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Design of Impedence-Matching Networks

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Peter L.D. Abrie

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Artech House

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Incorporating computer-aided design techniques, The Design of Impendance-Matching Networks will give you - practicing engineers and electrical engineering students - a full review of everything you need to design better and more efficient impedance-matching networks. A special feature of the book is the introduction of information on wideband microwave amplifiers.
The Design of Impedance-Matching Networks gives you practical and conceptual information for the design of realizable circuits, thoroughly explaining a variety of complicated networks. The easy reading text is supplemented with examples and representative problems. Beginning with an analysis of radio-frequency and microwave circuits with single-frequency parameters, the text gives particular attention to the design of air-cored solenoid inductors with specified Q-factors and resonant frequencies. An in-depth series of diagrams illustrate the design of narrowband, lumped, loss-less impendance-matching networks, including simple procedures for calculating the insertion loss and bandwidth of any cascaded match network.

Design of Impedeance-Matching Networks features:

a detailed analysis of the characteristics and design of transformers including magnetically coupled transformers, practical transformers, wideband and narrowband transformers, singled-tuned and double-tuned transformers, and transmission line transformers for wideband radio-frequency applications
solutions for efficient designs of wideband impedance-matching networks between arbitrary load and source impedances to approximate any specified transducer power-gain versus frequency resonse
a review of the different types of microwave capacitors and inductors
techqniques for designing radio-frequency and microwave amplifiers, and the theory behind establishing desired impedance specifications
an in-depth discussion of the design of single-ended single-stage, multistage, reflection, power, and balanced amplifiers.
Contents: Network Characterization and Analysis with Y-, Z-, T-, and S-Parameters. Radio-Frequency Components. Narrowband Impedance-Matching with LC Networks. Coupled Coils and Transformers. Transmission Line Transformers. Wideband LC and RLC Impedance-Matching Networks. Microwave Lumped Elements, Distributed Equivalents and the Parasitics Associated with Microstrip Transmission Lines. The Design of Radio-Frequency and Microwave Amplifiers. References and Appendix.

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