RF CIRCUIT DESIGN Fundamentals divided into two parts, introduces its own system of integrating theories and practices. In the first part, it mainly includes the basic concepts of microwave and lumped circuit models about RF as preliminary knowledge, and provides interrelated theoretical concepts about the microwave signal processing. In the second part, some applications of Power Amplifier (PA) in the system are introduced including Digital Pre-Distortion (DPD), Crest Factor Reduction (CFR) and Envelope Tracking (ET), as well as Electromagnetic Compatibility (EMC) and Electromagnetic Interference (EMI). This book is easy to read, especially for self-reading. It has been acknowledged as an ideal teaching material for students of senior level in undergraduate programs and for students in the graduate schools majoring in Microelectronics, Radio-technology as well as Communication and Electronics. Furthermore, the book can be used as a good reference for engineers who design RF Circuit.

Preface / RF Concepts Lumped Component Models / Filters and Resonant Circuits / Transmission Lines and S-parameter / Impedance Matching Technique / The Smith Chart and its Application / Signal Flow Graphs / Small-Signal Amplifier Design / Power Divider, Combiner and Coupler / PIN Diode Circuits / Application for Power Amplifier Design / Electromagnetic Compatibility (EMC) of Integrated Circuits (ICs).

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