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Kinayman N., Aksun M.I. Modern Microwave Circuits

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Kinayman N., Aksun M.I. Modern Microwave Circuits
Artech House, 2005. — 624 p. — ISBN-10: 1580537251. — ISBN-13: 978-1844073832.
This is the professional microwave engineer's one-stop reference on microstrip technology. This comprehensive book presents all the practical details on microstrip circuit design and simulation that engineers need for their work in the field. It also offers practitioners a sound understanding of essential microwave network theory. Engineers learn how to build microwave circuits and, for the first time, find a clear explanation of how to build these circuits into a network. The book comprehensively catalogs and explains such simulation techniques as model extraction, network synthesis, and computer-based performance simulation. CD-ROM Included! Contains MathCAD scripts that practitioners can use to run all the essential formulas used in microstrip circuit design.
Microwave Network Theory.
Review of Electromagnetic Theory.
Plane Electromagnetic Waves.
Transmission Lines.
Circuit Parameters.
Circuit Parameters of Various Simple Networks.
Equivalent Circuit of a Short Transmission Line.
Signal Flowgraphs.
Power Gain.
The Smith Chart.
Impedance Matching.
Network Analyzers.
Calibration of Network Analyzers.
Lumped Resonator Circuits.
Transmission Line Resonators.
Tapped Transmission Line Resonators.
Synthesis of Matching Networks References
Microwave Printed Circuits.
History of Microwave Printed Circuits.
Microstrip Lines.
Coplanar Waveguides.
Microstrip Discontinuities.
Substrates for Microwave Printed Circuits.
Manufacturing Techniques for Printed Circuits.
Measurement of Substrate Materials.
Full-Wave Analysis of Printed Circuits.
Review of Analysis Techniques for Printed Circuits.
General Review of Green’s Functions.
Point Sources and Their Spectral Representations.
Analysis of Planar Multilayer Media.
Application of MoM to Printed Circuits.
Microstrip Patch Antennas.
Design of Microstrip Patch Antennas.
Analysis Techniques for Patch Antennas.
Proximity-Coupled Microstrip Patch Antennas.
Aperture-Coupled Microstrip Patch Antennas.
Stacked Microstrip Patch Antennas.
Microstrip Patch Antennas with Parasitic Elements.
Inset-Fed Microstrip Patch Antennas.
Circularly Polarized Microstrip Patch Antennas.
Coupling Between Microstrip Patch Antennas.
Microstrip Coupled Lines.
Analysis of Coupled TEM Lines.
Analysis of Asymmetrical Coupled TEM Lines.
The MTL Formulation.
Z-Parameters of Coupled-Line Sections.
Coupled Microstrip Lines.
Coupled Striplines.
Wide-Bandwidth Directional Couplers.
Hybrid Couplers.
Microstrip Filters.
Basic Filter Theory.
Richard’s Transformation.
Stepped-Impedance Microstrip Filters.
Coupled-Line Microstrip Filters.
Bandstop Filters.
Filter Design by Coupling.
Interdigital Filters.
Hairpin Filters.
Cross-Coupled Filters.
Cascade Quadruplets and Triplets.
Filter Synthesis by Optimization.
DC-Block Circuits.
Microwave Lumped Elements.
Basic Lumped Elements.
Model Extraction of Lumped Elements.
Scalable Models of Lumped Elements.
Dimensional Analysis.
About the Authors.
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