Tunable Evanescent-Mode Filters: Principles, Implementation, and Applications

＂Divided into three parts (physics, implementation, applications) this book is one of the most recent in its field, covering the important fundamentals and applications in tunable evanescent-mode filters. The first part introduced to us the physics, providing background information such as filter anatomy, coupling matrix and routing diagrams, evanescent-mode resonators, and more. The second part provides us with implementation, describing printed circuit board, silicon microfabrication, and injection molding, providing the structure for each sub-topic. Finally, the last part covers applications and discusses a broad range of topics including absorptive bandstop filters, bandwidth and passband control, high-order and fractional-order evanescent-mode filters, and advanced evanescent-mode filter structures.＂-- Provided by publisher.

Dimitrios Peroulis is the Senior Vice President for Purdue University Online and the Reilly Professor of Electrical and Computer Engineering at Purdue University, USA. He is an IEEE and IET Fellow and has co-authored over 450 journal and conference papers. Mohammad Abu Khater was a research scientist at Purdue University working on adaptive RF front-ends and their applications. Currently, he is the founder and CEO of Philowave.