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Connection, Composition and Completion (3Cs) basic theoretical knowledge of telecommunications engineering, while pilot training in a real environment. Data transceivers and system parameters. Receiver parameters: noise figure, compression point (IP2), intermodulation and third-order intercept point (IP3), spurious receiver response. Transmitter parameters: frequency stability and spurious signals, output power efficiency, intermodulation, crystal reference oscillators, PLLs. Architecture receivers ...


Objectives

Connection, Composition and Completion (3Cs) basic theoretical knowledge of telecommunications engineering, while pilot training in a real environment. Data transceivers and system parameters. Receiver parameters: noise figure, compression point (IP2), intermodulation and third-order intercept point (IP3), spurious receiver response. Transmitter parameters: frequency stability and spurious signals, output power efficiency, intermodulation, crystal reference oscillators, PLLs. Architecture receivers ...


Prerequisites

Programming I & II, Signals & Systems, Electric Circuits I, II, Electronics I, II, Telecommunication Systems I, II and Computer Organization


Syllabus

Connection, Composition and Completion (3Cs) basic theoretical knowledge of telecommunications engineering, while pilot training in a real environment. Data transceivers and system parameters. Receiver parameters: noise figure, compression point (IP2), intermodulation and third-order intercept point (IP3), spurious receiver response. Transmitter parameters: frequency stability and spurious signals, output power efficiency, intermodulation, crystal reference oscillators, PLLs. Architecture receivers ...

COURSE DETAILS

Level:

Type:

undergraduate

(A-)


Instructors: Aggelos Bletsas
Department: School of Electronic and Computer Engineering
Institution: Technical University of Crete
Subject: Computer and Electronic Engineering
Rights:

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