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Archives:Broadband Direct-Coupled and Matching RF Networks

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Thomas R. Cuthbert, Jr., <u>Broadband Direct-Coupled and Matching RF Networks</u>, (Greenwood, AR: TRCPEP, 1999).
 
Thomas R. Cuthbert, Jr., <u>Broadband Direct-Coupled and Matching RF Networks</u>, (Greenwood, AR: TRCPEP, 1999).
  
<p>[[Media:RF_Networks_OCR.pdf|Media:RF_Networks_OCR.pdf]] </p>
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<p>[[Media:RF_Networks_OCR.pdf|Broadband Direct-Coupled and Matching RF Networks]] (pdf) </p>
  
<p>[[Category:Components,_circuits,_devices_&_systems|Category:Components,_circuits,_devices_&amp;_systems]] [[Category:Circuitry]] [[Category:News]]</p>
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[[Category:Components, circuits, devices & systems|RF]] [[Category:Circuitry|RF]] [[Category:News|RF]]

Revision as of 17:16, 2 April 2012

Abstract

This practical guide to designing RF circuits in all frequency bands makes it easy to implement both classical and sophisticated design techniques. It is intended for practicing electrical engineers and for upper-level undergraduates. Its topics will also interest engineers who design circuits derived in terms of complex variables and functions, to provide impedance matching, filtering and linear amplification.

Thomas R. Cuthbert, Jr., Ph.D., PE, is a consultant and teacher. He was the Director of Advanced Technology at Rockwell International and Manager of Microwave Technology at Texas Instruments. He studied at M.I.T., Georgia Tech, and S.M.U. His two other books were originally published by John Wiley: Circuit Design Using Personal Computers (1983) and Optimization Using Personal Computers (1987).

Citation and Link

Thomas R. Cuthbert, Jr., Broadband Direct-Coupled and Matching RF Networks, (Greenwood, AR: TRCPEP, 1999).

Broadband Direct-Coupled and Matching RF Networks (pdf)