Small-Signal Amplifier Design: A Collection from Applied Microwave & Wireless magazine

FORMAT: Softcover, 104 pages
PUBLISHED: 2002
ISBN: 1-884932-24-X

In this second compilation in the AMW design guide series, leading RF design experts discuss four major aspects of small-signal amplifiers: RF amplifier design, LNA design, distortion prediction and reduction, computer simulation and device modeling.

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

TABLE OF CONTENTS

• Introduction
• Design and Development of a Low-Noise Amplifier Using Measured Models of Transistors
• High IIP3 Low-Noise Amplifier for 1900 MHz Applications Using the SiGE BFP620 Transistor
• Design and Development of Special Low-Noise Amplifiers for GPS Application
• Developing SPICE High-Frequency Small-Signal Transistor Models from Data Sheets
• RF/Microwave Amplifier Design
• Evaluation of Parasitic Parameters for Packaged Microwave Transistors
• Exact Simulation of LNAs Reduces Design Cycle Time
• LNA Design Uses Series Feedback to Achieve Simultaneous Low-Input VSWR and Low-Noise
• Avoiding RF Oscillation
• RF/MW Amplifier Design
• Available Gain Amplifier Design
• Second Order Effects in Feedforward Amplifiers
• Wideband Gain Block Amplifier Design Techniques
• Intermodulation: Concepts and Calculations
• Linear and EM Simulation Cuts Design Time of a 3.8 GHz Amplifier

$29.00

Item # NP-44

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