Modulbeschreibung

In this seminar you will gain an insight into how integrated circuits are manufactured, how electronic modules are created from individual components and which methods are mainly used to test circuits and systems. The entire course takes place as a block course and includes both theory and lab, where you will study the practical realization, characterization and testing of an electronic system. You will manufacture a simple integrated circuit yourself in a clean room, then assemble the elements into a module and validate all components with the test programs you have previously designed.

Es findet eine Prüfung statt.

Es findet eine Prüfung statt (Gewicht 100%).

In this seminar you will gain an insight into how integrated circuits are manufactured, how electronic modules are created from individual components and which methods are mainly used to test circuits and systems. The entire course takes place as a block course and includes both theory and lab, where you will study the practical realization, characterization and testing of an electronic system. You will manufacture a simple integrated circuit yourself in a clean room, then assemble the elements into a module and validate all components with the test programs you have previously designed.

Theorie:

• Test process and test equipment
• Fault modelling
• Logic and fault simulation
• Test methods, such as IDDq, scan, BIST, analog test
• Basics on MEMS (micro-electro mechanical systems) and semiconductor fabrication processes: photolithography, ion-implantation, thin-film coating, etching
• Various analysis techniques for MEMS and semiconductors: Scanning electron microscope, optical microscope
• Packaging of electronic devices

Project: Design, fabrication, and test of a mixed analog / digital circuit (Test in Rapperswil, Fabrication Buchs)

• A simple flow sensor is manufactured in the microtechnology fabrication center (clean room) and assembled with other electronic components to form a system. This, during three days of hands-on experience in microtechnology in Buchs.
• The overall system and its subcomponents are designed in advance and prepared for testability. After manufacturing, the system is tested with your test program according to the methods developed in theory.
• You will be using modern design and test equipment.