Radar Receiver Technology (Radar Technology Series)

Author: Ge Wen (Compiler)
Publisher:
Publish Date: 2005-04-01
Features: Radar receiver is an important component of radar systems. This book focuses on the working principles, design methods, and technologies of radar receiver systems and circuits. It elaborates on the fundamental theories, main components, and testing methods of radar receivers and frequency source systems and circuits, and introduces various new technologies of modern radar receivers and frequency sources that have developed rapidly in recent years. The content is designed to be practical, advanced, general, systematic, and comprehensive. The book is divided into 8 chapters, including: Chapter 1 Introduction, Chapter 2 Basic Theories of Radar Receivers, Chapter 3 Radar Receiver System Design, Chapter 4 Radar Frequency Sources, Chapter 5 Radar Receiver Engineering Design, Chapter 6 Circuit Design Techniques for Radar Receivers, Chapter 7 Testing Techniques for Radar Receivers and Frequency Sources, and Chapter 8 Prospects for Modern Radar Receiver Design. As one of the "Radar Technology Series," the main target readers of this book are engineering technicians engaged in research, manufacturing, maintenance, and use of radar systems, air defense systems, and related fields, as well as radar personnel. It can also serve as a textbook or reference book for graduate students and senior undergraduate students in electronic engineering departments specializing in radar and related fields.
Radar receiver is an important component of radar systems. This book focuses on the working principles, design methods, and technologies of radar receiver systems and circuits. It elaborates on the fundamental theories, main components, and testing methods of radar receivers and frequency source systems and circuits, and introduces various new technologies of modern radar receivers and frequency sources that have developed rapidly in recent years. The content is designed to be practical, advanced, general, systematic, and comprehensive. The book is divided into 8 chapters, including: Chapter 1 Introduction, Chapter 2 Basic Theories of Radar Receivers, Chapter 3 Radar Receiver System Design, Chapter 4 Radar Frequency Sources, Chapter 5 Radar Receiver Engineering Design, Chapter 6 Circuit Design Techniques for Radar Receivers, Chapter 7 Testing Techniques for Radar Receivers and Frequency Sources, and Chapter 8 Prospects for Modern Radar Receiver Design. As one of the "Radar Technology Series," the main target readers of this book are engineering technicians engaged in research, manufacturing, maintenance, and use of radar systems, air defense systems, and related fields, as well as radar personnel. It can also serve as a textbook or reference book for graduate students and senior undergraduate students in electronic engineering departments specializing in radar and related fields.