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Introduzione ai circuiti elettrici

About this Course

Ciò che nel linguaggio comune intendiamo per circuito elettrico rappresenta, al tempo stesso, un fondamento ed un componente essenziale della tecnologia contemporanea. È facile convincersi che senza lo sviluppo delle scienze elettriche, e del modello circuitale, vivremmo in un mondo completamente diverso da quello che conosciamo. Infatti, la conversione dell’energia e la sua trasmissione, la meccanizzazione e l’automazione, le telecomunicazioni e l’informatica sono tutte fortemente dipendenti dalla capacità di analizzare, progettare e realizzare circuiti elettrici. Il corso introduce ed illustra i fondamenti della teoria dei circuiti elettrici, a partire dalla descrizione delle grandezze elettriche di riferimento e delle condizioni che permettono di definire il circuito con le sue leggi, trattando in generale l’analisi di circuiti lineari in condizioni di funzionamento stazionario, sinusoidale e dinamico. Contemporaneamente vengono approfondite le proprietà generali del modello, le principali formulazioni ad esso associate, alcune peculiari tecniche di analisi, introducendo infine gli studenti alla simulazione circuitale. What is commonly meant by the term “electric circuit” is at the same time the basis and essential component of contemporary technology. It is easy to accept that without the development of electrical science and the circuit model, the world as we know it would be totally different. Energy conversion and transmission, mechanization and automation, telecommunications and informatics are all inherently dependent on our ability to analyze, design and build electric circuits. The course introduces and illustrates the basics of electric circuit theory, starting with a definition of the relevant electric strength, and the conditions and laws that define a circuit; then in-depth analysis of linear circuits follows, in steady-state, sinusoidal and dynamic conditions. The main properties of the model are also described, discussing the major model formulations, and the most common techniques of analysis. Learners are then introduced to circuit simulation.

Created by: Università degli Studi di Napoli Federico II

Level: Introductory


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