Cooling system for integrated circuits

Claim 2

Apparatus adapted for use with an integrated circuit body having an exterior surface including top and side surfaces and metal leads from the integrated circuit body extending generally adjacent to the sides of the integrated circuit body, the metal leads being electrically connected to a printed circuit board, the apparatus comprising, a cooling member body made from a flexible, thermally conductive material removably press-fittable over the integrated circuit body, said cooling member body having a recess therein for receiving and enveloping the integrated circuit body, and said recess defined by walls configured to contact the top and side surfaces of the integrated circuit body and the metal leads extending from the integrated circuit body including a substantial length of the portion of the leads which are electrically connected to the printed circuit board.

Claim 3

Apparatus of claim 1 further comprising each metal lead having a length defined from the integrated circuit body to the end of the metal lead wherein the cooling member body is configured to contact each metal lead along substantially the entire length thereof.

Claim 4

Apparatus of claim 1 further comprising the integrated circuit body having projections and the cooling member body having subrecesses therein, wherein the integrated circuit body projections are received within the cooling member body subrecesses.

Claim 5

A cooling member adapted for use with a plurality of integrated circuit bodies, each integrated circuit body having an exterior surface including top and side surfaces and metal leads from the integrated circuit body extending generally adjacent to the sides of each integrated circuit body, the metal leads of each integrated circuit body being electrically connected to a printed circuit board, the cooling member comprising a cooling member body made from a flexible, thermally conductive material removably press-fittable over each integrated circuit body, said cooling member body having a plurality of recesses for receiving and enveloping the integrated circuit bodies, and each recess defined by walls configured to contact the top and side surfaces of the respective integrated circuit body and the metal leads extending from the respective integrated circuit body including a substantial length of the portion of the leads which are electrically connected to the printed circuit board.

Claim 6

A cooling member adapted for use with a plurality of integrated circuit bodies, each integrated circuit body having an exterior surface including top and side surfaces and metal leads from the integrated circuit body extending generally adjacent to the sides of each integrated circuit body, the metal leads of each integrated circuit body being electrically connected to a printed circuit board, the cooling member comprising a cooling member body made from a flexible, thermally conductive material removably press-fittable over each integrated circuit body, said cooling member body having a plurality of recesses for receiving and enveloping the integrated circuit bodies, and each recess defined by walls configured to contact the top and side surfaces of the respective integrated circuit body and the metal leads extending from the respective integrated circuit body including a substantial length of the portion of the leads which are electrically connected to the printed circuit board.

Claim 7

The cooling member of claim 4 further comprising each metal lead having a length defined from the integrated circuit body to the end of the metal lead wherein the cooling member body contacts each metal lead along substantially the entire length thereof.

Claim 8

The cooling member of claim 4 further comprising a bottom insulating member, the printed circuit board positioned on the bottom insulating member.

Claim 9

The cooling member of claim 6 wherein the bottom insulating member is made from a flexible, thermally conductive material.

Claim 10

Apparatus adapted for use with an integrated circuit body having a generally rectangular shaped exterior surface including a top and side surfaces and metal leads extending therefrom, the metal leads being electrically connected to a printed circuit board, the apparatus comprising, a flexible, thermally conductive cooling member body being removably press-fittable over the integrated circuit body, said cooling member body having a recess therein, and said recess configured to a generally rectangular shape and defined by walls sized to contact the top and side surfaces of the integrated circuit body and the metal leads extending from the integrated circuit body including a substantial length of the portion of the leads which are selectively connected to the printed circuit board.

Claim 11

Apparatus adapted for use with an integrated circuit body having a generally rectangular shaped exterior surface including a top and side surfaces and metal leads extending therefrom, the metal leads being electrically connected to a printed circuit board, the apparatus comprising, a flexible, thermally conductive cooling member body being removably press-fittable over the integrated circuit body, said cooling member body having a recess therein, and said recess configured to a generally rectangular shape and defined by walls sized to contact the top and side surfaces of the integrated circuit body and the metal leads extending from the integrated circuit body including a substantial length of the portion of the leads which are selectively connected to the printed circuit board.

Claim 12

Apparatus of claim 8 further comprising each metal lead having a length defined from the integrated circuit body to the end of the metal lead wherein the cooling member body is configured to contact each metal along substantially the entire length thereof.

Claim 13

Apparatus of claim 8 further comprising the integrated circuit body having four corners and having projections protruding from the four corners and the cooling member body having subrecesses therein, wherein the integrated circuit body projections are received within the cooling member body subrecesses.