Technological and Digital Innovation Engineering applied to the Built Environment

Introduction to analog electronics and digital electronics Basic concepts on the main electronic components: diodes, operational amplifiers, MOSFET transistors Fundamentals of CMOS digital circuits Digital logic and elementary digital circuits Combinatorial circuits Sequential circuits Basic elements on microprocessor systems Laboratory activities on course topics

Basic knowledge of the Italian language. Knowledge of methods for the analysis of electrical networks. Analytical and synthetic reasoning skills.

• Sedra Smith, Circuiti per la microelettronica, EdiSES, 2019 or Sedra Smith, Circuiti per la microelettronica, EdiSES, 2012 or Sedra Smith, Microelectronic circuits – 7th ed., Oxford Press Inc., New York, 2015 or Sedra Smith, Microelectronic circuits – 6th ed., Oxford Press Inc., New York, 2010 • R. Asquini, F. Zappa, “Digital Electronic Components”, Società Editrice Esculapio, 2025

Classroom attendance is optional but strongly recommended.

The assessment is based on an oral exam and aims to verify the student's learning outcomes achieved on the course topics.

• Slides and course material provided by the teacher (available on the website) • Sedra Smith, Circuiti per la microelettronica (edizione EdiSES 2019 or EdiSES 2012) or Sedra Smith, Microelectronic circuits (7th ed., Oxford Press Inc., New York, 2015 or 6th ed., Oxford Press Inc., New York, 2010) • R. Asquini, F. Zappa, “Digital Electronic Components”, Società Editrice Esculapio, 2025

The Course of Principles of Electronics is held through classroom lectures with support of projections of teaching material and explanations with the help of the blackboard on the course topics reported in the teaching program. Theory of each subject is explained by the teacher, and followed with examples and exercises which are carried out in the classroom by the teacher, and/or assigned for individual study as homework. In the final part of the course some Laboratory sessions are held in the laboratory with equipped benches and electronic micro-controllers that allow students, organized in small groups, to carry out projects to verify the acquisition of the course concepts. The Course has a site on the Sapienza Moodle e-learning platform through which students can have access to teaching material prepared by the teacher, to course information and to a communication Forum. The Course is made of face to face lessons, individual study of the theory, strengthen by the execution of numerical exercises and electronic projects. - Course attendance: optional but strongly recommended. - Course delivery: lectures, exercises and laboratory. - Use of Sapienza e-learning platform for distribution of teaching material and Forum.