Advanced Communications Circuits EE6314
Fall 2006
Peter Kinget

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Material from Textbook that will be covered in the course

This list is subject to change! There are also some additional topics covered that are not in this list; double check with the handout notes and your own lecture notes.

Legend

Will not be covered

Will be covered partially

Will be covered completely

RF Microelectronics

By Behzad Razavi.

Published by Prentice Hall PTR.

ISBN: 0138875715;

Published: Nov 6, 1997; Copyright 1998;

Pages: 352; Edition: 1st.

Table of Contents

1. Introduction to RF and Wireless Technology.

• Complexity Comparison.
• Design Bottleneck.
• Applications.
• Analog and Digital Systems.
• Choice of Technology.
• References.

  2. Basic Concepts in RF Design.

• Nonlinearity and Time Variance.
• Intersymbol Interference.
• Random Processes and Noise.
• Sensitivity and Dynamic Range.
• Passive Impedance Transformation.
• References.

  3. Modulation and Detection.

• General Considerations.
• Analog Modulation.
• Digital Modulation.
• Power Efficiency of Modulation Schemes.
• Noncoherent Detection.
• References.

  4. Multiple Access Techniques and Wireless Standards.

• Mobile RF Communications.
• Multiple Access Techniques.
• Wireless Standards.
• References.

  5. Transceiver Architectures.

• General Considerations.
• Receiver Architectures.
• Transmitter Architectures.
• Transceiver Performance Tests.
• Case Studies.
• References.

  6. Low-Noise Amplifiers and Mixers.

• Low-Noise Amplifiers.
• Down conversion Mixers.
• Cascaded Stages Revisited.
• References.

  7. Oscillators.

• General Considerations.
• Basic LC Oscillator Topologies.
• Voltage-Controlled Oscillators.
• Phase Noise.
• Bipolar and CMOS LC Oscillators.
• Monolithic Inductors.
• Resonatorless VCOs.
• Quadrature Signal Generation.
• Single-Sideband Generation.
• References.

  8. Frequency Synthesizers.

• General Considerations.
• Phase-Locked Loops.
• RF Synthesizer Architectures.
• Frequency Dividers.
• References.

  9. Power Amplifiers.

• General Considerations.
• Classification of Power Amplifiers.
• High-Efficiency Power Amplifiers.
• Large-Signal Impedance Matching.
• Linearization Techniques.
• Design Examples.
• References

  end

© 2006 Peter Kinget and Columbia University
Last modified on 2006/11/01 21:16:31