Elementary Electronics (B-KUL-H01M3A)
Aims
This is a first course in electronics. The aim is to give the student an impression of the importance of electronics in electronic systems like communication systems, audio and video electronics and computer systems.
Previous knowledge
The prerequisites are:
Elektrische netwerken (B-KUL-H01Z2A) + Algemene natuurkunde (B-KUL-H01B2B)
or
Informatie-overdracht en -verwerking (B-KUL-H01D2C) + Natuurkunde voor informatici I: mechanica en elektriciteit (B-KUL-G0U25B) + Natuurkunde voor informatici II: magnetisme (B-KUL-G0W67A)
Order of Enrolment
This course unit is a prerequisite for taking the following course units:
H01Q6C : Problem Solving and Engineering Design: Electrical Engineering
H09O0B : Design in Medical Technology
Is included in these courses of study
- Preparatory Programme: Master of Biomedical Engineering (Leuven) 76 ects.
- Bachelor of Informatics (Leuven) (Minor Subject: Broadening) 180 ects.
- Preparatory Programme: Master of Electrical Engineering (Leuven) 60 ects.
- Preparatory Programme: Master of Nanoscience, Nanotechnology and Nanoengineering (Leuven) 60 ects.
- Master of Nanoscience, Nanotechnology and Nanoengineering (Leuven) 120 ects.
- Master of Nanoscience, Nanotechnology and Nanoengineering (Programme for Master of Industrial Sciences) (Leuven) 120 ects.
- Bachelor of Engineering (Leuven) (Major Subject: Biomedical Engineering) 180 ects.
- Bachelor of Engineering (Leuven) (Major Subject: Electrical Engineering) 180 ects.
- Bachelor of Engineering (Leuven) (Minor Biomedical Engineering) 180 ects.
- Bachelor of Engineering (Leuven) (Minor Subject Electrical Engineering) 180 ects.
Activities
2.6 ects. Elementary Electronics: Lecture (B-KUL-H01M3a)
Content
This course builds on the knowledge of "Electrical circuits". After a short brushup, the main semiconductor components such as a diode, a MOST transistor and a bipolar transistor are discussed. Small-signal diagrams are also discussed.
With these components, the main analogue and digital circuits can be studied, such as the amplifier, the follower and the cascode, but also the invertor, a NAND and a NOR gate. More complex circuits are the operational amplifier, the rectifier and the Schmitt-trigger. With these building blocks the internal working of Opamps is studied.
In a final part, feedback is discussed. The stability conditions and requirements are determined. Subsequently, Balckmann is used for the analysis of the impedance of circuits.
Course material
Part 1: Course notes
Part 2: Copies of overheads
0.4 ects. Elementary Electronics: Exercises (B-KUL-H01M4a)
Content
- Networks
- Bode diagrams
- Analysis amplifier circuit (mandatory)
- Simulation amplifier circuit (mandatory)
- Realization of a PCB via e-FAB and measuring this amplifier circuit (labo, mandatory)
Format: more information
The mandatory exercises/practica 3-5 are part of the activated education program: exercising a design cycle : form theoretical analysis, simulation up to the realization and measurements of an amplifier circuit
It will be organized in groups. The circuit has to be realized via e-fab and a report is required.
Evaluation
Evaluation: Elementary Electronics (B-KUL-H21M3a)
Explanation
closed book, no formulary
the evaluation of the lab report will be taken into account
If the evaluation indicates that the student has not sufficiently met one or several of the aims of the course unit, the global result may deviate from the weighted average of all subcomponents.
Information about retaking exams
closed book, no formulary
the evaluation of the lab report will be taken into account
If the evaluation indicates that the student has not sufficiently met one or several of the aims of the course unit, the global result may deviate from the weighted average of all subcomponents.