Generally: knowledge of Fourier Transforms, Experimental experience, being familiar with Labview software.
The following Leiden courses are prerequisites:
Experimentele Natuurkunde, Natuurkundig Onderzoek, Labview, Analyse 3 NA (Fourier Transforms)
If you have not studied in Leiden, but have followed equivalent courses, please contact the lecturer.
The goal of this course is to learn how to properly measure and analyze a physical signal, to understand sources of noise and to cope with them. In order for the student to acquire theoretical background as well as hands-on experience, we offer a combination of lectures, exercise classes and practical lab work. Attendance at the latter is obligatory. The course is taught on the basis of a reader that will be handed to the students. Background material is also provided.
The course aims for both theoretical knowledge and practical skills on:
Transfer functions, complex impedances, Bode-Plots, Step Response functions
Fourier Transforms and digital processing
Convolution, Discrete Fourier Transform, Modulation, Aliasing, Analog/Digital conversion
Noise spectral density, Johnson Noise, Shot Noise, Wiener-Khinchin theorem, Noise reduction
Feedback and basic system analysis
Negative and positive feedback, Stability criterion, Laplace Transform
Inverting amplifier, Differentiator, Integrator; Non-ideal OpAmp
Mode of instruction
We combine lectures, exercise classes and (mandatory) practical lab work. In addition, the students are required to make self-tests on the theory, via Blackboard
Written examination with open problems, each consisting of shorter questions.
To be eligible for the exam, the students need to have a pass grade on each of the four lab projects. Furthermore, they have to complete the self-tests on Blackboard on time.
We use Blackboard for course announcements, for the mandatory self-tests, for background information and for providing the manuals for the lab classes.
To have access to Blackboard you need a ULCN-account.Blackboard UL
The students are provided with a Reader. Background information can be found on Blackboard
Contact details lecturer: Dr.ir. S.J. van der Molen (Sense Jan)
The assistants at the excercises and experimental parts are Thomas Ruytenberg and Jelmer Wagenaar.