In this letter a new type of singlet is introduced, called stopband singlet. The new singlet is implemented in rectangular waveguide, exploiting TE301 as resonating mode and TE10 mode as nonresonating bypass coupling. Unlike the previously introduced singlets [which produce one transmission zero (TZ) and one reflection zero (RZ)], the stopband singlet generates one TZ alone (the RZ is pushed to infinity). The novel structure allows designing filters with resonating couplings introducing TZs very close to the passband (difficult to implement with other resonating waveguide discontinuities). A prototype two-pole filter with one TZ has been designed and fabricated to validate experimentally the novel singlet configuration
This paper presents a new cross-coupling structure for introducing transmission zeros in waveguide f...
In this work, a subclass of the singlet building block is defined. Termed the anglet, a waveguide ca...
This paper proposes a new configuration for designing bandpass filters (BPF) using multimode rectang...
In this letter a new type of singlet is introduced, called stopband singlet. The new singlet is impl...
In this work a novel resonant coupling structure in rectangular waveguide is introduced. The propose...
This paper introduces a new resonant coupling structure for inline rectangular waveguide filters. Th...
A novel type of E-plane S-shaped resonator loaded waveguide bandpass filter structure with enhanced ...
Abstract—A triple-passband, dual-stopband filter consisting of six cascaded singlets is introduced i...
In this article, we introduce a synthesis-based design approach for waveguide filters, including sin...
In this paper, a new inline configuration of rectangular waveguide filter is presented for source to...
The Anglet: A Novel Singlet Building Block Subclass and Alternatives for E-Plane Cross-Coupled Filte...
© 2017 IEEE. A variety of multiple-mode narrow-band bandpasss filer is designed, analyzed, and fabri...
The use of singlets, cascaded singlets, and doublets in a coaxial substrate integrated waveguide (SI...
In this paper, a new structure to implement inline waveguide pseudo-elliptic filters using folded-wa...
This paper presents a new cross-coupling structure for introducing transmission zeros in waveguide f...
In this work, a subclass of the singlet building block is defined. Termed the anglet, a waveguide ca...
This paper proposes a new configuration for designing bandpass filters (BPF) using multimode rectang...
In this letter a new type of singlet is introduced, called stopband singlet. The new singlet is impl...
In this work a novel resonant coupling structure in rectangular waveguide is introduced. The propose...
This paper introduces a new resonant coupling structure for inline rectangular waveguide filters. Th...
A novel type of E-plane S-shaped resonator loaded waveguide bandpass filter structure with enhanced ...
Abstract—A triple-passband, dual-stopband filter consisting of six cascaded singlets is introduced i...
In this article, we introduce a synthesis-based design approach for waveguide filters, including sin...
In this paper, a new inline configuration of rectangular waveguide filter is presented for source to...
The Anglet: A Novel Singlet Building Block Subclass and Alternatives for E-Plane Cross-Coupled Filte...
© 2017 IEEE. A variety of multiple-mode narrow-band bandpasss filer is designed, analyzed, and fabri...
The use of singlets, cascaded singlets, and doublets in a coaxial substrate integrated waveguide (SI...
In this paper, a new structure to implement inline waveguide pseudo-elliptic filters using folded-wa...
This paper presents a new cross-coupling structure for introducing transmission zeros in waveguide f...
In this work, a subclass of the singlet building block is defined. Termed the anglet, a waveguide ca...
This paper proposes a new configuration for designing bandpass filters (BPF) using multimode rectang...