Matrix connector with integrated power contacts

Claim 2

An electrical connector comprising: a) a support member; b) a plurality of power conductors within the support member, wherein the power conductors are bent at a right angle thereby bounding two sides of a rectangular area; c) a plurality of signal wafers connected to the support member, each wafer having a plurality of signal conductors, with the signal wafers stacked in parallel in the rectangular area; and d) each of the signal conductors has a single contact tail extending therefrom and each of the power conductor has at lest three contact tails extending therefrom.

Claim 3

An electrical connector comprising: a) a support member; b) a plurality of power conductors within the support member, wherein the power conductors are bent at a right angle thereby bounding two sides of a rectangular area; c) a plurality of signal wafers connected to the support member, each wafer having a plurality of signal conductors, with the signal wafers stacked in parallel in the rectangular area; d) an insulative cap, the insulative cap having a plurality of cavities therein, wherein each of the plurality of power conductors has a mating contact portion inserted into one of the cavities; and e) each of the cavities has opposing side walls with slots formed therein and wherein the mating contact portions are inserted into the slots leaving a portion of the mating contact portion of each power conductor exposed.

Claim 4

An electrical connector comprising: a) a support member; b) a plurality of power conductors within the support member, wherein the power conductors are bent at a right angle thereby bounding two sides of a rectangular area; c) a plurality of signal wafers connected to the support member, each wafer having a plurality of signal conductors, with the signal wafers stacked in parallel in the rectangular area; d) an insulative cap, the insulative cap having a plurality of cavities therein, wherein each of the plurality of power conductors has a mating contact portion inserted into one of the cavities; and e) each of the cavities has opposing side walls with slots formed therein and wherein the mating contact portions are inserted into the slots leaving a portion of the mating contact portion of each power conductor exposed.

Claim 5

An electrical connector assembly having a first electrical connector and a second electrical connector adapted to mate with the first electrical connector, which comprises: the first electrical connector comprising: a) a support member; b) a plurality of power conductors within the support member, wherein the power conductors are bent at a right angle thereby bounding two sides of a rectangular area; c) a plurality of signal wafers connected to the support member, each wafer having a plurality of signal conductors, with the signal wafers stacked in parallel in the rectangular area; the second electrical connector comprising: a) a second support member; b) a plurality of power wafers aligned in parallel, each of the power wafers having an insulative housing and a plurality of power conductors embedded therein; c) a plurality of signal wafers aligned in parallel, each of the signal wafers having an insulative housing and a plurality of signal contacts embedded therein; d) wherein the signal wafers and the power wafers are aligned in parallel; and e) wherein the power wafers are organized in subassemblies, each subassembly comprising two adjacent power wafers, each power wafer having a mating contact portion extending from a forward edge thereof with an insulator disposed between the mating contact portion of the adjacent wafers.

Claim 6

An electrical connector assembly having a first electrical connector and a second electrical connector adapted to mate with the first electrical connector, which comprises: the first electrical connector comprising: a) a support member; b) a plurality of power conductors within the support member, wherein the power conductors are bent at a right angle thereby bounding two sides of a rectangular area; c) a plurality of signal wafers connected to the support member, each wafer having a plurality of signal conductors, with the signal wafers stacked in parallel in the rectangular area; the second electrical connector comprising: a) a second support member; b) a plurality of power wafers aligned in parallel, each of the power wafers having an insulative housing and a plurality of power conductors embedded therein; c) a plurality of signal wafers aligned in parallel, each of the signal wafers having an insulative housing and a plurality of signal contacts embedded therein; d) wherein the signal wafers and the power wafers are aligned in parallel; and e) wherein the power wafers are organized in subassemblies, each subassembly comprising two adjacent power wafers, each power wafer having a mating contact portion extending from a forward edge thereof with an insulator disposed between the mating contact portion of the adjacent wafers.

Claim 7

An electrical connector assembly comprising: a) a first electrical connector, comprising: i) a first support member; ii) a plurality of wafers, held in parallel to the first support member, each wafer having a plurality of signal conductors with mating contact portions held in a line, each signal conductor having a first width; iii) a first plurality of power conductors held to the first support member, each having a second width greater than the first width, each said power conductor bent at a right angle; and b) a second electrical connector, adapted to mate to the first electrical connector, comprising: i) a second support member; ii) a second plurality of wafers, held in parallel to the support member, each wafer having a plurality of signal conductors with mating contact portions held in a line; iii) a second plurality of power conductors held to the second support member, each said power conductor bent at a right angle.

Claim 8

An electrical connector assembly comprising: a) a first electrical connector, comprising: i) a first support member; ii) a plurality of wafers, held in parallel to the first support member, each wafer having a plurality of signal conductors with mating contact portions held in a line, each signal conductor having a first width; iii) a first plurality of power conductors held to the first support member, each having a second width greater than the first width, each said power conductor bent at a right angle; and b) a second electrical connector, adapted to mate to the first electrical connector, comprising: i) a second support member; ii) a second plurality of wafers, held in parallel to the support member, each wafer having a plurality of signal conductors with mating contact portions held in a line; iii) a second plurality of power conductors held to the second support member, each said power conductor bent at a right angle.

Claim 9

The electrical connector of claim 4 wherein the first plurality of wafers holds the signal conductors in a first line in a mating plane and the second plurality of wafers holds the signal conductors in a second line in the mating plane, with the first lines and the second lines orthogonal.

Claim 10

The electrical connector of claim 4 wherein the first plurality of power conductors and the second plurality of power conductors are each held in groups, with the first plurality of power conductors held in first groups by insulative members joining groups of power conductors, the power conductors within the first groups having mating contact portions held in a first power contact line, with the first power contact line being orthogonal to the first line mating contact portions of the signal conductors.

Claim 11

The electrical connector of claim 4 wherein the first support member comprises an insulative housing.

Claim 12

The electrical connector of claim 7 wherein a) each power conductor has a first end with the mating contact portion thereon and a second end, with contact tails attached thereto; and b) the insulative housing has a plurality of slots therein, with a portion of second end of each power conductor engaged within at least one of the plurality of slots.

Claim 13

The electrical connector of claim 7 wherein the insulative housing comprises a first piece and a second piece, with the second piece slidably engaged to the first piece.

Claim 14

An electrical connector of the type that includes at least two connector pieces that mate in a mating plane, comprises: a) a first connector having: i) a first housing, ii) a first plurality of wafers held in parallel, each containing a plurality of right angle signal conductors having mating contact portions, and an insulative body holding the signal conductor with the mating contact portions held in a line in the mating plane, with the insulative body of each wafer connected to the first housing, iii) a first plurality of right angle power conductors, wider than the signal conductors, each connected to the first insulative housing; b) a second connector, adapted to mate to the first connector, comprising: i) a second housing ii) a second plurality of wafers held in parallel, each containing a plurality of right angle signal conductors having mating contact portions, and an insulative body holding the signal conductors, with the insulative body of each wafer connected to the second housing, and iii) a plurality of power wafers, each containing a plurality of right angle power conductors, wider than the signal contacts, and an insulative body holding a group of the right angle power conductors.

Claim 15

An electrical connector of the type that includes at least two connector pieces that mate in a mating plane, comprises: a) a first connector having: i) a first housing, ii) a first plurality of wafers held in parallel, each containing a plurality of right angle signal conductors having mating contact portions, and an insulative body holding the signal conductor with the mating contact portions held in a line in the mating plane, with the insulative body of each wafer connected to the first housing, iii) a first plurality of right angle power conductors, wider than the signal conductors, each connected to the first insulative housing; b) a second connector, adapted to mate to the first connector, comprising: i) a second housing ii) a second plurality of wafers held in parallel, each containing a plurality of right angle signal conductors having mating contact portions, and an insulative body holding the signal conductors, with the insulative body of each wafer connected to the second housing, and iii) a plurality of power wafers, each containing a plurality of right angle power conductors, wider than the signal contacts, and an insulative body holding a group of the right angle power conductors.

Claim 16

The electrical connector of claim 10 used in an electronic system having a first printed circuit board having a forward edge, with a plurality first connectors mounted along the forward edge of the first printed circuit board and a plurality of orthogonal printed circuit boards, each having a forward edge disposed orthogonal to the forward edge of the first printed circuit board, each such orthogonal board having a second connector mounted along its forward edge engaging one of the first connectors on the first printed circuit board.

Claim 17

The electrical connector of claim 10 wherein the first connector additionally comprises a cap, compliantly coupled to the first housing, wherein the mating contact portions of the signal conductors of the first plurality of wafers and the first plurality of right angle power conductors are secured to the cap, and wherein the signal conductors of the first plurality of wafers and the first plurality of right angle power conductors each include a portion secured to the first housing and include a compliant portion between the secured portion and the mating contact portion.