ELECTRICAL COMPONENT COMPRISING A HOTMELT ELEMENT, METHOD AND TOOL FOR MANUFACTURING SUCH AN ELECTRICAL COMPONENT

The invention relates to an electrical component (1) comprising at least one cable element (2), at least one solder joint (12), at least one hotmelt element (22) and at least one sub-strate element (8). The cable element (2) is connected with the substrate element (8) by the solder joint (12). To im...

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Bibliographic Details
Main Authors VAN TILBURG, JAN, VAN TIEL, GERT
Format Patent
LanguageEnglish
French
Published 28.11.2017
Subjects
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Summary:The invention relates to an electrical component (1) comprising at least one cable element (2), at least one solder joint (12), at least one hotmelt element (22) and at least one sub-strate element (8). The cable element (2) is connected with the substrate element (8) by the solder joint (12). To improve the data transmission rate, the at least one solder joint (12) is not embedded in the hotmelt element (22). Preferably, the solder joint (12) is free from the hotmelt material of the hotmelt element (22). The invention is also concerned with a method of manufacturing such an electrical component (1). According to the inventive method, a flow of hotmelt material (22) is stopped before it reaches the solder joint (12). Finally, the invention is concerned with providing a tool (50) for manufacturing the electrical component (1). Here, a hotmelt cavity (70) for forming the hotmelt element (22) from hotmelt material is separated from a substrate cavity (64) adapted to receive the substrate element (8) by a compressible solder sealing (84). Linvention concerne un composant électrique (1) comprenant au moins un élément de câble (2), au moins un joint de soudure (12), au moins un élément thermofusible (22) et au moins un élément de substrat (8). Lélément de câble (2) est connecté à lélément de substrat (8) par le joint de soudure (12). Afin daméliorer la vitesse de transmission des données, le au moins un joint de soudure (12) nest pas intégré dans lélément thermofusible (22). De préférence, le joint de soudure (12) est exempt du matériau thermofusible de lélément thermofusible (22). Linvention concerne également un procédé de fabrication dun tel composant électrique (1). Selon le procédé de linvention, un écoulement du matériau thermofusible (22) est arrêté avant quil atteigne le joint de soudure (12). Finalement, linvention concerne la fourniture dun outil (50) pour fabriquer le composant électrique (1). Ici, une cavité thermofusible (70) pour former lélément thermofusible (22) à partir du matériau thermofusible est séparée dune cavité de substrat (64) conçue pour recevoir lélément de substrat (8) par un scellement dune soudure compressible (84).
Bibliography:Application Number: CA20102726519