Abstract: A package for containing an integrated circuit component is provided which includes one or more layers with exposed edges surrounding a central opening. The integrated circuit component is positioned in the central opening. Bond wires connect the bond pads of the integrated circuit component to the continuous shelves of the various stepped-back stadium-like layers as well as to individual insulated leads. The layers are spaced apart by beads or columns of insulative material and the major portion of the layers are separated from each other by a gaseous dielectric, preferably air. The R-C constant is reduced and the speed of transmission is increased by the presence of the low dielectric material providing a device which can function rapidly. The stepped portions of the layers are exposed to allow for electrical interconnections within the layers, as well as from each layer to the integrated circuit.

Abstract: A package for containing an integrated circuit component is provided which includes one or more layers with exposed edges surrounding a central opening. The integrated circuit component is positioned in the central opening. Bond wires connect the bond pads of the integrated circuit component to the continuous shelves of the various stepped-back stadium-like layers as well as to individual insulated leads. The layers are spaced apart by beads or columns of insulative material and the major portion of the layers are separated from each other by a gaseous dielectric, preferably air. The R-C constant is reduced and the speed of transmission is increased by the presence of the low dielectric material providing a device which can function rapidly. The stepped portions of the layers are exposed to allow for electrical interconnections within the layers, as well as from each layer to the integrated circuit.

Abstract: A sidebrazed ceramic package is provided with a closure seal that employs a high alumina ceramic lid that matches the composition of the package body. The lid is provided with a recess in the sealing face and the sealing face is provided with metallization that adheres to the ceramic and is wet by solder. The metallized ceramic lid is sealed to the metallization ring on the sidebrazed ceramic body by means of the conventional gold-tin solder. The resultant hermetic seal can be inspected by observing the solder fillet in the lid recess. Such a closure seal is fully hermetic and can readily survive repeated thermal cycling.

Abstract: A sidebrazed ceramic package is provided with a closure seal that employs a high alumina ceramic lid that matches the composition of the package body. The lid is provided with a recess in the sealing face and the sealing face is provided with metallization that adheres to the ceramic and is wet by solder. The metallized ceramic lid is sealed to the metallization ring on the sidebrazed ceramic body by means of the conventional gold-tin solder. The resultant hermetic seal can be insepcted by observing the solder fillet in the lid recess. Such a closure seal is fully hermetic and can readily survive repeated thermal cycling.