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Professur Mess- und Sensortechnik
Professur Mess- und Sensortechnik
Professur Mess- und Sensortechnik 

Smart Sensor Systems

Current Issues

Preparation and planning the re-examination.

Course Contents

Introduction into Smart Sensor systems - Sensor Technologies - Sensor Properties - Selected Principles - Design of Sensor Systems - Data Acquisition and Analog Interfaces - Advanced Methods of Analog Digital Converters - Sensor Signal Processing - Selected Sensor Applications

Examination

The course is concluded with an exam.

For the exam we allow following resources:

  1. Empty paper and writing utensils
  2. A simple calculator
  3. a mathematical formulary
  4. The supplementary sheet on "Operational Amplifiers"

Downloads

Course

Introduction
1 Sensors
2 Sensor Properties
3 Sensor Signals
4 Sensor Structures
5 Analog Signal Processing
6 Amplification Circuits
7 Analog Digital Conversion

Exercise

1st Exercise
2nd Exercise
3rd Exercise
4th Exercise
5th Exercise
6th Exercise
7th Exercise

Additional educational material

Books from library (to be preffered)

  • Tietze, Ulrich; Schenk, Christoph; Gamm, Eberhard
    Electronic circuits (highly recommended)
    ZN 5410 tie
    • operational amplifier: chapter 5, page 483, 5.2.8 nonideal properties, chapter 11, page 725
    • ADC/DAC: chapter 18, page 945 measurement circuits: chapter 20, page 1031
    • sensors and measurement systems: chapter 21, page 1059
  • Boros, Andor
    Electrical measurements in engineering
    ZN 1790 17        (good, compact summary, not complete, requires previous knowledge)
  • Dally, James W.; Riley, William F.; McConnell, Kenneth G.
    Instrumentation for engineering measurements
    ZQ 3100 dal (good book with a lot of examples, includes exercises, voltage, current devider, bridge, operational amplifier, from page 166)

Online books (optional)

WEB (optional)

Distribution of Hours

2 SWS Course, 1 SWS Exercise and 2 SWS laboratory are offered. The course involves 180 work hours.