Electronics 1
Type of Event
Compulsory subject in the 3rd trimester in all Bachelor’s degree programs of the Faculty of Electrical Engineering
Lecturer
Prof. Dr.–Ing. H. Göbel
Scope
4 LHP Lecture / 1 LHP Exercise
Content
-Introduction
-The Transistor as an Amplifier
-Basic Transistor Circuits
-Operational Amplifiers
Lecture Textbook
H. Göbel, Introduction to Semiconductor Circuit Design, Springer Vieweg,
H. Göbel, H. Siemund, Exercises in Semiconductor Circuit Design, Springer Vieweg
Electronics 2
Type of Event
Compulsory subject in the 4th trimester in all Bachelor’s degree programs of the Faculty of Electrical Engineering
Lecturer
Prof. Dr.–Ing. H. Göbel
Scope
2 LHP Lecture / 1 LHP Exercise
Content
-The Transistor as an Amplifier
-Basic Transistor Circuits
-Operational Amplifiers
-Frequency Response of Analog Circuits
-Feedback in Amplifiers
Lecture Textbook
H. Göbel, Introduction to Semiconductor Circuit Design, Springer Vieweg,
H. Göbel, H. Siemund, Exercises in Semiconductor Circuit Design, Springer Vieweg
Integrated Circuits
Type of Event
Compulsory subject in the 2nd trimester of the Master’s degree program Digital Engineering
Lecturer
Prof. Dr.–Ing. H. Göbel
Scope
4 LHP Lecture / 1 LHP Exercise
Content
-Fundamentals of Semiconductor Physics
-Diode
-Bipolar Junction Transistor
-Field-Effect Transistor
-Logic Circuits
-Manufacturing of Integrated Circuits in CMOS Technology
Lecture Textbook
H. Göbel, Introduction to Semiconductor Circuit Design, Springer Vieweg,
H. Göbel, H. Siemund, Exercises in Semiconductor Circuit Design, Springer Vieweg
Electronic Systems
Type of Course
Mandatory course in the 3rd Trimester for students in Engineering Science
Lecturer
Prof. Dr.–Ing. H. Göbel
Contact hours
2 LHP lectures / 1 LHP exercises / 1 LHP lab sessions
Contents
-Introduction
-Operational Amplifiers
-The MOS-FET
-Logic Gates
Textbook
R. Jaeger and T. Blalock, Microelectronic Circuit Design, McGrawHill Book Co.
Integrated Circuits Lab
Type of Event
Compulsory elective subject in the 2nd trimester of the Master’s degree program Digital Engineering
Lecturer
Prof. Dr.–Ing. H. Göbel
Scope
2 LHP Laboratory Courses
Content
-Fundamentals of Semiconductor Physics
-Diode
-Bipolar Junction Transistor
-Field-Effect Transistor
-Logic Circuits
-Manufacturing of Integrated Circuits in CMOS Technology
Lecture Textbook
H. Göbel, Introduction to Semiconductor Circuit Design, Springer Vieweg,
H. Göbel, H. Siemund, Exercises in Semiconductor Circuit Design, Springer Vieweg
From the Abacus to the Supercomputer: The History and Technology of Integrated Circuits
Type of Event
Compulsory elective subject within the framework of interdisciplinary study components (ISA)
Lecturer
Dr.–Ing. Henning Siemund
Scope
4 LHP Lecture
Content
Part I: Fundamentals and Manufacturing of Integrated Circuits
• Fundamentals of Electronic Components
• The Transistor as a Switch
• Introduction to Digital Technology
• Digital Memory
• Digital Arithmetic Circuits
• Manufacturing of Integrated Circuits
Part II: History and Current Developments in Computer Technology
• Historical Overview of the Development of Computing Technology
• Numbers, Number Systems, and Algorithms
• Computer Hardware: Memory
• Computer Hardware: The Processor
• Computer Architectures
• Single-Purpose, Special-Purpose, and General-Purpose Computing Systems
• Sequential and Concurrent Computing Systems
Gravity and Relativity
Type of Event
Compulsory elective subject from the 6th trimester onwards in all Master’s degree programs of the Faculty of Electrical Engineering
Lecturer
Prof. Dr.–Ing. H. Göbel
Scope
2 LHP Lecture
Content
-Newtonian Mechanics
-Special Relativity
-Gravitation and the Curvature of Space
-Vectors and Coordinate Systems
-Metrics and the Measurement of Space
-Vectors in Curved Coordinates
-Measurement of Curvature
-Einstein Field Equations
-Schwarzschild Metric
-Einstein’s Equation of Motion
-Deflection of Light in Curved Spacetime
-Motion of Bodies in Curved Spacetime
Lecture Textbook
H. Göbel, Gravitation and Relativity, DeGruyter-Verlag, Berlin, Boston
Introduction to Quantum Mechanics
Type of Event
Compulsory elective subject from the 6th trimester onwards in all Master’s degree programs of the Faculty of Electrical Engineering
Lecturer
Prof. Dr.–Ing. H. Göbel
Scope
2 LHP Lecture
Content
-Light in the Wave Picture
-Light in the Particle Picture
-Light in the Probability Picture
-The Measurement Process in Quantum Mechanics
-From Photon to Particle
-Measurement as Expansion of the State Function
-From Quantum Mechanics to Classical Physics
-Measurement as Application of an Operator
-The Dirac Notation
-The Density Matrix
-Applications of Quantum Mechanics
Lecture Textbook
H. Göbel, Quantum Mechanics, An Introduction to Waves and Probabilities, DeGruyter-Verlag, Berlin, Boston
Letzte Änderung: 24. June 2026