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Engineering - Circuits & Systems | RF Semiconductor Devices

RF Semiconductor Devices

Emam, Mostafa, Roda Neve, César, Raskin, Jean-Pierre

2016, Approx. 300 p. 150 illus.

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ISBN 978-1-4614-4247-9

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  • About this book

  • Provides a single-source reference to RF electronics, from devices to circuits 
  • Includes physical background as well as hands-on practical aspects of device characterization and circuit design for a variety of RF applications 
  • Shows readers how to optimize RF performance for factors such as temperature, noise, crosstalk, nonlinearities, etc. 
  • Uses real examples (both measured and simulated data) of current technologies
This book covers the RF domain from the very basics to the more complicated, from the device level to the integrated circuits level. The discussion takes the reader from the beginning of conceiving an optimized silicon wafer for RF applications, through the RF oriented device conception and the in-depth RF device characterization, in order to achieve a fully optimized, RF integrated circuit. Throughout this cycle, performance optimization is addressed from various perspectives, including high temperature (an unavoidable side effect in today’s devices), low power consumption (required in all portable applications), noise, nonlinearities, crosstalk, etc.

Content Level » Professional/practitioner

Keywords » High-frequency Circuits - Integrated Circuits - MOSFET Technologies - RF Circuit Design - RF Circuits - RF Devices - RF Electronics - Semiconductor Devices

Related subjects » Characterization & Evaluation of Materials - Circuits & Systems - Condensed Matter Physics - Electronics & Electrical Engineering

Table of contents 

High frequency behavior of semiconductor devices.- Wideband characterization methodology: Hands-on.- A wide variety of MOSFET Technologies.- Integration of RF Passive Elements.- Towards a Successful RF Circuit Design.

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