Application Circuit Examples Series: RF Integrated Circuit Chip Principles and Application Circuit Design

Author: Huang Zhiwei (Compiler)
Publisher:
Publish Date: 2004-04-01
Features: The rapidly developing RF integrated circuits provide the greatest possibility for engineering professionals engaged in wireless digital audio, digital video data transmission systems, wireless remote control and telemetry systems, wireless data acquisition systems, wireless networks, and wireless security and surveillance systems to overcome the bottlenecks of wireless applications. However, the design of RF circuits requires designers to possess certain practical experience and engineering design capabilities, and general theoretical materials cannot meet the needs of actual engineering design. Based on years of experience in computer wireless telemetry and remote control technology, the author has collected and organized a wealth of materials, writing this book from the perspectives of engineering design and practical applications. The book is divided into four parts: RF transmitter chips, RF receiver chips, RF transceiver chips, and wireless communication RF front-end chips, introducing the principles, structures, technical characteristics, application circuits, and printed circuit board design of the latest RF integrated circuit chips. The book emphasizes the combination of theory and practicality, as well as the integration of new technology and engineering, making it easy to understand and accessible. It can serve as a reference book and tool for engineering professionals engaged in the research of digital video/audio wireless transmission systems, wireless remote control and telemetry systems, wireless data acquisition systems, wireless networks, and wireless security and surveillance systems for digital RF circuit design. It is also suitable for undergraduate and graduate students in communication, electronics, and related fields at universities, as well as training materials for the National College Students' Electronic Design Competition.