto two single-bands (transmi...
4th IASTED International Conference on Circuits, Signals, and Systems -- NOV 20-22, 2006 -- San Fran...
Miniaturised microstrip diplexer and bandpass filters using single ring resonators with good transmi...
The radiofrequency microstrip diplexers are widely demanded nowadays by modern wireless communicatio...
The diplexer is a dual-filter circuit with three ports that may share an antenna across two differen...
Abstract- there is a growing need of microwave systems to meet the emerging communication challenges...
In this paper, a highly efficient design for microstrip diplexer employing a new configuration of du...
In this work, a novel structure of a microstrip diplexer consisting of coupled patch cells is presen...
A highly miniaturized microstrip diplexer composed of pseudointerdigital quasi-elliptical bandpass f...
A novel four-port microstrip diplexer for RF interference rejection is presented in this paper by co...
A conventional diplexer is made up of two channel filters which are connected to a transmission-line...
International audienceIn this paper, a compact diplexer based on coupled stepped impedance resonator...
This paper presents a wideband microstrip diplexer with adjacent channels based on an all-resonator ...
This paper presents a compact microstrip three-port 4-channel multiplexer using dual-band bandpass f...
This paper presents a design of modified stepped impedance resonator band-pass filter. Based on this...
A microwave diplexer achieved by coupling a dual-band bandpass filter onto two single-bands (transmi...
4th IASTED International Conference on Circuits, Signals, and Systems -- NOV 20-22, 2006 -- San Fran...
Miniaturised microstrip diplexer and bandpass filters using single ring resonators with good transmi...
The radiofrequency microstrip diplexers are widely demanded nowadays by modern wireless communicatio...
The diplexer is a dual-filter circuit with three ports that may share an antenna across two differen...
Abstract- there is a growing need of microwave systems to meet the emerging communication challenges...
In this paper, a highly efficient design for microstrip diplexer employing a new configuration of du...
In this work, a novel structure of a microstrip diplexer consisting of coupled patch cells is presen...
A highly miniaturized microstrip diplexer composed of pseudointerdigital quasi-elliptical bandpass f...
A novel four-port microstrip diplexer for RF interference rejection is presented in this paper by co...
A conventional diplexer is made up of two channel filters which are connected to a transmission-line...
International audienceIn this paper, a compact diplexer based on coupled stepped impedance resonator...
This paper presents a wideband microstrip diplexer with adjacent channels based on an all-resonator ...
This paper presents a compact microstrip three-port 4-channel multiplexer using dual-band bandpass f...
This paper presents a design of modified stepped impedance resonator band-pass filter. Based on this...
A microwave diplexer achieved by coupling a dual-band bandpass filter onto two single-bands (transmi...
4th IASTED International Conference on Circuits, Signals, and Systems -- NOV 20-22, 2006 -- San Fran...