Dieses maßgebliche Nachschlagewerk zu Experimenten und Messungen auf dem Gebiet der Mikrowellenschaltkreise deckt alle theoretischen und praktischen Aspekte des Designs von Wellenleitern und anderen Bauelementen der Mikrowellentechnik ab. Angewendet werden derartige Bauelemente beispielsweise in Mobiltelefonen, Satelliten, Navigationssystemen und Radaren. (8/98)
Dieses maßgebliche Nachschlagewerk zu Experimenten und Messungen auf dem Gebiet der Mikrowellenschaltkreise deckt alle theoretischen und praktischen Aspekte des Designs von Wellenleitern und anderen Bauelementen der Mikrowellentechnik ab. Angewendet werden derartige Bauelemente beispielsweise in Mobiltelefonen, Satelliten, Navigationssystemen und Radaren. (8/98)
Joseph Helszajn, PhD, is an international authority on non-reciprocal microwave circuits and devices. He has made a significant contribution to the characterization of the complex gyrator circuits and gain-bandwidth products of planar gyromagnetic resonators and other gyromagnetic devices. Professor Helszajn is a Fellow of the Institute of Electrical and Electronic Engineers, the City and Guilds Institute, the Royal Society of Edinburgh and the Royal Academy of Engineering. He previously authored thirteen books, nine of which were published by Wiley.
Inhaltsangabe
Architecture of Symmetrical Waveguide Junction Circulators. Scattering Matrix of m-Port Junction. Eigenvalue Adjustment of 3-Port Circulator. Impedance Matrix of Junction Circulator. The Post Gyromagnetic Resonator. Okada Resonator. Isotropic, Anisotropic and Gyromagnetic Circular Waveguides. Isotropic and Anisotropic Open Circular Waveguides. The Dielectric Cavity Resonator. The Gyromagnetic Cavity Resonator. Impedance in Rectangular, Ridge and Radial Waveguides. Junction Circulator Using Post Resonators. Complex Gyrator Circuit of a Waveguide Junction Circulator Using an Okada Resonator. Degree-1 and 2 Okada Circulators. An Evanescent Mode Okada Junction Circulator. Complex Gyrator Circuit of an H-Plane Junction Circulator Using E-Plane Turnstile Resonators. Complex Gyrator Circuit of an Evanescent-Mode E-Plane Junction Circulator Using H-Plane Turnstile Resonators. Waveguide Circulators Using Triangular and Prism Resonators. Synthesis of Quarter-Wave Coupled Junction Circulators with Degrees 1 and 2 Complex Gyrator Circuits. The 4-Port Single Junction Waveguide Circulator. Microwave Switching Using Junction Circulators. Insertion Loss of Waveguide Circulators. Synthesis of Stepped Impedance Transducers. Experimental Evaluation of Junction Circulators. Circulator Specifications. Gyromagnetic Effect in Magnetic Insulator. Index.
Architecture of Symmetrical Waveguide Junction Circulators. Scattering Matrix of m-Port Junction. Eigenvalue Adjustment of 3-Port Circulator. Impedance Matrix of Junction Circulator. The Post Gyromagnetic Resonator. Okada Resonator. Isotropic, Anisotropic and Gyromagnetic Circular Waveguides. Isotropic and Anisotropic Open Circular Waveguides. The Dielectric Cavity Resonator. The Gyromagnetic Cavity Resonator. Impedance in Rectangular, Ridge and Radial Waveguides. Junction Circulator Using Post Resonators. Complex Gyrator Circuit of a Waveguide Junction Circulator Using an Okada Resonator. Degree-1 and 2 Okada Circulators. An Evanescent Mode Okada Junction Circulator. Complex Gyrator Circuit of an H-Plane Junction Circulator Using E-Plane Turnstile Resonators. Complex Gyrator Circuit of an Evanescent-Mode E-Plane Junction Circulator Using H-Plane Turnstile Resonators. Waveguide Circulators Using Triangular and Prism Resonators. Synthesis of Quarter-Wave Coupled Junction Circulators with Degrees 1 and 2 Complex Gyrator Circuits. The 4-Port Single Junction Waveguide Circulator. Microwave Switching Using Junction Circulators. Insertion Loss of Waveguide Circulators. Synthesis of Stepped Impedance Transducers. Experimental Evaluation of Junction Circulators. Circulator Specifications. Gyromagnetic Effect in Magnetic Insulator. Index.
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