Search results for "Semiconductor device models"

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Impact of Electrical Stress and Neutron Irradiation on Reliability of Silicon Carbide Power MOSFET

2020

International audience; The combined effects of electrical stress and neutron irradiation of the last generation of commercial discrete silicon carbide power MOSFETs are studied. The single-event burnout (SEB) sensitivity during neutron irradiation is analyzed for unstressed and electrically stressed devices. For surviving devices, a comprehensive study of the breakdown voltage degradation is performed by coupling the electrical stress and irradiation effects. In addition, mutual influences between electrical stress and radiative constraints are investigated through TCAD modeling.

Nuclear and High Energy PhysicsMaterials scienceRadiation effectsSilicon carbide[PHYS.NEXP]Physics [physics]/Nuclear Experiment [nucl-ex]Stress01 natural sciencesNeutron effectsSilicon carbide (SiC)Stress (mechanics)Semiconductor device modelschemistry.chemical_compoundMOSFETReliability (semiconductor)0103 physical sciencesMOSFETSilicon carbideBreakdown voltageSemiconductor device breakdownSilicon compoundsSingle Event BurnoutNeutronIrradiationElectrical and Electronic EngineeringPower MOSFETPower MOSFETComputingMilieux_MISCELLANEOUSElectric breakdownNeutrons[PHYS]Physics [physics]010308 nuclear & particles physicsbusiness.industryLogic gatesWide band gap semiconductorsSemiconductor device reliability[SPI.TRON]Engineering Sciences [physics]/ElectronicsNuclear Energy and Engineeringchemistry13. Climate actionSingle-event burnout (SEB)Atmospheric neutronsOptoelectronicsbusinessTechnology CAD (electronics)

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PEPhysical Sciences and Engineering
- PE2Fundamental Constituents of Matter
  - PE2_1Theory of fundamental interactions
  - PE2_2 Phenomenology of fundamental interactions
  - PE2_3Experimental particle physics with accelerators
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  - PE2_6Nuclear, hadron and heavy ion physics
  - PE2_8Gas and plasma physics
  - PE2_5Classical and quantum physics of gravitational interactions
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  - PE2_9 Electromagnetism
  - PE2_10Atomic, molecular physics
  - PE2_11Ultra-cold atoms and molecules
  - PE2_18Equilibrium and non-equilibrium statistical mechanics: steady states and dynamics
  - PE2_14Lasers, ultra-short lasers and laser physics
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  - PE2_16Non-linear physics
  - PE2_12Optics, non-linear optics and nano-optics
  - PE2_13Quantum optics and quantum information
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- PE1Mathematics
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  - PE11_10Soft materials engineering, e.g. gels, foams, colloids
  - PE11_11Porous materials engineering, e.g. covalent-organic, metal-organic, porous aromatic frameworks
  - PE11_12Semi-conducting and magnetic materials engineering
  - PE11_13Metamaterials engineering
  - PE11_14Computational methods for materials engineering
LSLife Sciences
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  - LS1_14Innovative methods and modelling in molecular, structural and synthetic biology
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- LS2Integrative Biology: from Genes and Genomes to Systems
  - LS2_1Genetics
  - LS2_3Epigenetics
  - LS2_2Gene editing
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  - LS2_7Transcriptomics
  - LS2_8Proteomics
  - LS2_9Metabolomics
  - LS2_10Glycomics/Lipidomics
  - LS2_11Bioinformatics and computational biology
  - LS2_12Biostatistics
  - LS2_14Genetic diseases
  - LS2_16Innovative methods and modelling in integrative biology
  - LS2_13Systems biology
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- LS4Physiology in Health, Disease and Ageing
  - LS4_1Organ and tissue physiology and pathophysiology
  - LS4_4Endocrinology
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  - LS4_2Comparative physiology
  - LS4_5Non-hormonal mechanisms of inter-organ and tissue communication
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- LS3Cell Biology, Development, Stem Cells and Regeneration
  - LS3_4Cell junctions, cell adhesion, the extracellular matrix, cell communication
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  - LS3_7Mechanobiology of cells, tissues and organs
  - LS3_8Embryogenesis, pattern formation, morphogenesis
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  - LS3_17Theoretical modelling in cellular, developmental and regenerative biology
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  - LS3_1Cell cycle, cell division and growth
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SHSocial Sciences and Humanities
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