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FOUNDATIONS OF ELECTRICAL ENGINEERING

Degree course Information and Communication Technologies (ICT) Engineering
Curriculum Curriculum unico
Learnings Orientamento unico
Academic Year 2016/2017
ECTS 12
Scientific Disciplinary Sector ING-IND/31
Year Second year
Time unit First semester
Class hours 96
Educational activity Related and integrative training activities

Single group

Supplying course 1000653 ELETTROTECNICA in Ingegneria Industriale L-9 MORABITO FRANCESCO CARLO, LA FORESTA FABIO
Professor Francesco Carlo MORABITO
Objectives N.D.
Programme Electric Circuits in Stationary Steady-State (Credits 4)

Fundamentals of Electric Circuits, Lumped-Circuit Approximation, Electric Circuits, Models and Circuit Elements, Kirchhoff’s Laws: Kirchhoff's Voltage Law (KVL) and Kirchhoff's Current Law (KCL), From Circuits to Graphs, The Element Graph: Branch Currents, Branch Voltages and the Associated Reference Directions. The Circuit Graph: Digraph, Two-Ports, Multiports, and Hinged Graphs; Tellegen's Theorem. Matrix Formulation of Kirchhoff’s Laws: Linear Independence, Independent KCL Equations, Independent KVL Equations, Circuit Topology: Graph, Subgraph and Loop, Tree, Cut Sets and Loops Based on a Tree, The Fundamental Cut-Set Matrix Associated with a Tree, The Fundamental Loop Matrix Associated with a Tree.
Analysis Methods: Node-Voltage Method, Branch-Current Method, Power and related agreements, Superposition Theorem, Thévenin’s and Norton’s Theorems, Non-amplification Theorem, Reciprocity Theorem, Compensation Theorem, Linear and Nonlinear Resistive two-ports: definition and features. Linear Passive n-ports: Approximation and Synthesis, Ideal Transformer, Gyrator, Maximum Power Transfer Theorem. Numerical solution of circuits, Systematic Method to solution of circuits: Node Voltage Method; Branch Current Method; Tableau Equation Formulation. Use of SPICE and MATLAB Simulation Programs.

Electric Circuits in Sinusoidal Steady-State (Credits 4)

Phasors and Sinusoidal Solutions, Sinusoidal Steady-State Circuit Analysis, Impedance and Admittance, Phasor Formulation of Circuit Equations, Extension of the network’s Theorems to Sinusoidal Steady-State, Power in the Sinusoidal Steady-State, Conservation of Complex Power, Qualitative Analysis of networks in the Sinusoidal Steady-State: Chon’s and Foster’s Theorems, Resonance: RLC Series Circuit and RLC Parallel Circuit. Three-Phase Circuits, Three-Phase Generator, Balanced and Unbalanced Circuits, Interphase connection, Rotating Magnetic Field, Three-Phase Circuits Analysis, Power in Three-Phase Circuits, Power Factor; Power Measuring, Aron’s Theorem, Fortescue’s Theorem, Sequential Analysis of Three-Phase Circuits.

General Dynamic Circuits: Linear and Nonlinear Circuits (Credits 1)

Dynamic Equations and solution in Time-Domain, State variable, initial-value problem, Transient and permanent, free and forced evolution, Definition of the network to known input, Step Response, Impulse Response; The Convolution Integral.
Books Renzo Perfetti – Circuiti Elettrici Seconda Edizione – Ed. Zanichelli
Giorgio Rizzoni – Elettrotecnica: principi e applicazioni, Seconda edizione - McGraw-Hill
Chua, Desoer, Kuh – Circuiti lineari e non lineari – Jackson
G. Miano – Lezioni di Elettrotecnica – CUEN Napoli
Traditional teaching method Yes
Distance teaching method No
Mandatory attendance No
Written examination evaluation Yes
Oral examination evaluation Yes
Aptitude test evaluation No
Project evaluation No
Internship evaluation No
Evaluation in itinere No
Practice Test No
Professor FRANCESCO CARLO MORABITO
Objectives N.D.
Programme N.D.
Books N.D.
Traditional teaching method No
Distance teaching method No
Mandatory attendance No
Written examination evaluation No
Oral examination evaluation No
Aptitude test evaluation No
Project evaluation No
Internship evaluation No
Evaluation in itinere No
Practice Test No

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