This paper presents a new implementation technique of transmission zeros in an in-line coupled filter. Neither cross couplings between non-adjacent resonators nor separate side-line resonators have been used. Instead a mixture of single-mode hairpin resonators and dual-mode patch resonators have been adopted in a bandpass filter with one asymmetric transmission zero. The introduction of the patch led to an improved frequency selectivity through an independently controllable transmission zero. This approach has been verified by a three-pole filter at 2.6 GHz with 8% bandwidth and a transmission zero at 2.4 GHz. Good agreement has been shown between the measurements and the simulation
This paper presents an original Asymmetric Stepped-Impedance Resonator (ASIR) filter combined with m...
This article shows the possibility in principle to design stripline comb filters with alternating si...
This paper describes a number of broadside-coupled microstrip structures and their use for the imple...
Design techniques for microwave bandpass filters using re-entrant resonators are presented. The key ...
Bandpass filters are essential components in any wireless systems. They are designed for selecting d...
This paper presents an analytical technique for the study of transmission zeros, which appeared clos...
This paper presents a reconfigurable bandpass filter with an extracted pole section in the Ku-band. ...
A compact coupled-line hairpin resonator is proposed and analyzed for designing a novel bandpass fil...
Using cross-coupled networks of a new concept, transmission zeros were efficiently located in the co...
This work represents a microstrip hairpin resonator-based bandpass filter for Wireless Local Area Ne...
This letter presents a practical solution to realize finite frequency transmission zeros with indepe...
© 2001-2012 IEEE. A novel but very simple bandpass filter using just three pairs of coupled lines wi...
Bandpass filters require elements that behave as series or parallel resonant circuits. In this paper...
This paper presents an inter-connected side-shorted coupled-line resonator topology as a base cell. ...
[EN] The objective of this paper is to demonstrate how inline combline filters can be designed to im...
This paper presents an original Asymmetric Stepped-Impedance Resonator (ASIR) filter combined with m...
This article shows the possibility in principle to design stripline comb filters with alternating si...
This paper describes a number of broadside-coupled microstrip structures and their use for the imple...
Design techniques for microwave bandpass filters using re-entrant resonators are presented. The key ...
Bandpass filters are essential components in any wireless systems. They are designed for selecting d...
This paper presents an analytical technique for the study of transmission zeros, which appeared clos...
This paper presents a reconfigurable bandpass filter with an extracted pole section in the Ku-band. ...
A compact coupled-line hairpin resonator is proposed and analyzed for designing a novel bandpass fil...
Using cross-coupled networks of a new concept, transmission zeros were efficiently located in the co...
This work represents a microstrip hairpin resonator-based bandpass filter for Wireless Local Area Ne...
This letter presents a practical solution to realize finite frequency transmission zeros with indepe...
© 2001-2012 IEEE. A novel but very simple bandpass filter using just three pairs of coupled lines wi...
Bandpass filters require elements that behave as series or parallel resonant circuits. In this paper...
This paper presents an inter-connected side-shorted coupled-line resonator topology as a base cell. ...
[EN] The objective of this paper is to demonstrate how inline combline filters can be designed to im...
This paper presents an original Asymmetric Stepped-Impedance Resonator (ASIR) filter combined with m...
This article shows the possibility in principle to design stripline comb filters with alternating si...
This paper describes a number of broadside-coupled microstrip structures and their use for the imple...