Mike DonnellyThis example shows the capability of modeling the electrothermal aspects of power dissipating circuits.
Mike DonnellyThis example shows the importance of modeling thermal interaction effects, or "thermal crosstalk", in power dissipating circuits.
AnonymousThis example shows the capability of modeling the electrothermal aspects of power dissipating circuits.
AnonymousThis example shows the capability of modeling the electrothermal aspects of power dissipating circuits.
AnonymousThis "virtual test circuit" can help designers predict the temperatures of a linear regulator, based on readily available information from the manufacturer's datasheet.
AnonymousThis example shows the capability of modeling the electrothermal aspects of power dissipating circuits.
Adam CablerThis example shows the capability of modeling the electrothermal aspects of power dissipating circuits.
bedrosian1134This LED lighting example demonstrates the value of simulating both the electrical and thermal* aspects of power dissipating circuits together, simultaneously.
seiichiro.wakiyamaThis example shows the importance of modeling thermal interaction effects, or "thermal crosstalk", in power dissipating circuits.
aladarbunakThis design represents a simple automotive (12V) coffee cup warmer, with digital thermostat.