2024
Industrial Electronics
Name: Industrial Electronics
Code: EME00509L
6 ECTS
Duration: 15 weeks/156 hours
Scientific Area:
Electrotechnical Engineering
Teaching languages: Portuguese
Languages of tutoring support: Portuguese, English
Regime de Frequência: Presencial
Sustainable Development Goals
Learning Goals
Students will obtain useful skills to understand the Industrial Power Electronics basic principles. They will learn the functioning of power electronics converters, and also the power electronic devices. Students will also know how to specify the converters for different application types. Students will also acquire competences that will allow them to pursuit and increase their studies and knowledge.
Contents
1. Introduction
Objectives and application examples.
2. Power Electronic Devices
Diode, Tiristor, GTO, BJT, MOSFET, IGBT
Devices characteristics comparison
3. AC/DC Converters ? Rectifiers
Analysis of different topologies
Power Flow. Power Factor
4. AC/AC Converters
Cicloconverters: Topology and functioning principles
Static Converters: Functioning as switch and with phase control
5. DC/DC Converters - "Chopper"
Analysis of different topologies
6. DC/AC Converters ? Inverters
Voltage Inverters: one and three phases topologies; Power Flow
Current Inverters
7. Regulation and Command of Power Converters
P;PI;PID Controllers. Regulation Circuits.
PWM Command. Tiristors, Transistors and IGBT's Command Circuits.
Objectives and application examples.
2. Power Electronic Devices
Diode, Tiristor, GTO, BJT, MOSFET, IGBT
Devices characteristics comparison
3. AC/DC Converters ? Rectifiers
Analysis of different topologies
Power Flow. Power Factor
4. AC/AC Converters
Cicloconverters: Topology and functioning principles
Static Converters: Functioning as switch and with phase control
5. DC/DC Converters - "Chopper"
Analysis of different topologies
6. DC/AC Converters ? Inverters
Voltage Inverters: one and three phases topologies; Power Flow
Current Inverters
7. Regulation and Command of Power Converters
P;PI;PID Controllers. Regulation Circuits.
PWM Command. Tiristors, Transistors and IGBT's Command Circuits.
Teaching Methods
The teaching method is based in theoretical, practical and laboratory classes.
Assessment
The theoretical part: 3 Tests or a Final Exam: Minimum grade 9.5
- [F1] Test 1 ? (25%) (min 8.0)
- [F2] Test 2 - (25%) (min 8.0)-
- [Ex1, Ex2] Final Exam (50%)
The Laboratorial part has minimum grade 9.5
- [L] Laboratory (25%)
Project
- [P] Project (25%)
[NF] Final Grade: NF = Max{(F1 + F2)/2; Ex1; Ex 2}×0.5 + L×0.25 + P×0.25
If NF>= 9.5 : Approved
If NF< 9.5 : Failed
Student tutoring available outside the class, 2 times per week in slots of 2 hours each. Email available for basic questions or for rescheduling the tutoring timetable in order to suit each student.
Assessment
The theoretical part: 3 Tests or a Final Exam: Minimum grade 9.5
- [F1] Test 1 ? (25%) (min 8.0)
- [F2] Test 2 - (25%) (min 8.0)-
- [Ex1, Ex2] Final Exam (50%)
The Laboratorial part has minimum grade 9.5
- [L] Laboratory (25%)
Project
- [P] Project (25%)
[NF] Final Grade: NF = Max{(F1 + F2)/2; Ex1; Ex 2}×0.5 + L×0.25 + P×0.25
If NF>= 9.5 : Approved
If NF< 9.5 : Failed
Student tutoring available outside the class, 2 times per week in slots of 2 hours each. Email available for basic questions or for rescheduling the tutoring timetable in order to suit each student.
Teaching Staff
- Frederico José Lapa Grilo [responsible]