The main research topic within the PEM project concerns the statistical approach on cables. In real systems, there is a statistical spread in various parameters e.g. position of wires, size of small apertures, material properties, and also some uncertainties in the behaviour of the electromagnetic field.
These cables consist of a large number of individual wires that are packed into bundles for neatness and space conservation. The electromagnetic fields surrounding these closely spaced individual wires can cause functional degradation of the circuits at the ends of the cable. The magnitude of the electromagnetic interference varies significantly as a function of a number of factors including the cables’ geometry.
Establishing the statistics of the response by repeated computation is time consuming, requiring thousands of computations. Alternative approaches requiring only a small number of computations are being explored.
One of the goals is to find statistical models for the coupling parameters.
Measurements on transmission lines with statistical geometrical variations, and statistical electromagnetic variation will also be performed.
PARTICIPATING TE MEMBERS
SOME PROJECT PARTNERS
- Thales Nederland B.V.
- Politecnico di Torino, Italy
- University of Nottingham, U.K.
- University of Split, Croatia
- Wroclaw University of Technology
- Factorial analysis for best stirring Strategy Assessment in the small VIRC
- GGIEMR Spring 2010 Seminar programme
- Implementation of models of NL circuits in the TLM
- Implementation of models of NL circuits on several cells
- Implementation of receiver macromodel with supply port: first tests (update)
- Implementation of receiver macromodel with supply port: second tests
- Implementation of receiver macromodel with supply port: third tests
- Macromodel implementation over several cells under the TLM
- On coupling electromagnetic fields and lumped circuits with TLM
- Poster 'Implementatation de modeles de circuits non-lineaires sous la TLM
- Preliminary Measurements on Small VIRC
- Simulation of cable coupling
- Simulation of cable coupling final report
- Statistical study of Non Uniform Transmission Lines