Applications in downhole drilling, automotive industry and avionics industry require
exposure of electronics to sustained high temperatures electronics combined with vibration …

Electronics are extensively used in daily life, including but not limited to avionics, computers,
and handheld devices. During manufacturing, handling/shipping, and service life, electronic …

Applications in down hole drilling, automotive industry and avionics industry require
exposure of electronics to sustained high temperatures electronics combined with vibration …

The resonance frequencies and mode shapes of aPCB are highly depended on form factor
and stack-up. Moreover, the interaction with components mounted to the PCB cannot a priori …

Solder joints are one of the critical package elements in electronic assemblies. Electronics in
automotive applications may be installed on-engine, on-transmission in the wheel well in …

Leadfree solder interconnects accrue damage much faster when subjected to
simultaneously elevated temperatures and vibration. Ultimate tensile strength has been …

Electronics in downhole-drilling, automotive, and defense applications can experience high-
temperatures in conjunction with high-strain rate loads during the entire operational life. The …

The solder joint stands out as one of the most vulnerable elements in electronic components
and assemblies. In automotive systems, including engine control units, variable valve …

Electronic parts in the automotive, downhole drilling of oil & gas, and aerospace sectors are
frequently subjected to severe high strain loads. Those extreme loads may be occurring as a …

Electronic components are often potted to protect sensitive equipment from environmental
conditions (such as moisture), as well as to insulate electrical leads in the event at other …