RF circuit design

Author: (USA) Davis
Publisher:
Publish Date: 2005-09-01
Features: In recent years, research in the field of communications has been highly active, especially with the rapid development of mobile communication technologies represented by mobile phones, which has driven the overall growth of the information industry. The two authors of this book have written it based on their extensive experience in RF circuit research and teaching. The book covers the design of RF circuits, including filters, impedance transformers, oscillators, noise theory, signal amplifiers, and mixers and phase-locked loops. It provides numerous SPICE netlists and design examples, offering valuable reference for engineering practice. The book has been adopted by the University of Texas at Austin and other higher education institutions as a textbook for undergraduate and graduate courses in RF circuit design.
Features of the Book:
- Utilizes current important mathematical methods, such as S-parameters.
- Explores improved computational methods for circuit analysis through examples using SPICE.
- Illustrates methods for designing various communication systems using practical examples.
The book covers the principles and applications of RF circuit design, including filters, impedance transformers, small-signal amplifiers, oscillators, noise theory, and A-class/B-class large-signal amplifiers, as well as mixers and phase-locked loops. The author employs a large number of widely used scattering parameters in amplifiers and circuit design. The book also provides numerous SPICE netlists and design examples, offering valuable reference for engineering practice.
This book is suitable as a textbook or reference for undergraduate or graduate students in communications, electronic engineering, and related fields. It is also a valuable reference for engineers working in RF component design and microwave circuit design.