top of page

Market Research Group

Public·42 members
Ian Wilson
Ian Wilson

Radar Handbook Third Edition: A Comprehensive and Updated Resource on Radar Engineering


Radar Handbook Third Edition Electronics Download




If you are looking for a comprehensive and authoritative guide on radar technology, you might want to download Radar Handbook Third Edition. This book is edited by Merrill I. Skolnik, a renowned expert in radar engineering, who has gathered contributions from 30 world-class specialists in the field. In this article, we will tell you what this book is about, why it is important, how to download it, what are its main features, what are the reviews and ratings of it, and answer some frequently asked questions.




Radar Handbook Third Edition Electronics Download



What is Radar Handbook Third Edition?




Radar Handbook Third Edition is a book that covers the entire field of radar technologyfrom fundamentals to the newest applications. It was published by McGraw-Hill Education in 2008 as an updated version of the previous editions that were released in 1970 and 1990. The book has 1328 pages and contains hundreds of examples and illustrations. It is divided into 25 chapters that cover topics such as radar systems, subsystems, antennas, receivers, signal processing, data fusion, cross section, clutter, space-based radar, meteorological radar, ground penetrating radar, countermeasures, electronic warfare, and more. The book uses SI units throughout and provides references for further reading at the end of each chapter.


Why is Radar Handbook Third Edition important?




Radar Handbook Third Edition is important because it provides state-of-the-art coverage of the advances and trends in radar technology that have occurred in the past 17 years since the second edition was published. It reflects the latest developments in research, theory, design, testing, operation, performance, evaluation, application, cost tradeoffs, optimization, and innovation of radar systems. It also addresses the challenges and opportunities that arise from new domains such as space-based radar, meteorological radar, ground penetrating radar, and civil marine radar. It is a valuable resource for both professionals and students who want to learn more about the principles and practices of radar engineering.


How to download Radar Handbook Third Edition?




There are several ways to download Radar Handbook Third Edition electronically. One way is to purchase an e-book version from online platforms such as Amazon Kindle Store or Google Play Books. Another way is to access an online library that has a subscription to the book, such as McGraw-Hill's AccessEngineering or IEEE Xplore. A third way is to find a free PDF version of the book on the internet, but this might not be legal or ethical. Therefore, we recommend that you download the book from a legitimate and authorized source that respects the copyright of the publisher and the author.


What are the main features of Radar Handbook Third Edition?




Radar Handbook Third Edition has many features that make it a comprehensive and authoritative guide on radar technology. Here are some of the main features:


Radar fundamentals, theory, and applications




The book provides unsurpassed guidance on the basic principles and concepts of radar technology, such as the radar equation, propagation, modulation, detection, estimation, tracking, classification, identification, and recognition. It also explains the theory and mathematics behind radar operations, such as signal analysis, waveform design, spectrum estimation, clutter modeling, target modeling, antenna theory, receiver design, and more. It also explores the applications and uses of radar in various domains, such as air traffic control, navigation, surveillance, reconnaissance, remote sensing, imaging, mapping, and more.


Radar systems and subsystems




The book examines the types and components of radar systems, such as moving target indication (MTI), pulse doppler, multifunctional, airborne, ground-based, shipborne, and missile-borne radars. It also describes the subsystems and functions of radar systems, such as transmitters, power amplifiers, duplexers, filters, mixers, oscillators, synthesizers, modulators, coders, decoders, and more. It also discusses the performance and evaluation of radar systems, such as range resolution, doppler resolution, angular resolution, accuracy, precision, sensitivity, noise figure, dynamic range, and more.


Radar antennas and receivers




The book reviews the design and performance of radar antennas and receivers. It covers both reflector and phased array antennas, including their types, shapes, sizes, configurations, feed systems, beamforming techniques, scanning methods, and polarization properties. It also covers both analog and digital receivers, including their types, architectures, components, functions, characteristics, and specifications. It also covers the calibration and testing of antennas and receivers, such as impedance matching, gain measurement, pattern measurement, phase measurement, noise measurement, distortion measurement, and more.


Radar signal processing and data fusion




The book presents the methods and techniques for processing radar signals and integrating data from multiple sensors. It covers both analog and digital signal processing, including filtering, sampling, quantization, compression, correlation, convolution, Fourier transform, fast Fourier transform (FFT), discrete Fourier transform (DFT), Z-transform, Laplace transform, wavelet transform, and more. It also covers both single-sensor and multi-sensor data fusion, including fusion architectures, fusion algorithms, fusion models, fusion rules, fusion levels, fusion performance, and more.


Radar cross section and clutter




The book explains the measurement and modeling of target and background echoes. It covers both radar cross section (RCS) and clutter, including their definitions, units, factors, mechanisms, phenomena, and effects. It also covers both RCS measurement and RCS prediction, including measurement techniques, measurement facilities, measurement errors, prediction methods, prediction models, prediction codes, and more. It also covers both clutter measurement and clutter suppression, including measurement techniques, measurement parameters, measurement statistics, suppression methods, suppression filters, suppression performance, and more.


Space-based, meteorological, and ground penetrating radar




The book explores the special applications and challenges of radar in different domains. It covers space-based radar (SBR), including its missions, requirements, constraints, designs, launches, orbits, operations, and examples. It covers meteorological radar (METRAD), including its principles, functions, types, modes, products, services, and examples. It covers ground penetrating radar (GPR), including its principles, functions, types, modes, applications, limitations, and examples.


Radar countermeasures and electronic warfare




The book discusses the strategies and technologies for jamming deceiving and protecting radar systems. It covers radar countermeasures (RCM), including their objectives methods techniques devices systems and examples. It covers electronic warfare (EW), including its concepts categories components processes operations and examples.


What are the reviews and ratings of Radar Handbook Third Edition?




Radar Handbook Third Edition has received positive feedbacks and ratings from readers and experts who have used it as a reference or a textbook. Here are some of the reviews and ratings of the book:


- "This text is the most authoritative, broadest, and deepest single volume on radar. The emphasis is on real world performance and real hardware that has been tested and works successfully in the real world, and the physics relevant to radar systems, as well as radar system engineering cost tradeoffs." - "This is the third edition of an established handbook, edited by one of the most-recognized names in the field of radar technology. The volume is a compilation of 26 chapters, authored by individuals with a thorough command of, and incredible credentials in, the topics of their chapters. Most chapters have a large number of figures (up to several dozen) and extensive bibliographies. Chapters range from fairly quantitative and mathematical ones to cursory and descriptive ones. Some sections of the handbook represent a concise and readable summary of the state-of-the-art of knowledge on their topics; others are a sketchy collection of remarks for which it is difficult to identify the benefits to be derived by the reader. There is little coordination between chapters where similar topics may be discussed, and a lack of any cross-referencing. There are also weaknesses in the index, as well. While the older, classical radar topics receive much attention, the book overlooks newer areas such as coverage of automotive radars. This volume will appeal to the generalists with interest in the conventional radar subjects, and to others as a starting point for locating sources with more detailed information." - "This book is a must-have for anyone who works with radar systems or wants to learn more about them. It covers everything from the basics to the latest developments in a clear and comprehensive way. The book is well-organized, well-written, well-illustrated, and well-referenced. It is a great reference for both beginners and experts." Conclusion




Radar Handbook Third Edition Electronics Download is a book that provides state-of-the-art coverage of the entire field of radar technologyfrom fundamentals to the newest applications. It is edited by Merrill I. Skolnik, a renowned expert in radar engineering, who has gathered contributions from 30 world-class specialists in the field. The book has 1328 pages and contains hundreds of examples and illustrations. It is divided into 25 chapters that cover topics such as radar systems, subsystems, antennas, receivers, signal processing, data fusion, cross section, clutter, space-based radar, meteorological radar, ground penetrating radar, countermeasures, electronic warfare, and more. The book has received positive feedbacks and ratings from readers and experts who have used it as a reference or a textbook. If you are interested in learning more about radar technology or downloading this book electronically, you can visit one of the sources listed below.


FAQs




Here are some frequently asked questions and answers about Radar Handbook Third Edition Electronics Download:


- Q: How much does the book cost? - A: The book costs $199.99 for the hardcover edition and $159.20 for the e-book edition on Amazon. - Q: How can I access McGraw-Hill's AccessEngineering or IEEE Xplore? - A: You can access these online libraries by subscribing to them individually or through your institution. - Q: What are the prerequisites for reading this book? - A: You should have some background knowledge in mathematics, physics, and engineering, as well as some familiarity with radar terminology and concepts. - Q: Is this book suitable for beginners or advanced learners? - A: This book is suitable for both beginners and advanced learners, as it covers both basic and advanced topics in radar technology. However, some chapters may require more prior knowledge or more effort than others. - Q: Is this book updated regularly? - A: This book is updated periodically to reflect the latest developments and trends in radar technology. The third edition was published in 2008, and there is no information about when the fourth edition will be released. 71b2f0854b


About

Welcome to the group! You can connect with other members, ge...

Members

Group Page: Groups_SingleGroup
bottom of page