Sealed land grid array connector

Claim 2

An electrical connector for mounting in a frame comprising: a. at least one contact element having a compliant head portion, which is axially displaceable along a longitudinal mating axis, b. an overmolded body retaining said contact elements wherein said body has a frame abutting surface, c. a compressible sealing element disposed on said frame abutting surface, circumscribing an area interior of said compressible sealing element, d. a shroud mated to said body creating a shroud junction between said shroud and said body wherein, said shroud junction is contained entirely within said area interior of said compressible sealing element, and e. at least one retention element that cooperates with said body to compress said compressible sealing element between said body and the frame.

Claim 3

An electrical connector as recited in claim 1 wherein, said frame abutting surface has a channel therein and said compressible sealing element occupies said channel.

Claim 4

An electrical connector as recited in claim 1, wherein said shroud has multiple chambers and each said chamber separately and substantially encircles each respective compliant head.

Claim 5

An electrical connector as recited in claim 1 wherein, each said contact element has a medial section over which said body is molded.

Claim 6

An electrical connector as recited in claim 4 wherein, said medial section comprises: a. a tab that faces a direction toward the outer edge of said body, and b. a notch that faces a direction toward the center of said body.

Claim 7

A sealed electrical connector for mounting in a frame comprising: a. an insulating body having a frame abutting surface, b. a shroud interfitting with said body to create an unsealed shroud junction interposed between said body and said shroud, c. at least one contact element extending through said body and into an interior of said shroud, d. portions of said body sealingly encircle each of said contact elements and underlie said shroud junction, and e. a continuous compressible sealing element disposed on said frame abutting surface delineating an area interior and an area exterior wherein, said shroud junction is enclosed entirely within said area interior and sealingly isolates said shroud junction and said area interior from said area exterior when said frame abutting surface is in compressible engagement with the frame.

Claim 8

A sealed electrical connector for mounting in a frame comprising: a. an insulating body having a frame abutting surface, b. a shroud interfitting with said body to create an unsealed shroud junction interposed between said body and said shroud, c. at least one contact element extending through said body and into an interior of said shroud, d. portions of said body sealingly encircle each of said contact elements and underlie said shroud junction, and e. a continuous compressible sealing element disposed on said frame abutting surface delineating an area interior and an area exterior wherein, said shroud junction is enclosed entirely within said area interior and sealingly isolates said shroud junction and said area interior from said area exterior when said frame abutting surface is in compressible engagement with the frame.

Claim 9

A sealed electrical connector as recited in claim 6 wherein, said body is molded over said contact elements.

Claim 10

A sealed electrical connector as recited in claim 6 wherein, said body has a recess for receiving and retaining said shroud in an interference fit.

Claim 11

A sealed electrical connector as recited in claim 6 wherein, said body is generally planar.

Claim 12

A sealed electrical connector as recited in claim 9 wherein, said body is generally of a uniform thickness.

Claim 13

An electrical connector for mounting in a frame comprising: a. at least one contact element, b. an overmolded body retaining said contact elements wherein said body has a frame abutting surface, c. a compressible sealing element disposed on said frame abutting surface, circumscribing an area interior of said compressible sealing element, d. a shroud mated to said body creating a shroud junction between said shroud and said body, wherein, said shroud junction is contained entirely within said area interior of said compressible sealing element, e. at least one retention element that cooperates with said body to compress said compressible sealing element between said body and the frame, and f. each said contact element includes a medial section having a tab that faces a direction toward the outer edge of said body, and a notch that faces a direction toward the center of said body.

Claim 14

An electrical connector for mounting in a frame comprising: a. at least one contact element, b. an overmolded body retaining said contact elements wherein said body has a frame abutting surface, c. a compressible sealing element disposed on said frame abutting surface, circumscribing an area interior of said compressible sealing element, d. a shroud mated to said body creating a shroud junction between said shroud and said body, wherein, said shroud junction is contained entirely within said area interior of said compressible sealing element, e. at least one retention element that cooperates with said body to compress said compressible sealing element between said body and the frame, and f. each said contact element includes a medial section having a tab that faces a direction toward the outer edge of said body, and a notch that faces a direction toward the center of said body.

Claim 15

The electrical connector of claim 11, wherein said frame abutting surface comprises a groove for receiving said sealing element.

Claim 16

The electrical connector of claim 11, wherein said contact and said body are interlocked by said tab and said notch.