Encapsulation Technologies for Electronic Applications, Second Edition, offers an updated,
comprehensive discussion of encapsulants in electronic applications, with a primary …

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 electronics are required for applications such as automotive, down-hole
drilling for oil and geothermal energy, aircraft, and space exploration. SiC and GaN devices …

High temperature electronics (> 200° C) is an emerging technical area in electronics that
requires new materials and processes or existing materials and processes in new ways …

There is growing interest in extreme temperature electronics to support the mission needs to
sense, actuate, and communicate at temperatures beyond the normal range of operations in …

Abstract Flexible Hybrid Electronics (FHE) has gained considerable attentions from many
fields including wearable health and point of care, assets process and their heath …

Demonstrating functional reliability testing of high temperature electronic devices for long
lifetime at 300° C requires electrical test fixtures with even better reliability. Advances in …

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 …

The energy sector is seeing dynamic growth with advanced oil and gas recovery methods
being deployed. Measure-while-drilling (MWD) and downhole production instrumentation is …