Power Module Optimisation in Next-Gen Electronics

In response to the rapid increase in power electronics demand [1], this presentation explores advanced optimization techniques for power module design using next-generation electronic design systems. The challenge spans multiple dimensions, from electrical considerations like current density and stray inductance [2] to thermal and manufacturing constraints.

Winkotech, a power module manufacturer, demonstrates comprehensive solutions for applications ranging from motion control to renewable energies, with products spanning 4 to 800 amps and up to 2400 volts [3]. The presentation showcases how automated optimization processes [4] can address complex design challenges that are difficult to solve manually, particularly in achieving symmetry in electrical, thermal, and manufacturing aspects [5].

The solution implements an integrated approach, incorporating system-level pre-analysis, design authoring, post-layout verification, and lifecycle testing [6]. Through practical case studies, the presentation demonstrates how next-generation electronic design systems successfully optimize power module performance and reliability.