Power Amplifier Design: A Collection from Applied Microwave & Wireless magazine

FORMAT: Softcover, 112 pages
PUBLISHED: 2002
ISBN: 1-884932-26-6

This third design guide in the Applied Microwave & Wireless series presents valuable resources for power amplifier linarization, measuring, modeling and distortion.

Also available at a special discount: The complete set of Applied Microwave & Wireless Design Guides.

TABLE OF CONTENTS

• Introduction
• Specifying Power Amplifier Linearity via Intermodulation Distortion
• Effective Output Intercept Point (EOIP) Spectral Sidelobe Regrowth in Saturating Amplifiers
• Using Digital Modulation to Measure and Model RF Amplifier Distortion
• Envelope Distortion Models with Memory Improve Some Amplifier Regrowth Predictions
• Suppress Spectral Sidelobe Regrowth with Data Signal Predistortion
• Amplifier Linearization Using Adaptive Digital Predistortion
• Amplifier Linearization Using Adaptive RF Predistortion
• The Magnetron - A Low-Noise, Long-Life Amplifier
• Inside the RF Power Transistor
• Biasing LDMOS FETs for Linear Operation
• Improved Design for Distributed Amplifiers
• A10-watt MBE GaAS FET Power Amplifier
• Efficient RF Power Amplifiers for Portable Communications
• 2 to 6 GHz Commercial Power Amplifier
• A Push-Pull 300-Watt Amplifier for 81.36 MHz
• High-Efficiency, Two-Stage Power Amplifiers With Nearly Constant Saturated Output Power
• Design of a 2.4 GHz RF Power Amplifier Module for ISM-Band Wireless Communications
• Gain Equalizer Flattens Attenuation Over the 6 to 18 GHz Frequency Range
• Digitally Controlled Potentiometers Improve Cost and Reliability of RF Power Amplifier Applications
• A Suppressed Harmonic Power Detector for Dual Band Phones

$29.00

Item # NP-45

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