Connector with a flexible circuit support
AssigneeSharp Kabushiki Kaisha
InventorYoshitomo Kitanishi
Life of this patent
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AssigneeSharp Kabushiki Kaisha
InventorYoshitomo Kitanishi
Estimating the term…
An electrically conducting hot melt adhesive is located at limited contact regions of a flexible circuit support, which typically carries a large scale integrated circuit (LSI) chip. A non-conducting hot melt adhesive is disposed between the limited contact regions at the non-contact regions. The resulting electrical connector can then be brought into contact with the corresponding areas of flexible or rigid circuit supports and through the application of heat and pressure, fuse the respective members so as to establish circuit paths between their limited contact regions via the electrically conducting hot melt adhesive. Heat and pressure are applied to the conducting hot melt adhesive in the same way as for an electrically non-conducting hot melt adhesive after contacting limited contact regions of another flexible circuit support or a rigid circuit support with the molten adhesive. Subsequently, the molten adhesive is left to cool so as to solidify. This results in establishing circuit paths between both the limited contact regions adhesively via the electrically conducting hot melt adhesive.
An electrical connector configuration comprising:
An electrical connector configuration comprising:
An electrical connector consisting of a flexible circuit support having alternately a plurality of limited electrical contact regions and a plurality of limited non-electrical contact regions, said limited electrical contact regions being coated with an electrically conducting hot melt adhesive having electrically conductive particles dispersed therein and said limited non-electrical contact regions being coated with a non-electrically conducting hot melt adhesive free of electrically conductive particles.
An electrical connector configuration consisting of a flexible circuit support having alternately a plurality of limited electrical contact regions and a plurality of limited non-electrical contact regions, said limited electrical contact regions being coated with an electrically conducting hot melt adhesive having electrically conductive particles dispersed therein and said limited non-electrical contact regions being coated with a non-electrically conducting hot melt adhesive free of electrically conductive particles, and a large scale integrated circuit chip mounted on and electrically connected to said flexible circuit support.
Dependencies are inferred from the claim text.