There is a rapidly growing interest in the development of electronic microsystems that can
maintain functionality in high temperature environments, particularly in power generation …

Despite the fact that specifically in the automotive industry, several safety-relevant
components are produced by casting processes, integrating sensors and electronic …

There is a growing interest in the development of microelectronics that can perform reliably
and robustly at temperatures above 300° C. Such devices require stable thermal properties …

High temperature electronics face obvious challenges in terms of high temperature
endurance, a wide range of thermal cycling, and fabrication processes. A recent paper …

Recent developments like autonomous driving have increased the interest of the automotive
industry in structural health and condition monitoring of safety-relevant components often …

High-temperature electronics are required to reliably operate at 300° C in gas and oil
exploration and downhole drilling for geothermal energy applications. Advances in SiC and …

High-temperature electronic circuits are becoming increasingly important in a variety of
commercial applications, particularly in extreme high-temperature environments. These …

The increase in high-temperature electronic applications is a challenge for the reliability of
electronic packaging. Thick-film technology has the potential of operating at 300° C. In a …