Method for producing a hermetically sealed, electrical feedthrough using exothermic nanofilm

Abstract

The present invention relates to a method for generating at least one electrical connection (1) from at least one electronic component (7), which is positioned on a substrate (3) inside an encapsulation (5), to outside the encapsulation (5). The functional capability of the electrical connection (1) is to be provided at ambient temperatures greater than 140 DEG C and in the event of large power losses and extreme environmental influences. The invention is characterized in that a reactive nanofilm (2), having targeted reaction, which can be triggered exothermically by laser, is used to produce hermetically sealed electrical connections (1). Using the nanofilm (2), an output of an electrical connection (1) and a contact of the electrical connection (1) to at least one further electrical contact can be provided.

Description

technical field [0001] The invention relates to a method according to the preambles of the independent claims and a device according to the co-dependent independent claims. Background technique [0002] With mechatronics, electronics and sensor systems are increasingly being used at significantly higher ambient temperatures / power losses and at the same time under very harsh operating conditions and environmental influences. In this context, especially in the field of high-temperature electronics, a tight, robust and integrable connection to the environment becomes necessary over a minimum installation space. At temperatures above 150° C., electrical feedthroughs in plastic housings are often only suitable under limited conditions. Studies have shown that at 180° C., the first failure of the circuit integrated in the plastic housing is already caused within 250 hours. Conventional metallic-glass electrical feedthroughs often present problems with regard to manufacturability...

AI Technical Summary

Problems solved by technology

Studies have shown that at 180°C, the first failure of the circuit integrated in the plastic housing is already caused within 250 hours

Conventional metallic-glass electrical feedthroughs often pose problems with regard to manufacturability, especially with regard to the planar manufacturing method and thermal adaptation, and when integrated into packages

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