RF Circuit Design Techniques for Mf-UHF Applications (Hardcover)

Network Parameters in RF Circuit DesignIntroductionNetwork ParametersNetwork ConnectionsS-Scattering ParametersReferencesMF-UHF Inductor Design TechniquesIntroductionAir Core Inductor Design and ExamplesToroidal Inductor Design and ExamplesToroidal Inductor Characterization ProgramHigh-Power Inductor DesignPlanar Inductor Design and ExamplesMultilayer and Composite Inductor Design and ExamplesReferencesMF-UHF Transformer Design TechniquesIntroductionAutotransformer DesignTransmission Line TransformersHigh-Current Transmission Line TransformerArbitrary Turns Ratio Transmission Line TransformersTLT Design Using Series Configuration with Filars: n2:1 Impedance RatioAnalysis and Design of Balun Using TLTReferencesMF-UHF Combiner, Divider, and Phase Inverter Design TechniquesIntroductionAnalysis of Combiners and DividersAnalysis of Dividers with Different Source ImpedanceMicrostrip Implementation of Power Combiners/DividersMeasurement Setup for Combiner/Divider ResponseImplementation of Power Combiners/Dividers Using Transformer TechniquesAnalysis and Design of Phase Inverter Using TLTReferencesMF-UHF Directional Coupler Design TechniquesIntroductionMicrostrip Directional CouplersMultilayer Directional CouplersTransformer Directional CouplersReferencesMF-UHF Filter Design TechniquesIntroductionFilter Design ProcedureFilter Design by Insertion Loss MethodStepped Impedance Low-Pass FiltersStepped Impedance Resonator Bandpass FiltersReferencesMF-UHF RFID System Design TechniquesIntroductionBasic RFID System DesignRFID Microstrip Patch Antenna DesignRFID Microstrip Patch Antenna Design with EBGStructuresReferencesIndex