Loading patent…
AssigneeNEC Tokin Corporation
InventorsSatoshi Arai, Yoshihiko Saiki, Sadamu Toita, Takayuki Inoi
Estimating the term…
In a stacked solid electrolytic capacitor or a stacked transmission line element, anode portions of adjacent elements are electrically and mechanically connected to each other by the use of connecting members each in the form of a conductive adhesive or solderable metal, via metal plates connected to the anode portions so as to sandwich therebetween the anode portions, respectively, from the upper and lower surfaces thereof. On the other hand, cathode portions of the adjacent elements are electrically and mechanically connected to each other by a conductive adhesive, or are electrically and mechanically connected to each other by the use of adhesive insulating sheets each having a hollowed portion and a conductive adhesive filled in the hollowed portions, or are adhered to each other by adhesive insulating sheets, then electrically connected to each other by a conductive adhesive applied onto side surfaces of the cathode portions.
A stacked solid electrolytic capacitor formed by stacking together at least two of solid electrolytic capacitor elements each having a substantially flat plate shape and each comprising a plate-like anode portion forming one end portion, and a cathode portion divided from said anode portion by an insulator, wherein each of said solid electrolytic capacitor elements has a conductive member connected to the anode portion thereof so as to sandwich two principal surfaces of said anode portion, and said conductive members of the adjacent solid electrolytic capacitor elements are electrically and mechanically connected to each other by the use of one of a conductive adhesive, solderable metal, and welding so as to be stacked in layers.
A stacked transmission line element formed by stacking together a plurality of transmission line elements each comprising two anode portions having a substantially flat plate shape and forming both end portions, and a cathode portion provided between said anode portions, wherein each of said transmission line elements has a conductive member connected to each anode portion thereof so as to sandwich two principal surfaces of said anode portion, and said conductive members of the adjacent transmission line elements are electrically and mechanically connected to each other by the use of one of a conductive adhesive, solderable metal, and welding so as to be stacked in layers.
A method of manufacturing a stacked transmission line element having a structure formed by stacking together a plurality of transmission line elements each comprising two anode portions having a substantially flat plate shape and forming both end portions, and a cathode portion provided between said anode portions,
A method of manufacturing a stacked solid electrolytic capacitor having a structure formed by stacking together a plurality of electrolytic capacitors each comprising an anode portion having a substantially flat plate shape and forming an end portion, and a cathode portion provided at the center of a metal plate,
Dependencies are inferred from the claim text.