Connector for shielded flat cable

Claim 2

A mass termination, insulation displacement connector for use with a shielded flat cable of the type including a generally planar array of parallel conductors embedded in insulation, an electrically conductive shield at least partially encompassing said insulation and an insulative outer sheath, said connector comprising: an elongate insulative housing having a cable engaging face and a mating face and a plurality of contact passages extending therebetween with each passage aligned with a corresponding conductor of said flat cable; an electrical contact mounted in each of said passages, each contact having a matable portion disposed adjacent said mating face and an insulation displacement portion extending beyond said cable engaging face for terminating a corresponding conductor, one of said contacts being a grounding contact; an elongate insulative cover having a cable supporting face provided with an array of passages positioned to receive the insulation displacement portions of said contacts, said housing and cover cooperating to hold a portion of said cable with said sheath and shield removed and relative closing movement of said housing and cover effecting termination of said conductors by said contacts, said cover having a remote surface for engaging the surface of the cable bent back upon itself; an elongate clamp for overlying said cover to hold the bent back portion of the cable therebetween, said clamp being latchable to said housing and having a shielding contact surface facing said cover remote surface for engaging the shield with a portion of said sheath removed, said clamp having at least one leg extending alongside said cover and further comprising an electrically conductive path including said leg for electrically connecting said shield to said grounding contact.

Claim 3

A connector as set forth in claim 1 wherein said housing has first and second spaced sides, said clamp being releasably latchable to said housing and including first and second brackets extending along said sides and latching thereto, said first bracket including said leg.

Claim 4

A connector as set forth in claim 1 wherein said connector includes at least one lateral opening intersecting a passage for receiving said grounding contact, said leg carrying a protrusion for reception in said opening to engage said grounding contact.

Claim 5

A connector as set forth in claim 3 wherein said opening is in said housing.

Claim 6

A connector as set forth in claim 3 wherein said opening is in said cover.

Claim 7

A connector as set forth in claim 3 wherein said conductive path includes said shielding contact surface, said leg and said protrusion.

Claim 8

A mass termination, insulation displacement connector for use with a shielded flat cable of the type including a generally planar array of parallel conductors embedded in insulation, an electrically conductive shield at least partially encompassing said insulation and an insulative outer sheath, said connector comprising: an elongate insulative housing having a cable engaging face and a mating face and a plurality of contact passages extending therebetween with each passage aligned with a corresponding conductor of said flat cable; an electrical contact mounted in each of said passages, each contact having a matable portion disposed adjacent said mating face and an insulation displacement portion extending beyond said cable engaging face for terminating a corresponding conductor, at least one of said contacts being a grounding contact; an elongate insulative cover having a cable supporting face provided with an array of passages positioned to receive the insulation displacement portions of said contacts, said housing and cover cooperating to hold a portion of said cable with said sheath and shield removed and relative closing movement of said housing and cover effecting termination of said conductors by said contacts, said cover having a remote conductive face for physically and electrically contacting said shield exposed in a bent back portion of said cable, said conductive face having at least one opening corresponding in position to said grounding contact, said grounding contact extending further from said housing than other of said contacts and extending through said opening to make contact with said conductive face when said housing and cover are assembled; a shielding clamp having a face, which opposes said conducting face when said connector is assembled so as to define a passage for said bent back cable portion therebetween; means for engaging said cover with said contact housing; and means for engaging said shielding clamp with at least one of said contact housing and said cover.

Claim 9

A mass termination, insulation displacement connector for use with a shielded flat cable of the type including a generally planar array of parallel conductors embedded in insulation, an electrically conductive shield at least partially encompassing said insulation and an insulative outer sheath, said connector comprising: an elongate insulative housing having a cable engaging face and a mating face and a plurality of contact passages extending therebetween with each passage aligned with a corresponding conductor of said flat cable; an electrical contact mounted in each of said passages, each contact having a matable portion disposed adjacent said mating face and an insulation displacement portion extending beyond said cable engaging face for terminating a corresponding conductor, at least one of said contacts being a grounding contact; an elongate insulative cover having a cable supporting face provided with an array of passages positioned to receive the insulation displacement portions of said contacts, said housing and cover cooperating to hold a portion of said cable with said sheath and shield removed and relative closing movement of said housing and cover effecting termination of said conductors by said contacts, said cover having a remote conductive face for physically and electrically contacting said shield exposed in a bent back portion of said cable, said conductive face having at least one opening corresponding in position to said grounding contact, said grounding contact extending further from said housing than other of said contacts and extending through said opening to make contact with said conductive face when said housing and cover are assembled; a shielding clamp having a face, which opposes said conducting face when said connector is assembled so as to define a passage for said bent back cable portion therebetween; means for engaging said cover with said contact housing; and means for engaging said shielding clamp with at least one of said contact housing and said cover.