by Janko Calic
Publisher: Connexions 2009
Number of pages: 158
A more advanced communications course covering elements of modern digital communications. Contents: Signals; Systems; Time Domain Analysis of Continuous Time Systems; Frequency Domain; Continuous Time Fourier Transform; Sampling theory; Time Domain Analysis of Discrete Time Systems; Discrete Time Fourier Transform; Viewing Embedded LabVIEW Content; etc.
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by Thomas R Cuthbert - TRCPEP
This practical guide is for engineers who design RF networks that filter and match impedances over wide bands or match at a just one frequency. New techniques are described clearly and at a level between seminars and graduate-level instruction.
by George Benthien
Tutorial describing methods for encoding digital information in an electric or optical signal. Topics include Manchester and 4B/5B Encoding, Amplitude Modulation, Frequency Modulation, Phase Modulation, Minimum Shift Keying, Frequency Hopping, etc.
by David A. Johnson - Imagineering E-Zine
Introduction to the basic concepts of optical communications. The handbook discusses the physics of light and how it can be used to send information. It provides details of the components used in light transmitters and receivers.
This book provides the electronic engineer with the knowledge of: what the CDR function and structure are; where a CDR is used in a communication network; the mathematical models (just three!) needed to understand the CDR operation.