| After completion of this course the student; |
Contributes to Intended Learning Outcomes ; |
- Knows the implication of noise in a measurement, including;
- Noise characterisation – distribution functions;
- Sources of noise and their related characteristics;
- Measurement techniques to reduce the effect of noise.
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1.1; 1.2; 2.1; 2.2; |
2. In practical sense, is able to;
- design and set-up a detector circuit for a measurement;
- using standard equipment – using their limitations – in a measurement process;
- interfacing a detector circuit to a computer: regular pc, as well as a nano-computer, like Arduino, Raspberry Pi or other;
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2.1; 2.2; 2.3; 2.4 |
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3. Can measure small signals in a noisy environment using the lock-in technique applied in a detector circuit with nano- computer set-up.
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1.2; 2.1; 2.3 |
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The course treats the physical and practical characteristics of detection of signals. Main focus will be on small signals. A significant part of the course will be focussed on detection techniques and characterisation and handling of noise. Noise characterisation, related to sources and noise reduction related to measurement techniques will be treated.
In practical sense, detectors will be interfaced to a DAC-PC and/or a micro-controller via a small electronic circuit. In the practicals noise reduction will be a major part too
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Written exam and assignments
Assessment description
50% Theory (one written test)
50% Lab Courses
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