This course aims to analyze and design systems oriented towards the use of electrical signals, generally for the purpose of processing information. Additionally, it addresses the need to deepen the understanding of electronic devices and their efficient use.



The course builds on the knowledge acquired in the Industrial Electronics course from the second year, delving deeper into these concepts and complementing them. It also utilizes the knowledge taught in the Electrical Technology course. Therefore, a solid understanding of the subjects covered in these courses is essential for adequately following this course.

Passive and active devices. Electronic components. Analog systems (calculation and design).

1. Introduction

2. Amplifiers

2.1 Introduction to Amplification

2.2 Basic Amplifier Stages

2.3 Frequency Response

2.4 Output Stages

3. Analog Integrated Circuits

3.1 Basic IC Structures

3.2 Differential Amplifier

4. Operational Amplifiers

5. Voltage Regulators

Lectures and laboratory sessions.

• Continuous Assessment System
• Final Assessment System
• Tools and qualification percentages:
  • Written test to be taken (%): 80
  • Realization of Practical Work (exercises, cases or problems) (%): 20

The theoretical content will be supported by illustrative examples presented during lectures, and a collection of problems will be provided to reinforce the concepts covered in the theoretical classes. In this regard, the use of tutorials is highly recommended to address any difficulties that may arise in solving these problems.



Additionally, six practical sessions will be conducted, designed to support the theoretical content and to familiarize students with the electronic environment for signal processing and analysis. The practical sessions will always cover topics previously addressed in the theory.



A written exam will be conducted during the exam period. The final grade will consist of 80% from the written exam and 20% from the practical sessions. To calculate the average, it is necessary to obtain more than five out of ten in the written exam and more than five out of ten in the practical sessions.



If a student scores more than five in the written exam but fails the practical sessions (or has not completed them), it will be possible to take a practical exam arranged with the professor. Not attending the written exam will be evaluated as Not Present, even if the practical sessions have been completed.

The extraordinary examination session will follow the same criteria as the regular session.

Practical scripts and information available on the course's Egela platform.

Basic bibliography

-CIRCUITOS ELECTRONICOS ANALISIS, SIMULACION Y DISEÑO

N.R. Malik

Prentice-Hall, 1997



-ELECTRÓNICA: TEORÍA DE CIRCUITOS Y DISPOSITIVOS ELECTRÓNICOS

Robert L. Boylestad & Louis Nashelsky

Pearson Educación, 2003



-AMPLIFICADORES OPERACIONALES Y CIRCUITOS INTEGRADOS LINEALES: TEO RIA Y APLICACION

James M. Fiore

S.A. Ediciones Paraninfo, 2002

In-depth bibliography

-ANALYSIS AND DESIGN OF ANALOG INTEGRATED CIRCUITS
Paul R. Gray
John Wiley & Sons, 20/1/2009

-CIRCUITOS ELECTRÓNICOS
Tomo 1. Analógicos I, 8ª ed. 1986
Tomo 2. Analógicos II, 10ª ed. 1991
Coordinador E. Muñoz Merino
Dpto. de publicaciones de la ETSI de Telecomunicación de Madrid.

DISPOSITIVOS ELECTRÓNICOS
Floyd
Prentice Hall, 8ª ed. 2008

DISEÑO DE CIRCUITOS MICROELECTRÓNICOS
Jaeger, Blalock
Mc Graw-Hill 2ª ed. 2005

CIRCUITOS MICROELECTRÓNICOS
Sedra, Smith
Mc Graw-Hill, 5ª ed. 2006

ELECTRÓNICA: TEORÍA DE CIRCUITOS Y DISPOSITIVOS ELECTRÓNICOS
Boylestad, Nashelsky
Prentice Hall, 10ª ed. 2009

ANÁLISIS Y DISEÑO DE CIRCUITOS INTEGRADOS ANALÓGICOS.
P. Gray, R. Meyer
3ª Ed. Prentice Hall 1993

CIRCUITOS ELECTRÓNICOS.
Análisis, diseño y simulación
N.R. Malik
Prentice Hall 1997

ELECTRÓNICA
A.R. Hambley
Prentice Hall 2º ed. 2001

CIRCUITOS MICROELECTRÓNICOS: Análisis y diseño
M.H. Rashid
Thomson 2002

CIRCUITOS Y DISPOSITIVOS ELECTRÓNICOS
Fundamentos de electrónica
L. Prat et al.
Ediciones UPC 1999

AMPLIFICADORES OPERACIONALES Y CIRCUITOS INTEGRADOS LINEALES
Teoría y aplicación
J.M. Fiore
Thomson 2002

AMPLIFICADORES OPERACIONALES Y CIRCUITOS INTEGRADOS LINEALES
R.F. Coughlin
Prentice Hall 1999

PROBLEMAS DE ELECTRÓNICA ANALÓGICA
García López, Méndez, Melguizo
Servicio de publicaciones de la Universidad de Alcalá 1987

PROBLEMAS DE ELECTRÓNICA ANALÓGICA
F. Pérez Glz., J. Arriaga
Dpto. de publicaciones de la E.U.I.T. Telecomunicación de Madrid 1989

PROBLEMAS DE ELECTRÓNICA ANALÓGICA
J. Otero, J. Velasco
Paraninfo 1993

Web addresses

http://www.national.com/analog
http://www.analog.com/

http://www.ti.com/