Receptacle assembly and mounting bracket for circuit board connections

Claim 2

In a connector arrangement for electrically connecting terminals of a mateable connector assembly to conductive regions on a printed circuit board, said arrangement including: a printed circuit board having a plurality of conductive regions thereon, means mounting a connector on said printed circuit board including a base portion having aperture means therethrough overlying said conductive regions, said connector including a dielectric housing with a plurality of terminal-receiving cavities, a terminal mounted in each of said cavities, each terminal having one end adapted to engage a mating terminal in a mating connector and means electrically connecting the terminal to said conductive regions. the improvement comprising: said connector mounting means including a mounting bracket having upstanding latch means with shelf support means elevated above the surface of the printed circuit board cooperating with the housing to hold the housing spaced above the base portion; and and electrical connecting means including a length of flexible insulated multi-conductor cable having a length that is greater than the distance between the terminals and the conductive regions on the printed circuit board, whereby the connector can be selectively mated and unmated to said mateable connector without damaging the electrical connections with the printed circuit board.

Claim 3

The connector arrangement of claim 1, wherein each terminal includes an opposed end including an insulation displacement slot contact portion.

Claim 4

The connector arrangement of claim 2, wherein said flexible insulated multi-conductor cable having conductors terminated at one end in said insulation displacement slot contact portions.

Claim 5

The connector arrangement of claim 3 wherein said flexible insulated multi-conductor cable comprises ribbon cable including a plurality of conductors with insulation surrounding each conductor and insulating web portions between the conductors, said one end having a notched end portion whereat the web portions between the insulated conductors have been removed prior to termination of said insulated conductors in said insulation displacement slot contact portions.

Claim 6

The connector arrangement of claim 1, wherein each conductive region on said printed circuit board includes a through-hole aperture and the aperture means of the base portion overlies each of said through-hole apertures.

Claim 7

The connector arrangement of claim 5, wherein said flexible insulated multi-conductor cable includes a first stripped end portion including barred conductor segments extending from an insulated portion and said barred conductor segments extending through the aperture means of the base portion into the aligned through-hole apertures.

Claim 8

The connector arrangement of claim 6, wherein each terminal includes an opposed end including an insulation displacement slot contact portion and said flexible insulated multi-conductor cable having conductors terminated at a second end portion in said insulation displacement contact portions.

Claim 9

The connector arrangement of claim 7 wherein the length of flexible insulated multi-conductor cable comprises ribbon cable and said second end includes a notched end portion whereat insulated web portions between insulated conductors have been removed.

Claim 10

The arrangement of claim 7, wherein the barred conductor segments are electrically connected to said conductive regions with solder.

Claim 11

The arrangement of claim 1 wherein the flexible insulated multi-conductor cable having conductors electrically connected to said conductive regions with solder.

Claim 12

A connector arrangement comprising: a printed circuit board having a plurality of conductive regions thereon, each region including a through-hole aperture; a mounting bracket mounted on the printed circuit board including the base portion having aperture means extending therethrough overlying said through-hole apertures and upstanding latch arms with latch receiving recesses and shelf support means elevated above said base portion; a connector including a dielectric housing including a bottom wall, a pair of opposed sidewalls with latch projections extending outwardly therefrom, a forward mating end, an opposed rearward end, a plurality of terminal-receiving cavities extending between said mating end and said rearward end, a terminal mounted in each of said cavities, each terminal having one end adjacent said forward mating end adapted to electrically engage a mating terminal in a mateable connector and an opposed end adjacent said rearward end including an insulation displacement slot contact portion, said connector mounted in said mounting bracket so that the bottom wall of the housing rests on the shelf support means and said latch projections are received within the latch receiving recesses in said latch arm to releaseably retain the connector spaced above the base portion; an insulated multi-conductor cable including a stripped first end including barred segments of cable conductors extending from the insulated portion, said first end extending into said aperture means of the base portion with the barred conductor segments extending into said through-hole apertures and soldered to a conductive region and a second end of each of said cable conductors being terminated in one of said insulation displacement contact portions, said multiconductor cable being of a length sufficient to provide a bend in said cable between the connector and the base portion. whereby, the connector may be selectively mated and unmated to said mateable connector without damaging the electrical connections with the printed circuit board.

Claim 13

A connector arrangement comprising: a printed circuit board having a plurality of conductive regions thereon, each region including a through-hole aperture; a mounting bracket mounted on the printed circuit board including the base portion having aperture means extending therethrough overlying said through-hole apertures and upstanding latch arms with latch receiving recesses and shelf support means elevated above said base portion; a connector including a dielectric housing including a bottom wall, a pair of opposed sidewalls with latch projections extending outwardly therefrom, a forward mating end, an opposed rearward end, a plurality of terminal-receiving cavities extending between said mating end and said rearward end, a terminal mounted in each of said cavities, each terminal having one end adjacent said forward mating end adapted to electrically engage a mating terminal in a mateable connector and an opposed end adjacent said rearward end including an insulation displacement slot contact portion, said connector mounted in said mounting bracket so that the bottom wall of the housing rests on the shelf support means and said latch projections are received within the latch receiving recesses in said latch arm to releaseably retain the connector spaced above the base portion; an insulated multi-conductor cable including a stripped first end including barred segments of cable conductors extending from the insulated portion, said first end extending into said aperture means of the base portion with the barred conductor segments extending into said through-hole apertures and soldered to a conductive region and a second end of each of said cable conductors being terminated in one of said insulation displacement contact portions, said multiconductor cable being of a length sufficient to provide a bend in said cable between the connector and the base portion. whereby, the connector may be selectively mated and unmated to said mateable connector without damaging the electrical connections with the printed circuit board.

Claim 14

A connector arrangement for making an electrical connection to a printed circuit board associated with a panel, said arrangement comprising: a printed circuit board including a plurality of conductive regions thereon; a panel mounted connector including a housing supported on the panel and a plurality of terminals supported within said housing; a mounting bracket having a base portion overlying the circuit board; a grounding bracket overlying a portion of said base clamping said base against the circuit board; aperture means in said base extending toward the circuit board; a flange on said grounding bracket adapted to be attached to the panel; a stand-off on said grounding bracket for positioning said mounting bracket and the circuit board relative to the panel; a length of flexible insulated multi-conductor cable having conductors with second ends connected to said terminals and first ends extending through said aperture means connected to the circuit board; and support means on said base engaging said housing and supporting said connector spaced from said base.

Claim 15

A connector arrangement for making an electrical connection to a printed circuit board associated with a panel, said arrangement comprising: a printed circuit board including a plurality of conductive regions thereon; a panel mounted connector including a housing supported on the panel and a plurality of terminals supported within said housing; a mounting bracket having a base portion overlying the circuit board; a grounding bracket overlying a portion of said base clamping said base against the circuit board; aperture means in said base extending toward the circuit board; a flange on said grounding bracket adapted to be attached to the panel; a stand-off on said grounding bracket for positioning said mounting bracket and the circuit board relative to the panel; a length of flexible insulated multi-conductor cable having conductors with second ends connected to said terminals and first ends extending through said aperture means connected to the circuit board; and support means on said base engaging said housing and supporting said connector spaced from said base.