首页> 外国专利> FORMING METHOD OF THIN FILM CAPACITOR, MANUFACTURE OF THIN FILM CAPACITOR, MANUFACTURE OF THIN FILM BYPASS CAPACITOR, AND THIN FILM CAPACITOR

FORMING METHOD OF THIN FILM CAPACITOR, MANUFACTURE OF THIN FILM CAPACITOR, MANUFACTURE OF THIN FILM BYPASS CAPACITOR, AND THIN FILM CAPACITOR

机译:薄膜电容器的形成方法,薄膜电容器的制造,薄膜旁通电容器的制造以及薄膜电容器

摘要

PURPOSE: To obtain internal connection by a spatially effective method wherein a dielectric substrate, a ground path, a power supply path, and a rear side ground terminal are operated to accelerate connection to other electric components, by arranging a bottom surface contact layer, an insulating layer, and an uppermost surface contact layer. ;CONSTITUTION: A thin film bypass capacitor 10 is manufactured by forming a plurality of through holes penetrating a nonconductive substrate in the thickness direction, and burying conductive metal in the through holes 14 in order to form a ground path 16 and a power supply path 17. A series of metallized layer 21 having a rear side bonded layer 18, a rear side conducting layer 20, and a rear side metal layer 22 is added to the rear of a base substrate 12. A series of a bottom surface contact layer 25 having a bottom surface contact bonded layer 24, a bottom surface contact conducting layer 26, and a bottom surface contact metal layer 28 are added to the surface of the base substrate 12.;COPYRIGHT: (C)1994,JPO
机译:目的:通过空间有效的方法获得内部连接,其中介电基板,接地路径,电源路径和背面接地端子通过布置底面接触层来操作,以加快与其他电子组件的连接。绝缘层和最上面的表面接触层。 ;构成:薄膜旁路电容器10是通过形成多个在厚度方向上穿透非导电基板的通孔,并将导电金属埋入通孔14中以形成接地路径16和电源路径17而制成的。将具有背面粘合层18,背面导电层20和背面金属层22的一系列金属化层21添加到基础衬底12的背面。一系列具有底表面接触结合层24,底表面接触导电层26和底表面接触金属层28被添加到基础衬底12的表面上; COPYRIGHT:(C)1994,JPO

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