Additive manufacturing (AM) techniques have by far been utilized to make 3-D passive
components (ie, resistors, inductors, and capacitors), circuit boards, and packages of power …

Recent studies in power electronic design automation have introduced various models for
parasitic extraction of multichip power module layouts. However, none of these studies …

Designing power electronics converters for harsh environments is challenging due to the
absence of components' performance under harsh conditions, the frequent transition and …

A partial discharge inception voltage modeling approach promoting design-for-reliability
considerations in advanced power modules is presented. As power modules are being …

Electrical parasitics, especially parasitic inductance, play an essential role in enhancing
power module design performance through reducing voltage overshoot and switching …

In the last few years, design automation for multi-chip power modules (MCPMs) has become
a trending research topic in the power electronics community. Many different re-search …

High-performance Multi-Chip Power Modules (MCPMs) are essential for high-density and
efficient power conversion. Meanwhile, the chip layout and design methodology …

PowerSynth is a tool for the generation and multi-objective optimization of power module
layouts. However, this generation is limited to variations of the initial layout sketched by a …

Along with the developments in power electronic packaging technology, many studies on
design automation for MCPMs layout further push the design limits for their power density …

The field of power electronics is undergoing rapid advancement that is driven by the need
for further electrification in all aspects of power generation and transmission, transportation …