Department of Electrical and Computer Engineering

MENUMENU
  • Department
      • Profile
      • Faculty
      • Evaluation
      • Administration
      • Staff
  • Studies
    • Subject Areas
    • Undergraduate Studies
    • Postgraduate Studies
      • MSc Studies in “Science and Technology of ECE”
      • MSc Studies in “Smart Grid Energy Systems”
      • MSc Studies in “Applied Informatics”
    • PhD Studies
    • Course List
      • Undergraduate Courses
      • Postgraduate Courses
        • Science and Technology of ECE
        • Smart Grid Energy Systems
        • Applied Informatics
      • Erasmus
    • ECTS
    • Career Opportunities
    • Practise Training
  • Research
    • Labs
    • Research Projects
    • Postdoc Research
    • Ph.D. Candidates
    • Theses – Technical Reports
    • Active Research Projects

      MLSysOps: Machine Learning for Autonomic System Operation in the Heterogeneous Edge-Cloud Continuum

      Scientific Responsible

      Spyros LalisSpyros Lalis, Professor
      E-mail: lalis@e-ce.uth.gr

      TitleMLSysOps: Machine Learning for Autonomic System Operation in the Heterogeneous Edge-Cloud Continuum
      Duration2023 – 2025
      Sitehttps://csl.e-ce.uth.gr/projects/mlsysops

      Read More

  • Alumni
    • Ph.D. Graduates
  • Service Offices
    • Secretariat
    • Technical support
  • Announcements
    • General Announcements
    • Academic News
  • Contact
    • Department of Electrical and Computer Engineering
      • Sekeri – Cheiden Str
        Pedion Areos, ECE Building
        383 34 Volos – Greece
      Tel.+30 24210 74967, +30 24210 74934
      e-mailgece ΑΤ e-ce.uth.gr
      PGS Tel.+30 24210 74933
      PGS e-mailpgsec ΑΤ e-ce.uth.gr
      URLhttps://www.e-ce.uth.gr/contact-info/?lang=en
  • Login

ECE341 Advanced Electronics

Home » Studies » Undergraduate Studies » Undergraduate Courses » ECE341 Advanced Electronics
Subject AreaComputer Hardware and Architecture
SemesterSemester 5 – Fall
TypeElective
Teaching Hours4
ECTS6
Prerequisites
  • ECE214 Introduction to Electronics
Course Sitehttps://eclass.uth.gr/courses/E-CE_U_173/
Course Director

Fotios PlessasFotios Plessas, Professor
E-mail: fplessas@e-ce.uth.gr

Course Instructor
  • Fotios Plessas, Professor
    E-mail: fplessas@e-ce.uth.gr
  • Description
  • Learning Outcomes
  • Models for integrated-circuit active devices.
  • Bipolar and MOS integrated-circuit technology.
  • Single transistor and multiple transistor amplifiers.
  • Current mirrors, active loads and references.
  • Output stages.
  • Frequency response of integrated circuits.
  • Hands-on experience, practical applications and projects.

This elective course will expand and broaden the knowledge and abilities of students in a wide range of electronics and more specifically in the area of electronics.

It aims at better understanding, expansion of the knowledge of students on issues related to the design of analog integrated circuits, such as amplifiers, output stages and biasing circuits. The laboratory part of the course involves performing laboratory exercises using a circuit simulator tool.

Upon successful completion of this course students should have: a good understanding of the operation of semiconductor devices; a good understanding of small signal and multistage amplifiers (including biasing and frequency response); a good understanding of output stages. Additionally, students will have acquired the following skills:

  • Knowledge of and experience in key characteristics of the design process and analysis of any kind of analog integrated circuit as well as ability to demonstrate understanding of system’s operations.
  • The ability to analyze, using appropriate methods, a simple analog integrated circuit.
  • The ability to transfer the acquired knowledge and skills to a more advanced levels via problem solving, designing and developing simple analog circuits or differentiating them with respect to already known circuits.
  • The ability to evaluate the results of the analysis carried out, by comparing them with those provided by the theory but often with those resulting from alternative methods.
  • The skills to continue further and to more specific closely related subjects.
  • The ability to combine knowledge, handle complex issues, and to make judgments about the (better) functioning of a system.
  • Capacity for cooperation and teamwork with colleagues to materialize and evaluate through the thorough study of various types of analog circuits.

e-Yπηρεσίες

Contact Info

  • Sekeri – Cheiden Str, Pedion Areos, Volos
  • +30 24210 74967
  • +30 24210 74934
  • Email: gece@e-ce.uth.gr

Announcements

  • Academic News

Find us

  • Facebook
  • Twitter
  • Youtube
  • Linkedin
© Copyright 2025 Department of Electrical and Computer Engineering
We use cookies to ensure that we give you the best experience on our website.OKΠληροφορίες