APEI Designs Packaging for Electronics in Harsh Environments
Brice McPherson
APEI, AR, USA
Power electronics appear in many everyday products, including smartphones, electronic car parts, and household objects. Such devices require controlled temperature ranges, switching frequencies, and voltage levels to operate smoothly and reliably. For harsh environments, such as the depths below the earth’s surface where oil is drilled, there is an increasing need to develop electronic systems that are protected from the elements and won’t fail due to extreme temperatures or pressure changes.
Arkansas Power Electronics International (APEI), a company specializing in power electronics and semiconductor devices, has developed new power packages to address the challenges presented by such applications. Brice McPherson, a lead engineer at APEI, used COMSOL Multiphysics® and the associated LiveLink™ for SOLIDWORKS® to explore and optimize geometry configurations, minimize inductance, and maximize heat dissipation in their designs. Using multiphysics simulation, McPherson and the team at APEI successfully designed a flexible, reliable power package with improved thermal capabilities that can operate at temperatures above 225°C and will pave the road to the development of new devices.
Suggested Stories
Meeting High-Speed Communications Energy Demands Through Simulation
The information and communication technology industry needs new energy-efficient devices that can keep up with the ...
Keynote: Democratizing In Silico Ablation R&D via Simulation Apps
In this keynote talk from COMSOL Day: MedTech, Marcela Mercado Montoya of IN SILICO STEM introduces the capabilities ...
Doubling Beam Intensity Unlocks Rare Opportunities for Discovery at Fermi National Accelerator Laboratory
Behind the discovery of the most fundamental and rare physical processes within our universe is powerful technology, ...
MTC Develops Simulation App to Revolutionize Design for Additively Manufactured Parts
Tolerances and precision in the aerospace industry are astoundingly tight. Because of the high degree of regulation ...
