Mastering Heat, Securing Performance Würth Elektronik eisos

Mastering Heat, Securing Performance

Various cooling concepts are available to efficiently dissipate heat from electronic components. However, if power losses are not removed reliably, performance degradation, premature aging, or even component failure may result. Selecting the appropriate heat sink and thermal interface material is therefore essential.

Sponsored content by TME Transfer Multisort Elektronik

Power Control and Circuit Protection – Solutions from Littelfuse and IXYS

Power electronics systems must not only efficiently control the flow of energy but also handle phenomena that may threaten their components. In converters, inverters, power supplies, or drive systems, semiconductors frequently switch large currents and operate at high voltages. At the same time, they may be exposed to overvoltages originating both from the power grid and generated within the device itself.

Sponsored content by StarPower Europe AG

StarPower and the New Discipline of Power Electronics

Power electronics has entered a new phase—one defined not by incremental improvements, but by the ability to turn semiconductor performance into real, scalable system value. Efficiency, power density, and reliability are no longer isolated metrics; they are interconnected outcomes shaped by device physics, packaging, thermal design, and manufacturing execution. In this evolving landscape, StarPower is positioning itself as more than a component supplier—it is becoming an engineering partner in electrification.