In terms of electronics thermal simulation, the prediction of the internal junction temperature of a package is often a key parameter of interest. It’s linked to subsequent reliability and functional ...

29% of thermal engineers are having to compromise the accuracy of their simulations due to hardware limitations, according to The State of Thermal, a survey of over 170 thermal engineers conducted by ...

Aibuild, a leading innovator in advanced manufacturing software, introduced the BETA release of its new Finite Element ...

1. Here’s a thermal simulation of a heat sink being used to cool down a device. Unstructured Gridding . To address this issue, computational fluid dynamics (CFD) experts and software developers ...

Typical 3D thermal simulation of electronics components assumes that all the power consumption the data sheets define is dissipated in the semiconductor. In the case of high current power modules, ...

The subsequent 3D electro-thermal simulation process solves for current and voltage potential and uses the Joule heating power as a cell-by-cell power source term in the solution of temperature.

Malvern, Penna.&#8212Vishay says its free ThermaSim simulation tool for MOSFETs is the first such on-line product to use finite-element-analysis (FEA) models for increased accuracy.. ThermaSim, ...

The thermal simulation is embedded in the CAD/CAM software and can be accessed at the push of a button without the developer having to bring in an expert (Fig. 1). 1.

Unfortunately, this is something that many legacy thermal simulation tools still struggle with. 3. Autonomous vehicles. The rise of experimental, autonomous vehicles has added a whole host of new ...

Some 66% of thermal engineers must wait at least a day for their thermal simulations to solve. That’s according to the new State of Thermal report from 6SigmaET, which asked 170 thermal engineers in ...