Socket for housing a plurality of integrated circuits

Claim 2

A socket for containing at least two integrated circuits and for connecting said circuits to operate independently through a plurality of socket leads, each of said integrated circuits having a plurality of circuit leads extending therefrom, the socket comprising: a housing having first and second interior chambers; a plurality of separator members positioned adjacent opposed interior walls of said first and second chambers forming a plurality of recesses on the opposed walls of said chambers; a plurality of first metallic strips in which each first metallic strip extends from within a recess in said first chamber to within a corresponding recess in said second chamber, each first metallic strip in contact with a respective one of said socket leads; a plurality of second metallic strips each extending from within one of said recesses for contact with one of said socket leads, said second metallic strips located in corresponding recesses of said first and second chambers; and each of said chambers adapted to contain one of said integrated circuits wherein the leads of said integrated circuits are received in respective ones of said recesses for contact with the metallic strips therein.

Claim 3

The socket recited in claim 1 wherein said separator members are elongate and essentially parallel to the socket leads.

Claim 4

The socket recited in claim 1 wherein each combination of metallic strip and socket lead connected thereto comprises an integral metallic member.

Claim 5

The socket recited in claim 1 wherein the end of each of said metallic strips within the chamber opposite said socket leads is bent at an acute angle toward the adjacent outboard surface of said housing and the interior surface of said housing is provided with a depression for each metalic strip bent end for receiving said metallic strip bent ends therein.

Claim 6

The socket recited in claim 1 wherein at least a portion of each of said second metallic strips is recessed into the interior wall of said housing to offset the portion thereof from the plane of the adjacent metallic strips.

Claim 7

The socket recited in claim 1 including a planar member positioned within said housing and separating said first and second chambers.

Claim 8

The socket recited in claim 6 wherein said planar member is provided with a central opening to enhance air circulation through said housing and permit access for cleaning.

Claim 9

A socket for containing two integrated circuits and for connecting said circuits to operate independently through a plurality of socket leads, each of said integrated circuits having a plurality of circuit leads extending therefrom, the socket comprising: a center support including a central rectangular planar member; a plurality of separator members connected transversely to said planar member along two opposed edges thereof on each surface thereof, the separators on the surfaces of said planar member oriented in a mirror image arrangement; end panels joined to the remaining opposed edges of said planar member; a side panel for each side of said planar member having said separators connected thereto, each side panel extending from one of said end panels to the other of said end panels, each side panel contiguous the separators joined to the edge of the planar member corresponding to the side panel, said side panels enclosing said center support to form first and second chambers, one on each side of said planar member; a bottom plate extending between corresponding edges of said end panels and corresponding edges of said side panels; said separators forming a plurality of channels therebetween; a plurality of first metallic strips wherein each first metallic strip extends from within one of said channels in said first chamber to within a corresponding one of said channels in said second chamber, each of said first metallic strips connected to a respective one of said socket leads; a plurality of second metallic strips each extending from within one of said channels to connect to a respective one of said socket leads, said second metallic strips located within corresponding channels in said first and second chambers; and said metallic strips positioned within said channels adjacent the interior surfaces of said side panels to contact the leads of said integrated circuits when one of said circuits is positioned within said first chamber and one of said integrated circuits is positioned within said second chamber and the leads of said integrated circuits are received respectively in said channels.

Claim 10

A socket for containing two integrated circuits and for connecting said circuits to operate independently through a plurality of socket leads, each of said integrated circuits having a plurality of circuit leads extending therefrom, the socket comprising: a center support including a central rectangular planar member; a plurality of separator members connected transversely to said planar member along two opposed edges thereof on each surface thereof, the separators on the surfaces of said planar member oriented in a mirror image arrangement; end panels joined to the remaining opposed edges of said planar member; a side panel for each side of said planar member having said separators connected thereto, each side panel extending from one of said end panels to the other of said end panels, each side panel contiguous the separators joined to the edge of the planar member corresponding to the side panel, said side panels enclosing said center support to form first and second chambers, one on each side of said planar member; a bottom plate extending between corresponding edges of said end panels and corresponding edges of said side panels; said separators forming a plurality of channels therebetween; a plurality of first metallic strips wherein each first metallic strip extends from within one of said channels in said first chamber to within a corresponding one of said channels in said second chamber, each of said first metallic strips connected to a respective one of said socket leads; a plurality of second metallic strips each extending from within one of said channels to connect to a respective one of said socket leads, said second metallic strips located within corresponding channels in said first and second chambers; and said metallic strips positioned within said channels adjacent the interior surfaces of said side panels to contact the leads of said integrated circuits when one of said circuits is positioned within said first chamber and one of said integrated circuits is positioned within said second chamber and the leads of said integrated circuits are received respectively in said channels.

Claim 11

The socket recited in claim 8 wherein said planar member and said bottom plate are each provided with central openings for enhancing air circulation through said socket and for providing access thereto.

Claim 12

The socket recited in claim 8 wherein at least a portion of each of said second metallic strips is recessed into the interior surface of the corresponding side panel.