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Advanced Design Techniques and Realizations of Microwave and RF Filters
John Wiley and Sons Ltd, Aug 2008, Pages: 354
Understand the fundamentals of designing and realizing microwave and RF filters with the information in Advanced Design Techniques and Realizations of Microwave and RF Filters. Beginning with a brief review of scattering and chain matrices, filter approximations and synthesis, waveguides and transmission lines, and fundamental electromagnetic equations, this book covers design techniques for microwave and RF filters operating across a frequency range from 1 GHz to 35 GHz. Design techniques are explained in some detail, giving you a better understanding of how the technique originated, so that you can propose modifications to suit your needs.
The objective of this book is to provide the readers with the knowledge and skills to design and realize microwave and RF filters, as well as to provide them with numerous approaches for solving the filter design problem. The book is based on the work of Prof. Jarry and his group of PhD researchers for the leading French and European Space and Telecommunication agencies over the past 30 years.
Each chapter concerning the design of a microwave filter starts with a characterization of the elements in the microwave structure. This should provide the readers with sufficient information so that the structure can be simulated. The choices and assumptions leading to each design technique are explained in some detail. This lets the readers know how the design technique came about, so that they will be able to propose modifications to suite their own needs. Each design chapter will add to the 'bag of tricks' that the reader could then use for his/her own structure and design. Each chapter then summarizes the design steps and provides several design examples and realizations for RF/microwave engineers willing to apply directly the results of this book. These realizations show the suitability of the design method as well as provide practical information regarding the actual performance of the filters and difficulties encountered during construction. Finally, to improve the flow of the presentation, tedious electromagnetic treatment and related computer algorithms are left to appendices. However, the appendices are carefully chosen so that they must also illustrate a general technique (e.g., modal analysis method for step discontinuities) to avoid the proliferation of appendices.
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