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Professorship Materials and Reliablility of Microsystems
Zuverlässigkeit elektronischer Komponenten und Systeme (Technische Zuverlässigkeit)
Professorship Materials and Reliablility of Microsystems 

Zuverlässigkeit elektronischer Komponenten und Systeme (Technische Zuverlässigkeit)

Responsibility:  Sven Rzepka, Prof. Dr.

This course is held in German language under the its original title 'Zuverlässigkeit elektronischer Komponenten und Systeme (Technische Zuverlässigkeit)'

All documents and latest information are available from the OPAL-course: Zuverlässigkeit elektronischer Komponenten und Systeme (Technische Zuverlässigkeit) (in German language).

Offical course dates for this semester [de]

Nummer Name Zeit Raum Details
244036-600
[Vorlesung]
Weitere Infos im OPAL-Kurs.
Montag (Wöchentlich)
09:15-10:45
C25.065
(alt: 2/W065)
244036-600A
[Vorlesung]
Montag (14-täglich, ungerade KW)
11:30-13:00
C25.065
(alt: 2/W065)
244036-601
[Übung]
Weitere Infos im OPAL-Kurs.
Montag (14-täglich, gerade KW)
11:30-13:00
C25.065
(alt: 2/W065)

General Information

  • Language: German
  • Participants:
    • mandatory: B_ETMG6 (module B_ET 2.3.7)
    • optional required: D_MMMP8, D_MMAB8
  • Types of teaching (LVS = contact hours):
    • Lecture: 3 LVS in SS
    • Problem class: 1 LVS in SS
  • Examiniation: Written exam (120 min)

Objectives

  • Become familiar with the failure behaviour of components and systems
  • Introduction to the most important methods of a reliability oriented development, production, operation and maintenance of devices and systems

Content

  • Evaluation of technical systems: Reliability, quality and costs
  • Failure terminology
  • The random variable Lifetime
  • System renovation
  • Quantitative reliability statistics
    • Distribution and reliability function
    • Lifetime probability density function
    • Failure rate, average life, continuous availability
  • Important life time distributions
  • Reliability Analysis
    • Boolean reliability models
    • Tolerance and drift analysis
  • Examples: Reliability equivalent circuits, characteristics and possible failure tolerance techniques for real technical systems

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