Advanced Design Techniques and Realizations of Microwave and RF Filters

Name: Advanced Design Techniques and Realizations of Microwave and RF Filters
Price: 135.29 USD
Availability: InStock
ISBN: 9780470183106

ISBN-10: 0470183101

ISBN-13: 9780470183106

Edition: 2008

Authors: Pierre Jarry, Jacques Beneat

List price: $175.95

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Description:

This book provides readers with the knowledge and skills to design and realize microwave and RF filters, as well as the numerous approaches for solving the filter design problem. Each chapter concerning the design of a microwave filter starts with a characterization of the elements in the microwave structure and choices and assumptions leading to each design technique are explained in some detail. This approach gives readers a better understanding of how the design technique came about, so that they will be able to propose modifications to suite their own needs.

Book details

List price: $175.95
Copyright year: 2008
Publisher: John Wiley & Sons, Incorporated
Publication date: 7/8/2008
Binding: Hardcover
Pages: 376
Size: 6.40" wide x 9.55" long x 0.91" tall
Weight: 1.386



Foreword


Preface



Microwave Filter Fundamentals



Scattering Parameters and ABCD Matrices



Introduction



Scattering Matrix of a Two-Port System



Definitions



Computing the S Parameters



S-Parameter Properties



ABCD Matrix of a Two-Port System



ABCD Matrix of Basic Elements



Cascade and Multiplication Property



Input Impedence of a Loaded Two-Port



Impedance and Admittance Inverters



ABCD-Parameter Properties



Conversion from Formulation S to ABCD and ABCD to S



Bisection Theorem for Symmetrical Networks



Conclusions


References



Approximations and Synthesis



Introduction



Ideal Low-Pass Filtering Characteristics



Functions Approximating the Ideal Low-Pass Magnitude Response



Butterworth Function



Chebyshev Function



Elliptic Function



Generalized Chebyshev (Pseudoelliptic) Function



Functions Approximating the Ideal Low-Pass Phase Response



Bessel Function



Rhodes Equidistant Linear-Phase Function



Low-Pass Lumped Ladder Prototypes



General Synthesis Technique



Normalized Low-Pass Ladders



Impedance and Frequency Scaling



Impedance Scaling



Frequency Scaling



LC Filter Example



Impedance and Admittance Inverter Ladders



Low-Pass Prototypes



Scaling Flexibility



Bandpass Ladders



Filter Examples



Conclusions


References



Waveguides and Transmission Lines



Introduction



Rectangular Waveguides and Cavities



Rectangular Waveguides



Rectangular Cavities



Circular Waveguides and Cavities



Circular Waveguides



Cylindrical Cavities



Evanescent Modes



Planar Transmission Lines



Distributed Circuits



Conclusions


References



Categorization of Microwave Filters



Introduction



Minimum-Phase Microwave Filters



General Design Steps



Minimum-Phase Filter Examples



Non-Minimum-Phase Symmetrical Response Microwave Filters



General Design Steps



Non-Minimum-Phase Symmetrical Response Filter Examples



Microwave Linear-Phase Filters



Non-Minimum-Phase Asymmetrical Response Microwave Filters



General Design Steps



Non-Minimum-Phase Asymmetrical Response Filter Examples



Multimode Microwave Filters by Optimization



Conclusions


References



Minimum-Phase Filters



Capacitive-Gap Filters for Millimeter Waves



Introduction



Capacitive-Gap Filters



Capacitive-Gap Filter Structure



Design Procedures



Step-by-Step Design Example



Filter Realizations



Extension to Millimeter Waves



Millimeter-Wave Technology



Fifth-Order Chebyshev Capacitive-Gap Filter at 35 GHz



Electromagnetic Characterization of SSS



Conclusions


References



Evanescent-Mode Waveguide Filters with Dielectric Inserts



Introduction



Evanescent-Mode Waveguide Filters



Scattering and ABCD Descriptions of the Structure



Equivalent Circuit of the Structure



Filter Design Procedure



Design Examples and Realizations



Folded Evanescent-Mode Waveguide Filters



Scattering and ABCD Descriptions of the Additional Elements



Filter Design Procedure



Design Examples and Realizations



Conclusions


References



Interdigital Filters



Introduction



Interdigital Filters



Design Method



Prototype Circuit



Equivalent Circuit



Input and Output



Case of Narrowband Filters



Frequency Transformation



Physical Parameters of the Interdigital Filter



Design Examples



Wideband Example



Narrowband Example



Realizations and Measured Performance



Conclusions


References



Combline Filters Implemented in SSS



Introduction



Combline Filters



Design Method



Prototype Circuit



Equivalent Circuit



Input and Output



Feasibility



Physical Parameters of the Combline Structure



Design Example



Realizations and Measured Performance



Conclusions


References



Non-Minimum-Phase Symmetrical Response Filters



Generalized Interdigital Filters with Conditions on Amplitude and Phase



Introduction



Generalized Interdigital Filter



Simultaneous Amplitude and Phase Functions



Minimum-Phase Functions with Linear Phase



Non-Minimum-Phase Functions with Simultaneous Conditions on the Amplitude and Phase



Synthesis of Non-Minimum-Phase Functions with Simultaneous Conditions on the Amplitude and Phase



Design Method



Even-Mode Equivalent Circuit



Frequency Transformation



Physical Parameters of the Interdigital Structure



Design Example



Realizations and Measured Performance



Conclusions


References



Temperature-Stable Narrowband Monomode TE[subscript 011] Linear-Phase Filters



Introduction



TE[subscript 011] Filters



Low-Pass Prototype



Amplitude



Delay



Synthesis of the Low-Pass Prototype



Design Method



Matching the Coupling



Selecting the Cavities



Defining the Coupling



Design Example



Realizations and Measured Performance



Amplitude and Phase Performance



Temperature Performance



Conclusions


References



Non-minimum-Phase Asymmetrical Response Filters



Asymmetrical Capacitive-Gap Coupled Line Filters



Introduction



Capacitive-Gap Coupled Line Filters



Synthesis of Low-Pass Asymmetrical Generalized Chebyshev Filters



In-Line Network



Analysis of the In-Line Network



Synthesis of the In-Line Network



Frequency Transformation



Design Method



Design Example



Realization of the CGCL Filter



Conclusions


References



Asymmetrical Dual-Mode TE[subscript 102]/TE[subscript 301] Thick Iris Rectangular In-Line Waveguide Filters with Transmission Zeros



Introduction



TE[subscript 102]/TE[subscript 301] Filters



Synthesis of Low-Pass Asymmetrical Generalized Chebyshev Filters



Fundamental Element



Analysis of the In-Line Network



Synthesis by Simple Extraction Techniques



Frequency Transformation



Design Method



Equivalent Circuit of Monomode and Bimode Cavities



Optimization Approach



Design Example



Realizations and Measured Performance



Third-Order Filter with One Transmission Zero



Fourth-Order Filter with Two Transmission Zeros



Conclusions


References



Asymmetrical Cylindrical Dual-Mode Waveguide Filters with Transmission Zeros



Introduction



Dual-Mode Cylindrical Waveguide Filters



Synthesis of Low-Pass Asymmetrical Generalized Chebyshev Filters



Synthesis From a Cross-Coupled Prototype



Extracting the Elements from the Chain Matrix



Coupling Graph and Frequency Transformation



Design Method



Rotation Matrix



Cruciform Iris



Physical Parameters of the Irises



Realizations and Measured Performance



Fourth-Order Filter with One Transmission Zero on the Left



Fourth-Order Filter with Two Ransmission Zeros on the Right



Sixth-Order Filter with One Transmission Zero on the Right



Conclusions


References



Asymmetrical Multimode Rectangular Building Block Filters Using Genetic Optimization



Introduction



Multimode Rectangular Waveguide Filters



Optimization-Based Design



Genetic Algorithm



Example



Realizations



Fourth-Order Filter with Two Transmission Zeros



Seventh-Order Filter with Four Transmission Zeros



Extension to a Tenth-Order Filter with Six Transmission Zeros



Conclusions


References



Lossless Systems



Redundant Elements



Modal Analysis of Waveguide Step Discontinuities



Trisections with Unity Inverters on the Inside or on the Outside



Reference Fields and Scattering Matrices for Multimodal Rectangular Waveguide Filters


Index