Removable protective heat sink for electronic components

Claim 2

A heat sink and an electronic component having a top side and a base, said electronic component base being mounted to a printed circuit board, comprising: a non-heat conductive cap mounted on said printed circuit board and over said electronic component, said cap having an aperture formed therein, said cap providing a protective cover for said electronic component; and a heat-conductive member for dissipating heat generated by said electronic component, said heat conductive member mounted to said top side of said electronic component and extending through said aperture, said heat conductive member having a first, wider, section mounted on said electronic component and a second, narrower, section which extends through said aperture, said first section of said heat conductive member being wider than said aperture.

Claim 3

A heat sink according to claim 1 wherein said cap further comprises a top wall and at least one sidewall mounted to said printed circuit board, said aperture located in said top wall.

Claim 4

A heat sink according to claim 1 wherein said heat conductive member further comprises heat conductive fins mounted to the part of said second section extending outside said cap.

Claim 5

A heat sink according to claim 3 wherein said heat conductive fins radially extend beyond said aperture.

Claim 6

A heat sink and an electronic component having a top side and a base, said electronic component base being mounted to a printed circuit board, comprising: a non-heat conductive cap mounted on said printed circuit board and over electronic component to provide a protective cover for said electronic component, said cap having a top wall having an aperture formed therein and at least one sidewall mounted to said printed circuit board, said printed circuit board having at least one slot formed therein in proximity to said electronic component and wherein said sidewalls of said cap further comprise a corresponding number of integrally formed projections, each said at least one slot receiving one of said corresponding number of projections to removably mount said cap on said printed circuit board.

Claim 7

A heat sink and an electronic component having a top side and a base, said electronic component base being mounted to a printed circuit board, comprising: a non-heat conductive cap mounted on said printed circuit board and over electronic component to provide a protective cover for said electronic component, said cap having a top wall having an aperture formed therein and at least one sidewall mounted to said printed circuit board, said printed circuit board having at least one slot formed therein in proximity to said electronic component and wherein said sidewalls of said cap further comprise a corresponding number of integrally formed projections, each said at least one slot receiving one of said corresponding number of projections to removably mount said cap on said printed circuit board.

Claim 8

A heat sink and an electronic component having a top side and a base, said electronic component base being mounted to a printed circuit board, comprising: a non-heat conductive cap mounted on said printed circuit board and over said electronic component to provide a protective cover for said electronic component, said cap having a top wall having an aperture formed therein and at least one sidewall mounted to said printed circuit board, said printed circuit board having at least one slot formed therein in proximity to said electronic component and wherein said sidewalls of said cap further comprise a corresponding number of integrally formed projections, each said at least one slot receiving said corresponding projection to removably mount said cap on said printed circuit board, and wherein each said projection further comprises first and second arms, said first and second arms compressing when each said projection is inserted in a corresponding slot.

Claim 9

A heat sink and an electronic component having a top side and a base, said electronic component base being mounted to a printed circuit board, comprising: a non-heat conductive cap mounted on said printed circuit board and over said electronic component to provide a protective cover for said electronic component, said cap having a top wall having an aperture formed therein and at least one sidewall mounted to said printed circuit board, said printed circuit board having at least one slot formed therein in proximity to said electronic component and wherein said sidewalls of said cap further comprise a corresponding number of integrally formed projections, each said at least one slot receiving said corresponding projection to removably mount said cap on said printed circuit board, and wherein each said projection further comprises first and second arms, said first and second arms compressing when each said projection is inserted in a corresponding slot.

Claim 10

A heat sink according to claim 6 wherein said corresponding number of integrally formed projections is comprised of first and second projections provided at opposite corners.

Claim 11

A heat sink according to claim 4 and further comprising means conductively mounting said heat conductive member on said electronic component.

Claim 12

A heat sink according to claim 8 wherein said means conductively mounting said heat conductive member is comprised of a layer of a heat conductive, shock dampening material.

Claim 13

A heat sink according to claim 4 and further comprising spring means biasing said heat conductive member against said electronic component.

Claim 14

A heat sink and an electronic component having a top side and a base, said electronic component being mounted to a printed circuit board, comprising,: a first heat conductive member mounted to said top side of said electronic component such that heat generated by said electronic component is transmitted to said first heat conductive member, said first heat conductive member having a first, wider section mounted on said electronic component and a second narrower section extending upwardly from said first section; a cap positioned over said electronic component and said first heat conductive member, said cap having an aperture formed therein, said cap mounted on said printed circuit board such that said aperture is positioned over said electronic component and that part of said second, narrower section of said first heat conductive member extends through said aperture, said cap providing a protective cover for said electronic components; and a second heat conductive member mounted to said part of said first heat conductive member extending through said aperture, said second heat conductive member dissipating heat generated by said electronic component and transmitted to said second heat conductive by said first heat conductive member.

Claim 15

A heat sink and an electronic component having a top side and a base, said electronic component being mounted to a printed circuit board, comprising,: a first heat conductive member mounted to said top side of said electronic component such that heat generated by said electronic component is transmitted to said first heat conductive member, said first heat conductive member having a first, wider section mounted on said electronic component and a second narrower section extending upwardly from said first section; a cap positioned over said electronic component and said first heat conductive member, said cap having an aperture formed therein, said cap mounted on said printed circuit board such that said aperture is positioned over said electronic component and that part of said second, narrower section of said first heat conductive member extends through said aperture, said cap providing a protective cover for said electronic components; and a second heat conductive member mounted to said part of said first heat conductive member extending through said aperture, said second heat conductive member dissipating heat generated by said electronic component and transmitted to said second heat conductive by said first heat conductive member.

Claim 16

A heat sink according to claim 13 wherein the surface area of said bottom side of said first heat conductive member is greater than the area of said aperture.

Claim 17

A heat sink according to claim 12 wherein said electronic component and said first heat conductive member are generally rectangular in shape and wherein the length of said bottom side of said first heat conductive member is approximately equal to or greater than the length of said electronic component.

Claim 18

A heat sink according to claim 13 wherein the width of said bottom side of said first heat conductive member is approximately equal to or greater than the length of said electronic component.

Claim 19

A heat sink according to claim 14 wherein said second heat conductive member is generally cylindrical in shape and wherein the diameters of said aperture and said second heat conductive member are approximately equal to each other.

Claim 20

A heat sink according to claim 11 wherein said bottom side of said first heat conductive member is covered with an adhesive to mount said first heat conductive member to said electronic component.

Claim 21

A heat sink according to claim 16 wherein said adhesive is silicon grease.

Claim 22

A heat sink and an electronic component having a top side and a base, said electronic component base being mounted to a printed circuit board comprising: a first heat conductive member mounted to said top side of said electronic component such that heat generated by said electronic component is transmitted to said first heat conductive member, said first heat conductive member having a first, wider, section mounted on said electronic component and a second, narrower section extending upwardly from said first section; a cap positioned over said electronic component and said first heat conductive member, said cap having an aperture formed in a top side thereof, said cap mounted on said printed circuit board such that said aperture is positioned over said electronic component and that part of said second section of said first heat conductive member extends therethrough, said cap proving a protective cover for said electronic component; a generally conical spring having a central aperture formed therein and mounted to said top side of said cap, said part of said first heat conductive member extending through said aperture to being received in said central aperture of said spring, said spring biasing said first heat conductive member against said electronic component; and a second heat conductive member mounted above said conical spring and to said part of said first heat conductive member extending through said aperture, said second heat conductive member dissipating heat generated by said electronic component and transmitted to said second heat conductive member by said first heat conductive member.

Claim 23

A heat sink and an electronic component having a top side and a base, said electronic component base being mounted to a printed circuit board comprising: a first heat conductive member mounted to said top side of said electronic component such that heat generated by said electronic component is transmitted to said first heat conductive member, said first heat conductive member having a first, wider, section mounted on said electronic component and a second, narrower section extending upwardly from said first section; a cap positioned over said electronic component and said first heat conductive member, said cap having an aperture formed in a top side thereof, said cap mounted on said printed circuit board such that said aperture is positioned over said electronic component and that part of said second section of said first heat conductive member extends therethrough, said cap proving a protective cover for said electronic component; a generally conical spring having a central aperture formed therein and mounted to said top side of said cap, said part of said first heat conductive member extending through said aperture to being received in said central aperture of said spring, said spring biasing said first heat conductive member against said electronic component; and a second heat conductive member mounted above said conical spring and to said part of said first heat conductive member extending through said aperture, said second heat conductive member dissipating heat generated by said electronic component and transmitted to said second heat conductive member by said first heat conductive member.

Claim 24

A heat sink according to claim 18 wherein said generally conical spring further comprises an inwardly bent section which terminates at said aperture, said inwardly bent section of said spring limiting the upward movement of said second heat conductive member.

Claim 25

A heat sink according to claim 19 and wherein said conical spring is formed of a heat conductive material.

Claim 26

A heat sink according to claim 19 and wherein said conical spring is formed of a non-heat conductive material.