PROJECT TITLE :

Junction Temperature Investigations Based on a General Semi-analytical Formulation of Forward Voltage of Power Diodes

ABSTRACT:

An original semi-analytical model, based on a general formulation of forward-voltage drop of power diodes, is presented. This model allows taking into account both high and low current injection levels, and it is used to highlight the fundamentals of the thermal calibration of power diodes. This is done for device temperature estimation during power cycling tests and thermal characterization. Theoretical results are satisfactorily compared with experimental ones in a wide range of current injection and temperature levels. A clear analysis of the physical behavior is done in order to evaluate self-heating effects and to understand high-temperature effects. The model is used to evaluate the limits of thermal calibration and to highlight the behaviors at low- and high-current injections in these calibrations.


Did you like this research project?

To get this research project Guidelines, Training and Code... Click Here


PROJECT TITLE :Sensing Power MOSFET Junction Temperature Using Gate Drive Turn-On Current Transient PropertiesABSTRACT:Junction temperature sensing for top-bandwidth power MOSFET junction temperature protection is sometimes achieved
PROJECT TITLE :A Pseudobipolar Junction Transistor for a Sensitive Optical Detection of BiomoleculesABSTRACT:A new optical sensor system, known as the pseudo-bipolar junction transistor (BJT) optical measurement system (PBOS),
PROJECT TITLE :32-nm Multigate Si-nTFET With Microwave-Annealed Abrupt JunctionABSTRACT:Microwave annealing (MWA) activates dopants through solid-phase epitaxial regrowth with low thermal budget. Optimizing the microwave power
PROJECT TITLE :Improved geometry of the vacuum-insulator-anode triple junctionABSTRACT:We tend to propose a model of a traveling wave ultrasonic motor that has the elliptical motion amplitudes of the stator and verify this model
PROJECT TITLE :Magnetotunneling Junction Logic and Memory: Low-energy logic paradigms for the next decade and beyond.ABSTRACT:The rapid increase in demand for computational and signal processing prowess entails radical and revolutionary

Ready to Complete Your Academic MTech Project Work In Affordable Price ?

Project Enquiry