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Electromagnetic interferences (EMI) are generally recognized as the main reason for failure in digital circuits. They cause problems of interactions between parasites all control components and the variable speed drives control structure. In particular, for power inverters, one of the most common problem in the optimal definition is the analysis of electromagnetic interferences, which usually works...
An efficient model to include thin wire structures in FDTD is used and validated in a lightning transient study on a buried cable in a realistic industrial site. The model is based on the thin wire formalism of Holland and permits to consider different types of structures: bare wires, single core insulated cables, and single core coaxial cables. The industrial site is composed by a building, a grounding...
The Holland and Simpson thin wire formalism is a versatile technique to deal with wires in the FDTD method. This paper develops an approach to correctly perform a junction between several wires at any Yee's cell location. The application context is the wires parallel to Cartesian axes with any translation in the Yee's Cell. The sensitivity of the thin wire current to Cartesian shift is also minimized...
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