Adapter for testing integrated circuits

Claim 2

An adapter used to adapt an integrated circuit chip carrier to a testing apparatus for testing integrated circuits comprising: socket means for accepting a chip carrier, said socket means including a plurality of longitudinally adjustable probes extending within the socket means for contacting connecting pins extending from said chip carrier; circuit board means for connecting said plurality of adjustable probes to a plurality of solder balls arranged on said circuit board means in a predetermined pattern; and a pin array means for holding a plurality of test pins in a predetermined configuration, said plurality of test pins providing electrical contact between said plurality of solder balls and said testing apparatus.

Claim 3

An adapter as in claim 1 wherein said circuit board means is a double sided printed circuit board including first and second sides, said first side further including a plurality of conductors for connecting said plurality of adjustable probes to said plurality of solder balls which are arranged on said second side of said circuit board.

Claim 4

An adapter as in claim 1 wherein said pin array means is comprised of a substrate with a plurality of apertures for holding said plurality of test pins.

Claim 5

An integrated circuit testing adapter for adapting a chip carrier to test equipment comprising: a housing for accepting at least one chip carrier, said housing including a hinged cover for holding said chip carrier in a fixed position within said housing; a plurality of adjustable length contact pins extending through an interior portion of said housing for providing electrical contact with said chip carrier; a circuit board including first and second sides positioned under said housing and contacting said plurality of adjustable length contact pins on said first side, said circuit board providing a connection between said plurality of adjustable contact pins and a plurality of solder balls on said second side of said circuit board, wherein said plurality of solder balls are arranged in a predetermined pattern; a pin array forming a grid and positioned under said circuit board, said pin array connected to said plurality of solder balls for providing electrical contact between said plurality of solder balls and said test equipment; at least one layer of conductive elastomeric material positioned between said circuit board and pin array for providing increased electrical contact between said plurality of solder balls and pin array; and whereby said plurality of adjustable length contact pins adjust longitudinally in response to said chip carrier being placed in said housing so said housing moves in relation to said circuit board to maintain electrical contact with said chip carrier.

Claim 6

An integrated circuit testing adapter for adapting a chip carrier to test equipment comprising: a housing for accepting at least one chip carrier, said housing including a hinged cover for holding said chip carrier in a fixed position within said housing; a plurality of adjustable length contact pins extending through an interior portion of said housing for providing electrical contact with said chip carrier; a circuit board including first and second sides positioned under said housing and contacting said plurality of adjustable length contact pins on said first side, said circuit board providing a connection between said plurality of adjustable contact pins and a plurality of solder balls on said second side of said circuit board, wherein said plurality of solder balls are arranged in a predetermined pattern; a pin array forming a grid and positioned under said circuit board, said pin array connected to said plurality of solder balls for providing electrical contact between said plurality of solder balls and said test equipment; at least one layer of conductive elastomeric material positioned between said circuit board and pin array for providing increased electrical contact between said plurality of solder balls and pin array; and whereby said plurality of adjustable length contact pins adjust longitudinally in response to said chip carrier being placed in said housing so said housing moves in relation to said circuit board to maintain electrical contact with said chip carrier.

Claim 7

An integrated circuit testing adapter as in claim 4 wherein said first side of said circuit board includes a plurality of runners which connect said plurality of adjustable length pins to said plurality of solder balls.

Claim 8

An integrated circuit testing adapter as in claim 4 wherein said pin array is physically attached to said circuit board with a bracket.