Heat flow in suppresser diodes during surge pulse a one-dimensional model

Heat flow in suppresser diodes during surge pulse a one-dimensional model

The authors developed a computer modeling program which solves the one-dimensional heat flow problem for a sequence of layers of material; dissipated power waveform is input in the form of an analytical function of time and junction temperature; heat flow at the borders may be given as constant temp...

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Hauptverfasser: Marinescu, V., Turtudau, F., Ichim, A., Bucheru, B.T.
Format: Tagungsbericht
Sprache:eng
Schlagworte:
Automotive engineering
Cogeneration
Diodes
Silicon
Space charge
Space heating
Surges
Temperature
Testing
Thermal conductivity
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creator Marinescu, V.
Turtudau, F.
Ichim, A.
Bucheru, B.T.
description The authors developed a computer modeling program which solves the one-dimensional heat flow problem for a sequence of layers of material; dissipated power waveform is input in the form of an analytical function of time and junction temperature; heat flow at the borders may be given as constant temperature or zero gradient (or any combination thereof). The program was used to simulating as closely as possible medium power automotive suppresser diodes currently produced in Baneasa, under real pulse-test conditions. Predicted temperatures have been found to agree with experimental findings, and suggest as a possible failure trigger mechanism the melting of the solder a the pellet-substrate interface.
doi_str_mv 10.1109/SMICND.2000.890250
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subjects Automotive engineering
Cogeneration
Diodes
Silicon
Space charge
Space heating
Surges
Temperature
Testing
Thermal conductivity
title Heat flow in suppresser diodes during surge pulse a one-dimensional model
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