A frequency transformation based real frequency design approach for dual-band matching
Binboğa Yarman, Bekir Sıddık
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This work describes a real frequency design approach for dual-band matching networks. The proposed design technique employs a direct low-pass to dual pass band frequency transformation in the scattering based real frequency design of transformer free double band matching filters. For prescribed matching pass-bands, the parameters of dual-band frequency transformation are also iterated to enhance the matching band control in the nonlinear optimization process. A dual band matching network design example is presented to illustrate the application of the design approach.
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Köprü, Ramazan; Atilla, Doǧu Çaǧdaş; Aydın, Çaǧatay; Kılınç, Sedat; Yarman, Bekir Sıddık Binboğa (IEEE, 2016)Design of a wideband cascaded unit element microstrip bandpass filter (UEBPF) operating along the whole X-band (8-12 GHz) is presented with satisfactory agreement between theoretical and measurement results. Simplified ...
Real frequency design of multiband matching networks with mixed lumped-distributed elements and foster resonance sections Yıldız, Serkan; Aksen, Ahmet; Binboğa Yarman, Sıddık (IEEE, 2018)In this study, a multiband matching network design technique is presented. Mixed lumped and distributed elements are used to form Transducer Power Gain (TPG) of the matching network. Finite frequency transmission zeros are ...
FSRFT - Fast simplified real frequency technique via selective target data approach for broadband double matching Köprü, Ramazan (IEEE, 2017-02)This brief introduces a broadband double-matching (DM) solver called fast simplified real frequency technique (FSRFT). FSRFT is essentially a greatly accelerated variant of the well-known classical simplified real frequency ...