\nacross the winding. The authors considered both\u00a0approaches in modeling the winding: windings with\u00a0distributed electrical parameters respectively composed\u00a0from disk coils with concentrated parameters. Both types of\u00a0voltages applied across the transformer winding will\u00a0generate free oscillations which are analyzed further on.
\nAccording to the model, the transformer\u2019s windings are\u00a0divided in several disk coils with concentrated known\u00a0parameters. This results in a complete electrical network\u00a0used for simulations. All simulations have been performed\u00a0using the software package SYSEG (SYmbolic State\u00a0Equation Generation).<\/td>\n
![\"images\"](\"http:\/\/elth.ucv.ro\/fisiere\/anale\/wp-content\/uploads\/2015\/03\/images1.jpg\")
<\/a><\/td>\n<\/tr>\n<\/tbody>\n<\/table>\n","protected":false},"excerpt":{"rendered":"Abstract The main objective of this paper is represented by\u00a0analysis and modeling of the transformer windings stressed\u00a0by over-voltage with direct impact on voltage distribution across the winding. The authors considered both\u00a0approaches in modeling the winding: windings with\u00a0distributed electrical parameters respectively composed\u00a0from disk coils with concentrated parameters. Both types of\u00a0voltages applied across the transformer winding will\u00a0generate … Continu\u0103 lectura Modelling of Transformer Windings and Computation of Very Fast Transient Over-Voltages<\/span>