Introduction to Microwave Circuits: RF and Application Design

Author: (USA) Weber
Publisher:
Publish Date: 2005-10-01
Features: This book covers almost all aspects of microwave circuits, including fundamental concepts of microwave circuits, multi-port networks, parameter and measurement methods, circuit stability, various microwave components and devices, noise analysis of microwave circuits, pulsed microwave circuits, nonlinear effects, and concludes with design examples of amplifiers, oscillators, and filters at 1.25 GHz. The content of this book helps readers address all questions related to component and circuit characteristics when designing and analyzing RF/microwave amplifiers, oscillators, and filters. It also assists research and development departments in shortening the development cycles of printed circuits and MMIC circuits, reducing development costs, and significantly improving first-pass success rates. The book emphasizes the explanation of fundamental principles and theories, focuses on experimental measurements and practical applications, and closely connects its content with the development of modern communication technologies. The content and language of the book are easy to understand, and the circuit diagrams and graphs effectively aid readers in grasping physical concepts. The mathematical difficulty is moderate. This book is suitable for engineers and technicians working in microwave or electronic systems engineering, as well as for universities offering this course as a textbook or reference for undergraduate students.