8 Best-Selling Microwave Communication Books Millions Trust

GTE Lenkurt's experience in microwave communication engineering is evident in this technical guide focused on the practical considerations essential for system design and implementation. While the book's precise chapters aren't detailed here, it addresses key engineering challenges such as signal propagation, equipment specifications, and system integration. You’ll find it particularly helpful if you’re involved in telecommunications infrastructure or looking to deepen your understanding of microwave system engineering principles. This book serves best those with foundational knowledge seeking to enhance their technical grasp rather than beginners looking for an introductory overview.

While working as a microwave communications engineer, Tri T. Ha noticed a gap in practical resources for designing solid-state microwave amplifiers. This book teaches you how to apply scattering parameters to analyze and design low-noise, high-gain, and high-power transistor amplifiers using devices like GaAs FETs and IMPATT diodes. You’ll gain insight into both wideband and narrowband amplifier design, supported by computer simulations and real-world examples. If you’re involved in RF design or microwave engineering, this book offers detailed methods that align well with industry practices, though it’s best suited for those with some technical background.

This tailored book explores advanced microwave communication techniques designed to match your background and specific goals. It covers technical concepts such as wave propagation, amplifier design, and semiconductor behavior while focusing on practical methods to optimize system performance. By integrating knowledge validated by millions of professionals with your individual interests, it offers a personalized learning experience that deepens understanding and sharpens skills. The book reveals how microwave components interact within complex networks and examines key topics like signal integrity and circuit design. Its tailored content helps you focus on what matters most, making your study efficient and directly relevant to your objectives.

Diogenes J. Angelkas and Thomas E. Everhart bring their extensive expertise to this 1983 work, focusing on the technical and practical aspects of microwave communication systems. While the book’s original publication date places it in an earlier era of telecommunications, it offers foundational insights into microwave signal propagation, antenna design, and system integration that remain relevant for understanding today's complex networks. You’ll find detailed discussions on waveguide components and atmospheric effects, which are valuable for engineers and students aiming to deepen their grasp of microwave transmission principles. This book suits those seeking a solid technical baseline rather than the latest industry trends or emerging technologies.

William C. Jakes' decades of microwave research culminate in this authoritative volume that dives deeply into the design and function of microwave mobile systems. You’ll explore microwave propagation techniques, cellular system fundamentals, and antenna functions, alongside modulation methods and interference management essential for high-capacity networks. The book’s detailed chapters, such as those on mobile radio propagation and system layout, equip you with a solid foundation to understand and develop microwave cellular technologies. If your work or study revolves around wireless systems engineering or telecommunications infrastructure, this book offers a thorough technical framework without fluff.

What happens when deep academic expertise meets the need for accessible microwave knowledge? Thomas S. Laverghetta, a seasoned professor and engineer, crafted this book to bridge the gap for professionals outside technical roles who want to grasp microwave and wireless concepts without the heavy math. You get a clear walkthrough of essential components, devices, and emerging technologies like WLANs and RFIDs, with chapters that demystify terms and market trends. If your work touches on microwave communications but you’re not an engineer, this book helps you speak confidently about the technology shaping your industry.

This tailored book explores focused techniques for designing effective solid-state microwave amplifiers, combining widely recognized principles with your specific interests. It examines key amplifier design elements such as transistor selection, impedance matching, noise reduction, and power optimization. The personalized format ensures the content matches your background and addresses your goals, offering a clear path through complex concepts without unnecessary detail. By concentrating on the aspects you want to master, this book reveals how to apply practical knowledge to create efficient amplifiers that meet your unique requirements. This approach provides an engaging learning experience that balances foundational theory with targeted, hands-on design insights.

Joseph F. White's decades of experience in semiconductor microwave engineering shine through in this meticulous guide. The book dives into essential constants, formulas, and diode control circuits, equipping you with practical skills to tackle real-world microwave device challenges. Notably, it includes a rare section on FORTRAN IV programming tailored for microwave circuit design, a feature that circuit engineers find indispensable. You’ll also find detailed analyses like the thermal time constant to assess semiconductor heating effects and reliability estimates based on junction temperature. This book suits engineers and students eager to deepen their technical expertise in microwave semiconductor applications, but it requires some background in electronics to fully appreciate its depth.

The RF and Microwave Circuit Design Cookbook by Stephen A. Maas dives into practical microwave circuit design with recipes that engineers can apply directly for faster results. Maas, drawing from his deep experience in RF design, details specialized components like FET resistive mixers known for their low intermodulation distortion, alongside methods to build square law and envelope diode detectors. This book is tailored for engineers and advanced students aiming to sharpen their hands-on skills in microwave circuit design, providing concrete techniques rather than abstract theory. If you’re looking to enhance your practical understanding of microwave components and improve your design efficiency, this book offers focused insights without unnecessary complexity.

Rajesh Mongia, known for his authoritative work in RF and microwave engineering, developed this book to bridge the gap between theoretical concepts and practical design in microwave systems. You’ll gain specific insights into coupled-line fundamentals, learning how to design components like couplers, filters, hybrids, and baluns using technologies such as stripline, microstrip, and coplanar formats. The text dives into modern fabrication techniques, equipping you to create compact, cost-effective microwave and millimeter-wave solutions relevant to communication, radar, and satellite systems. If you’re involved in microwave circuit design or want to deepen your understanding of microwave component engineering, this book offers detailed technical guidance without unnecessary complexity.