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RF Communication Circuits
Objectives of this note is t understand, analyze and design of RF integrated systems and circuits. Topics covered includes: Conventional Receiver Architectures, RF System Level Design Considerations, RFMetrics, Two-Port S-Parameters, RFID: Basics and Applications, Volterra Series, Low Noise Amplifier Theory and Design, VCO, VCO Tuning ,Ring Oscillator, Frequency Synthesizers, RF Filters, Power Amplifiers, Super Regenerative Receiver.
Author(s): Edgar Sanchez-Sinencio
NA Pages 
This note covers RF basic fundamental, Transceiver architecture and RF building block.
Author(s): Tai Cheng Lee
70 Pages
RF Electronics by Christos Papavassiliou
This note describes the following topics: antennas, Impedance Matching, Applications and Frequency allocation, Single transistors amplifiers, amplifiers, Introduction to feedback.
Author(s): Christos Papavassiliou
NA Pages
RF Integrated Circuits Lectures
This note covers the following topics: Parallel RLC Resonant Networks, Impedance matching and Maximum power transfer, Tapped inductor and capacitor networks, Receiver Architecture, RF Non-linearity, Noise in circuit, Two-port Noise Theory, MOSFET two-port noise sources, CSLNA design procedure, Gilbert-cell mixer transconductors, Passive mixer noise analysis, Transmitter architectures, Direct-conversion Receiver, Hartley and Weaver Receivers, Cross-coupled LC Oscillators, Phase Noise - LTI Analysis and LTV Analysis, Power Amplifiers.
Author(s): S. Aniruddhan
NA Pages
Objectives of this note is t understand, analyze and design of RF integrated systems and circuits. Topics covered includes: Conventional Receiver Architectures, RF System Level Design Considerations, RFMetrics, Two-Port S-Parameters, RFID: Basics and Applications, Volterra Series, Low Noise Amplifier Theory and Design, VCO, VCO Tuning ,Ring Oscillator, Frequency Synthesizers, RF Filters, Power Amplifiers, Super Regenerative Receiver.
Author(s): Edgar Sanchez-Sinencio
NA Pages