Printing and adhering patterned metal on laid-up multi-layer gre

Details Printing and adhering patterned metal on laid-up multi-layer gre Printing and adhering patterned metal on laid-up multi-layer gre

1995-09-15

1998-04-14

Phillips, Michael W.

Electricity: electrical systems and devices

Electrostatic capacitors

Fixed capacitor

3613212, 361312, 361328, 3613011, H01G 400

Patent

active

057400105

ABSTRACT:
Metal, normally gold or platinum, is printed, and is adhered by a glass frit, on the top and/or bottom surfaces of a multi-layer laid-up green ceramic wafers containing typically up to 16 layers and 800+ separate devices, typically 800+ monolithic, buried-substrate, ceramic multiple capacitors. The wafer is diced, and the multiple ceramic capacitors each with its patterned surface metal are co-fired. The integrally formed, top and bottom surface, conduction traces connect similarly formed pads, typically disposed in a "pin-grid" pattern, to later-added side traces or conductive castellations that connect to the electrodes of multiple buried-substrate capacitors. The pads are precisely located, and extend over such ample areas, to support the stable surface mounting, and the reliable electrical connection of, diverse external electrical circuits and components. The surface mounting may be by and of adhering with conductive adhesive, soldering, reflow soldering, gold wire bonded, aluminum wire bonding, flip-chip mounting, die bonding and like processes, including automated processes. The pads on the bottom surface typically support mounting the ceramic multiple capacitor to a printed circuit board, flexible substrate, alumina substrate, multi-chip module or the like. Meanwhile, pads on the top surface typically support the physical mounting and electrical connection of one or more electrical circuits--including ICs--or components piggyback on top of the multiple capacitor, including in a dense three-dimensional multi-tier, tower, arrangement.

REFERENCES:
patent: 4882650 (1989-11-01), Maher et al.
patent: 5367430 (1994-11-01), DeVoe et al.
patent: 5625528 (1997-04-01), DeVoe et al.

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