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1001752 - ELETTRONICA APPLICATA

courses
ID:
1001752
Duration (hours):
48
CFU:
6
SSD:
Electronics
Located in:
REGGIO DI CALABRIA
Url:
Course Details:
Industrial Engineering/INGEGNERIA ELETTRICA E DELL'AUTOMAZIONE Year: 3
Year:
2025
  • Overview
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Overview

Date/time interval

Secondo Ciclo Semestrale (23/02/2026 - 29/05/2026)

Syllabus

Course Objectives

Students acquire the analysis techniques essential for in-depth study of electronic circuits for analog and digital signal processing. Knowledge of frequency behavior and the use of the feedback technique complete the course, together with the understanding of the basic mechanisms of sequential machines.

Knowledge and understanding: once passed the exam, the student knows the fundamental operating principles of elementary analog electronic circuits for signal processing. He knows basic analog circuit analysis techniques.

Ability to apply knowledge: once passed the exam, the student is able to analyze and design simple analog circuits for the generation and conditioning of signals, is able to analyze the behavior of simple analog electronic circuits for the generation and signal conditioning proposed in the literature.

Independence of judgement: to pass the exam the student must independently answer free-response theoretical, analytical and planning questions and is therefore led to develop autonomy of judgment on the completeness, depth and correctness of the answers freely provided.

Communication skills: the student is able to illustrate the theoretical and technical motivations underlying the properties of fundamental analog and digital circuits.

Learning ability: after passing the exam, the student is able to independently learn other basic characteristics of modern circuit electronics and to apply the same circuit configurations to new devices.


Course Prerequisites

Basic knowledge of analog and digital electronics.


Teaching Methods

Lectures and practical exercises with circuit simulators.

Written, oral and practical examination.


Assessment Methods

The assessment and evaluation examinations consist of:

- an oral test, aimed at ascertaining the understanding of the theoretical methods for the analysis and synthesis of simple electronic circuits, maximum mark 30/30. The exam consists of answering three questions in writing, covering the entire syllabus. Time allowed: 45 minutes.

- a practical test, aimed at ascertaining the ability to analyze and dimension practical circuits that include standard electronic components with a circuit simulation program, maximum score 30/30. The exam consists of a PSpice simulation, including the design and analysis of a given circuit. Time allowed: 60 minutes.

The final grade is the arithmetic mean of the marks obtained in the two exams.

In order to pass the exam, with a minimum grade of 18/30, it is necessary that the subject knowledge/skills be at least at an elementary level for both the written and oral parts.


30 – 30 with Honors (Excellent)

The student:

* demonstrates comprehensive and detailed knowledge of the subject: masters the relevant content, uses appropriate and precise terminology, identifies and explains the main concepts, and incorporates personal insights and critical reflections into their synthesis;

* shows an excellent understanding of the subject: clearly distinguishes between primary ideas and supporting arguments, effectively frames the key issues, strengthens arguments with references to supplementary materials or independent study, and develops interdisciplinary connections;

* displays well-established ability to apply knowledge and critically analyze results;

* presents the material in a clear and well-structured manner: the exposition is coherent, logical, mature, and concise.


28 – 29 Very Good

The student:

* demonstrates thorough knowledge of the subject: masters the relevant content, uses appropriate terminology, and identifies and explains most of the principal concepts;

* shows solid understanding of the subject: identifies most of the key issues, although not always clearly distinguishing between primary and secondary arguments, and supports discussion with references to supplementary materials or independent study;

* demonstrates excellent ability to apply knowledge and analyze results;

* presents the material clearly and in a well-articulated manner: the exposition is organized, logical, mature, and concise, although minor inaccuracies may occur.


25 – 27 Good

The student:

* demonstrates broad knowledge of the subject: is familiar with the relevant content, though explanations may not always be complete; uses the appropriate terminology, though sometimes imprecisely; identifies the key concepts but may not always explain them fully or accurately;

* shows adequate understanding of the subject: recognizes the main issues but is not always able to contextualize them fully;

* demonstrates good ability to apply knowledge;

* presents the material clearly, though not always comprehensively, with a somewhat schematic organization and reasoning that may occasionally appear fragmented or repetitive.


22 – 24 Satisfactory

The student:

* demonstrates an acceptable knowledge of the subject: is familiar with most of the content but shows some gaps and occasional confusion regarding certain important (though non-essential) concepts;

* shows a basic but sufficient understanding of the subject: does not always succeed in clearly framing all topics or may do so with some inaccuracies;

* demonstrates satisfactory ability to apply the fundamental concepts of the subject;

* presents the material correctly but without a fully clear and coherent structure, sometimes including less relevant elements in the discussion.


18 – 21 Pass

The student:

* demonstrates limited knowledge of the subject: is familiar with the most relevant content but shows numerous gaps; identifies several key concepts but is unable to explain them fully or precisely;

* shows a basic understanding of the subject: has difficulty distinguishing the main issues and does not always contextualize them accurately due to incomplete or imprecise knowledge;

* shows uncertainty in applying the fundamental concepts of the subject;

* presents the material in a somewhat unclear and disorganized manner, with fragmented and occasionally repetitive reasoning, and terminology that is not always used appropriately.


Fail

The student:

* demonstrates poor and fragmented knowledge of the subject: lacks familiarity with essential content, shows significant gaps, and fails to identify key concepts;

* displays serious misunderstandings, is unable to answer several questions or solve several problems, and makes errors in applying the fundamental concepts of the subject;

* does not achieve an acceptable level of analytical reasoning or articulation of ideas regarding the subject.



Texts

A. Sedra, K. C. Smith, “Circuiti per la Microelettronica”, Oxford University Press, New York (USA). Italian edition by Aldo Ferrari, edited by Edizioni Ingegneria 2000, Roma.

R. C. Jaeger, “Microelettronica”, ed. McGraw Hill Italia.

Lessons' notes and slides (Digital circuits).


Contents

Differential and Multistage Amplifiers: BJT differential pair. Small-signal operation of the BJT differential amplifier. (0.5 CFU)

Other non-ideal characteristics of the differential amplifier. Multistage amplifiers. (0.5 CFU)

Frequency Response of Amplifiers: General concepts. Frequency response of amplifiers. Transfer function in the frequency domain. Equivalent π-model circuit. Frequency response of common-emitter, common-collector, and common-base amplifiers. Frequency response of the differential pair. (1.5 CFU)

Frequency response CE/CB and CC/CE (only for Electronics 11 CFU and Analog and Digital Electronics 9 CFU). (0.5 CFU)

Feedback: General concepts. Negative and positive feedback. Basic types of feedback amplifiers and their analysis. Positive feedback: Schmitt trigger. (0.5 CFU)

Sinusoidal oscillators. Examples of practical feedback electronic circuits. Nonlinear applications of the operational amplifier (only for Electronics 11 CFU and Analog and Digital Electronics 9 CFU). (1 CFU)

Operational Amplifiers: Functions and characteristics of the ideal operational amplifier. Inverting and non-inverting configurations. Effect of open-loop gain. Integrator and differentiator circuits. Summing circuit. (1 CFU)

Real characteristics of the operational amplifier (only for Electronics 11 CFU and Analog and Digital Electronics 9 CFU). (0.5 CFU)

Digital Circuits: Synchronous and asynchronous sequential machines, overview. Mealy and Moore machines. SCO-SCA systems, overview. Computing architectures, overview. Microprogramming, overview. Practical design of microprogrammed systems. (2 CFU)

Design and implementation of simple circuits (only for Electronics 11 CFU and Analog and Digital Electronics 9 CFU). (1 CFU)

Design and characterization of analog circuits (only for Electronics 11 CFU). (2 CFU)


More information

Team name

L-8 Elettronica (Elettronica Analogica e Digitale - Elettronica Applicata)- 2025/2026


Team code

b33p4jq


Please note: the teaching materials provided in the Team are intended solely as supplementary support and are not sufficient on their own to pass the exam.


Degrees

Degrees

Industrial Engineering 
Bachelor's Degrees
3 years
No Results Found

People

People

CAROTENUTO Riccardo
AREA MIN. 09 - Ingegneria industriale e dell'informazione
Settore IINF-01/A - Elettronica
Gruppo 09/IINF-01 - ELETTRONICA
Docenti di ruolo di IIa fascia
No Results Found

Other

Main module

APPLIED ELECTRONICS
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