Students are able to
- explain the functional principles and possible applications of electrical sensors in detail (k3),
- select, implement and apply metrological circuit variants for specific tasks (k3),
- calculate electrical circuits taking metrological requirements into account and interpret the results correctly (k3/4),
- systematically calculate measurement uncertainties, analyse their influence on measurement results and evaluate them in a well-founded manner (k3/4),
- analyse the frequency and time behaviour of metrological systems and draw conclusions for the evaluation and optimisation of system behaviour (k3/4)
- critically scrutinise measurement results and comprehensibly assess their significance through precise analyses (k5).
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- physical quantities and units
- overview of common measuring methods
- measuring devices and measuring circuits
- application and understanding of the GUM guidelines
- functionality of sensors (resistive, inductive and capacitive) and their integration into measuring systems
- bridge circuits in balancing and deflection mode for direct and alternating current
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