Print Email Facebook Twitter A physical method to incorporate parasitic elements in a circuit simulator based on the partial inductance concept Title A physical method to incorporate parasitic elements in a circuit simulator based on the partial inductance concept Author Prins Maurits Laboratorium TNO Evenblij, B.H. Ferreira, J.A. Publication year 2001 Abstract In switching Power Electronics circuits inductive parasitics of wiring and components contribute substantially to the current and voltage waveforms. This article addresses the theoretical basis as well as the implementation and validation of the incorporation of these inductances in a computerised circuit simulation. The program presented in this paper is using the same formulas as INCA™. It differs from INCA™ especially in that it generates code that can immediately be given to a circuit-simulator, to perform a time-simulation. Subject Current voltage characteristicsElectric resistanceElectric wiringFinite element methodInductance measurementLumped parameter networksMathematical modelsPower electronicsWaveform analysisPartial inductanceSwitching circuits To reference this document use: http://resolver.tudelft.nl/uuid:9c2de7dc-fece-482d-bdda-eaa775174723 TNO identifier 183115 ISSN 0275-9306 Source 2001 IEEE 32nd Annual Power Electronics Specialists Conference, Vancouver, BC, Canada, 17-21 June 2001 (Conference code: 58687), 4 (4), 2115-2123 Document type conference paper Files PDF evenblij-2001-physical.pdf