Mandatory courses
Electronics 1
Type of course
Compulsory course in the 3rd trimester of the bachelor program in electrical engineering
Lecturer
Prof. Dr.–Ing. H. Göbel
Contact hours
4 TWS lecture / 1 TWS tutorial
Contents
-Introduction
-The transistor as amplifier
-Basic transistor circuits
-Operation amplifier
Textbook to the lecture
H. Göbel, Einführung in die Halbleiter-Schaltungstechnik, Springer Vieweg,
H. Göbel, H. Siemund, Übungsaufgaben zur Halbleiter-Schaltungstechnik, Springer Vieweg
Electronics 2
Type of course
Compulsory course in the 4th trimester of the bachelor program in electrical engineering
Lecturer
Prof. Dr.–Ing. H. Göbel
Contact hours
2 TWS lecture / 1 TWS tutorial
Contents
-The transistor as amplifier
-Basic transistor circuits
-Operation amplifier
-Frequency behavior of analog circuits
-feedback in amplifiers
Textbook to the lecture
H. Göbel, Einführung in die Halbleiter-Schaltungstechnik, Springer Vieweg,
H. Göbel, H. Siemund, Übungsaufgaben zur Halbleiter-Schaltungstechnik, Springer Vieweg
Integrated Circuits / Fundamentals of Integrated Circuits
Type of course
Compulsory course in the 9th trimester of the master programs Information Technology / Computer Science Engineering
Lecturer
Prof. Dr.–Ing. H. Göbel
Contact hours
4 TWS lecture / 1 TWS exercise / 2P
Contents
-Basics of semiconductor physics
-diode
-Bipolar transistor
-Field effect transistor
-logic circuits
-Manufacture of integrated circuits in CMOS technology
Textbook to the lecture
H. Göbel, Einführung in die Halbleiter-Schaltungstechnik, Springer Vieweg,
H. Göbel, H. Siemund, Übungsaufgaben zur Halbleiter-Schaltungstechnik, 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 TWS lectures / 1 TWS exercises / 1 TWS lab sessions
Contents
-Introduction
-Operational Amplifiers
-The MOS-FET
-Logic Gates
Textbook
R. Jaeger and T. Blalock, Microelectronic Circuit Design, McGrawHill Book Co.
Elective Courses
From the Abacus to the Supercomputer – History and Technology of Integrated Circuits
Type of course
Elective course in the context of the interdisciplinary studies (ISA)
Lecturer
Dr.–Ing. Henning Siemund
Scope
4 TWS lecture
Content
Part I: Fundamentals and Fabrication of Integrated Circuits
– Basics of electronic components
– The transistor as a switch
– Introduction to digital technology
– Digital memories
– Digital computing circuits
– Production of integrated circuits
Part II: History and current developments in computer technology
– Historical outline of the development of computer technology
– Numbers, number systems and algorithms
– Computer hardware: The memory
– Computer Hardware: The Processor
– Computer architectures
– Single-purpose computing systems, special-purpose computing systems, and general-purpose computing systems.
– Sequential and concurrent computing systems
Gravitation and relativity
Type of course
Elective subject from the 6th trimester in all Master’s programs of the Faculty of Electrical Engineering
Lecturer
Prof. Dr.–Ing. H. Göbel
Scope
2 TWS lecture
Contents
-Newtonian mechanics
-Special relativity
-Gravity and the curvature of space
-vectors and coordinate systems
-Metrics and the measurement of space
-vectors in curved coordinates
-Measurement of the curvature
-Einstein field equation
-Blackschild metric
-Equation of motion according to Einstein
-Deflection of light in curved space-time
-Motion of bodies in curved space-time
Textbook to the lecture
H. Göbel, Gravitation und Relativität, DeGruyter-Verlag, Berlin, Boston
Introduction to quantum mechanics
Type of course
Elective subject from the 6th trimester in all Master’s programs of the Faculty of Electrical Engineering
Lecturer
Prof. Dr.–Ing. H. Göbel
Scope
2 TWS lecture
Contents
-Light in the wave image
-Light in the particle image
-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
Textbook to the lecture
H. Göbel, Quantenmechanik, Eine Einführung in die Wellen und Wahrscheinlichkeiten, DeGruyter-Verlag, Berlin, Boston (erscheint demnächst)
Letzte Änderung: 1. February 2023