Microwave and RF Design - A Systems Approach

Plain and simple, this book is the result of years of work, including the publication of a beta version so we could make sure the final product is the very best textbook available. Just as an example, the beta version was 670 pages, and comments from reviewers like you have resulted in a 1,000 page powerhouse. Written by Michael Steer, Lampe Professor of Electrical and Computer Engineering at North Carolina State University, the independent modules in this book can be employed for a single course, or the same textbook can carry the student and instructor through multiple courses in microwave and radio frequency design. This book is a comprehensive introduction to RF and microwave design with a systems first approach. However, this does not mean that components are ignored. The book is arranged in five modules (see the TOC) that are independent but do build on each other and are best taught in sequence. Design examples are used throughout the book, and many of them incorporate design tradeoffs that are only appreciated in the context of a specific design. The book is also characterized by design emphasis with discussion of manufacturability and practical design decisions. Modern treatment - This treatment of radio frequency and microwave engineering provides the tools for engineers to work with modern radio, radar and sensor systems. Advanced components and design techniques are presented, along with a thoroughly modern treatment of traditional microwave theory and techniques. Well rounded radio frequency and microwave engineer - Learning RF and microwave engineering through this book prepares the student and practicing engineer with the skills to engage RF and microwave engineering in the context of the larger system. The engineer will be able to engage in the important tradeoffs between microwave, analog, RF, digital and algorithmic design. Valuable resource - This book is a valuable resource for the practicing engineer with in-depth analysis of modern microwave components and subsystems. The practicing engineer will be able to develop and refine the techniques required to achieve competitive designs.