Abstract—A compact microstrip bandpass filter using miniaturized hairpin resonators is presented in this letter. Two modified stepped impedance hairpin resonators connected by parallel coupling are designed for the bandpass filter. The proposed miniaturized hairpin resonator is composed of a microstrip line and rectangular ring structures between parallel high impedance lines. A big capacitance in the hairpin resonator is provided by the gaps of rectangular ring structures in the parallel high impedance lines. Therefore, the proposed bandpass filter using the hairpin resonators has a low insertion loss, low return loss and compact size. The proposed bandpass filter with a center frequency of 4.96GHz is designed with EM full wave simulator I...
This paper describes the design, simulation/optimization and measured results of a fourth-order mult...
Bandpass filters are essential components in any wireless systems. They are designed for selecting d...
In this paper, we present a new class of miniaturized microstrip bandpass filters with low-insertion...
A compact coupled-line hairpin resonator is proposed and analyzed for designing a novel bandpass fil...
Compact microwave hairpin band pass filter using half-wavelength folded resonator as a method to min...
A new design consideration is explored for a hair-pin resonator. A grounding via at the mid-point of...
This paper presents a new design of miniaturized wideband bandpass filter using microstrip hairpin i...
Electromagnetic spectrum is becoming increasingly congested due to the rapid development of wireless...
A compact hairpin line bandpass filter is presented with two different defected ground structures (D...
A conventional hairpin-line resonator size is normally very large. The folded hairpin line resonator...
A novel compact microstrip resonator based on interdigital structure is proposed. The resonator has ...
This thesis presents Design, Measurement and analysis for size reduction of the Coupled line micro s...
In this article, a miniaturized hairpin resonator has been presented to introduce the high selectivi...
AbstractThis paper presents the resonator bandpass filter design using the proposed stepped-impedanc...
The aim of this paper is to produce and develop a new four-pole microstrip bandpass filter (BPF) str...
This paper describes the design, simulation/optimization and measured results of a fourth-order mult...
Bandpass filters are essential components in any wireless systems. They are designed for selecting d...
In this paper, we present a new class of miniaturized microstrip bandpass filters with low-insertion...
A compact coupled-line hairpin resonator is proposed and analyzed for designing a novel bandpass fil...
Compact microwave hairpin band pass filter using half-wavelength folded resonator as a method to min...
A new design consideration is explored for a hair-pin resonator. A grounding via at the mid-point of...
This paper presents a new design of miniaturized wideband bandpass filter using microstrip hairpin i...
Electromagnetic spectrum is becoming increasingly congested due to the rapid development of wireless...
A compact hairpin line bandpass filter is presented with two different defected ground structures (D...
A conventional hairpin-line resonator size is normally very large. The folded hairpin line resonator...
A novel compact microstrip resonator based on interdigital structure is proposed. The resonator has ...
This thesis presents Design, Measurement and analysis for size reduction of the Coupled line micro s...
In this article, a miniaturized hairpin resonator has been presented to introduce the high selectivi...
AbstractThis paper presents the resonator bandpass filter design using the proposed stepped-impedanc...
The aim of this paper is to produce and develop a new four-pole microstrip bandpass filter (BPF) str...
This paper describes the design, simulation/optimization and measured results of a fourth-order mult...
Bandpass filters are essential components in any wireless systems. They are designed for selecting d...
In this paper, we present a new class of miniaturized microstrip bandpass filters with low-insertion...