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Behavioral Modeling and Linearization of RF Power Amplifiers
John Wood
€ 256.96
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Description for Behavioral Modeling and Linearization of RF Power Amplifiers
Hardback. .
Wireless voice and data communications have made great improvements, with connectivity now virtually ubiquitous. Users are demanding essentially perfect transmission and reception of voice and data. The infrastructure that supports this wide connectivity and nearly error-free delivery of information is complex, costly, and continually being improved. This resource describes the mathematical methods and practical implementations of linearization techniques for RF power amplifiers for mobile communications. This includes a review of RF power amplifier design for high efficiency operation. Readers are also provided with mathematical approaches to modeling nonlinear dynamical systems, which can be applied in the context of modeling the ... Read more
Wireless voice and data communications have made great improvements, with connectivity now virtually ubiquitous. Users are demanding essentially perfect transmission and reception of voice and data. The infrastructure that supports this wide connectivity and nearly error-free delivery of information is complex, costly, and continually being improved. This resource describes the mathematical methods and practical implementations of linearization techniques for RF power amplifiers for mobile communications. This includes a review of RF power amplifier design for high efficiency operation. Readers are also provided with mathematical approaches to modeling nonlinear dynamical systems, which can be applied in the context of modeling the ... Read more
Product Details
Publisher
Artech House Publishers
Format
Hardback
Publication date
2014
Condition
New
Number of Pages
378
Place of Publication
Norwood, United States
ISBN
9781608071203
SKU
V9781608071203
Shipping Time
Usually ships in 4 to 8 working days
Ref
99-1
About John Wood
John Wood is senior principal member of technical staff in the RF Solutions Division at Maxim Integrated, Inc., San Jose, CA. He earned his Ph.D. in electrical and electronic engineering from the University of Leeds, UK.
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