RF Passive Network Design and Synthesis for Mobile Communications, Volume 1 - Peter Wright

. .

Biographie:
Dr. Peter V. Wright is an accomplished RF engineer with over 40 years of experience in microwave and acoustic system design. A graduate of Cambridge University, he earned his Ph.D. from MIT, where he pioneered coupling-of-modes theory for SAW devices. His career spans leading roles at Lincoln Laboratory, RF Monolithics, Schlumberger, Thomson Microsonics, and Qorvo, where he developed innovative architectures for RF components and power amplifier modules. Holder of nearly 50 patents, he now resides in Portugal, writing fiction and continuing his passion for design and technology....

Sommaire:
RF Passive Network Design and Synthesis for Mobile Communications, Volume 1, provides a comprehensive design reference for microwave and RF engineers, bridging a critical gap in the literature with detailed, closed-form analytic design equations for passive network components used in mobile RF front-end design. Distilling decades of experience from RF veteran Peter Wright, this guide focuses on real-world applicability, emphasizes intuitive design tradeoffs and powerful parametric modeling techniques. These methods allow engineers to explore innovative architectures and optimize performance before investing time in complex EM simulation. Gain an understanding of unique network topologies, with unmatched detail in evaluating high-performance RF components such as couplers, combiners, splitters, and passive matching networks. Leveraging widely accessible tools like Excel, its analytic approach enables fast iteration and provides deep insight into the behavior of RF circuits. With over 650 illustrations, 750 equations, and extensive practical commentary, the book teaches how to model parasitics, design efficient lumped-element networks, and synthesize components that meet demanding performance targets across real-world operating conditions....