Lorenzo Ceccarelli

Electrical Engineering

  • Pontoppidanstræde 101, 72

    9220 Aalborg Ø

    Danmark

20162021
Hvis du har foretaget ændringer i Pure, vil de snart blive vist her.

Fingeraftryk Fingeraftryk er baseret på at ekstrahere personens forskningsdokumenter for at oprette et indeks af vægtede udtryk, som definerer de enkelte forskeres hovedemner.

Teknik og materialevidenskab

Short circuit currents
Leakage currents
Power electronics
Degradation
Topology
Physics
Failure analysis
Power MOSFET
Temperature
Insulated gate bipolar transistors (IGBT)
Light emission
MOSFET devices
Temperature distribution
Networks (circuits)
MATLAB
Thermoanalysis
Failure modes
Electric potential
Silicon
Semiconductor materials
Hot Temperature
Diodes
Parameter extraction
Silicon carbide
Focused ion beams
Finite element method
Energy dissipation
Aluminum
Computer simulation
Power converters
Threshold voltage
Reliability analysis
Switches
Computer hardware description languages
Defects
Cracks
Photoemission
Graphical user interfaces
Bias voltage
Photodiodes
Electric breakdown
Specifications
High temperature operations
Geometry
Circuit simulation

Fysik og astronomi

Engineering

short circuits
field effect transistors
failure modes
static characteristics
diodes
photodiodes

General

degradation
light emission
leakage
ruggedness
conduction
evaluation
chips

Physics

temperature
waveforms
high voltages
photoelectric emission

Chemistry and Materials

silicon

Kemiske forbindelser

Short circuit currents
Leakage currents
Degradation
Light emission
Failure modes
Diodes
Silicon
Aluminum
Power MOSFET
Temperature
Defects
Focused ion beams
Photoemission
Bias voltage
Photodiodes
Failure analysis
Metals