Connector for shielded cables

Claim 2

A connector for shielded cables, said cables each having an outer jacket, said connector comprising a housing with signal and ground contacts mounted in said housing, said housing having an upper wall with inlet openings for the cables and at least one strain relief member joining the inlet openings, each strain relief member being integrally formed with the upper wall of the housing and projecting from said upper wall, wherein each strain relief member comprises a support projecting from the upper wall and having a support face adapted to receive the outer jacket of at least one of the cables, a pressing member being provided for pressing at least one of the cables with its outer jacket against the support face of the strain relief member.

Claim 3

A connector according to claim 1, wherein at least one of the supports joins one of the inlet openings at two opposing sides and comprises the support face at the two opposing sides adapted to receive the outer jacket of a cable.

Claim 4

A connector according to claim 1, wherein a filling ring and a clamping strip are provided around the support and at least one cable, said filling ring being made of a material with a high friction with respect to the outer jacket of said at least one cable.

Claim 5

A connector according to claim 1, wherein the pressing member encloses the support and at least one cable and is made as a shrink.

Claim 6

A connector for shielding cables, said cables each having an outer jacket, said connector comprising a housing with signal and ground contacts mounted in said housing, said housing having an upper wall with inlet openings for the cables, at least one strain relief member for the cables joining the inlet openings, each strain relief member being unitary with the upper wall of the housing and projecting from said upper wall, wherein each strain relief member comprises a support projecting from the upper wall and having a first support face adapted to receive the outer jacket of one of the cables, a pressing member being provided for pressing at least one of the cables with its outer jacket against the first support face of the strain relief member, wherein a flexible support with a second support face adapted to receive the outer jacket of at least one of the cables is provided opposite each first support face at an opposite side of a corresponding one of the inlet openings, wherein said pressing member is made as a clamping strip and passage slots for the clamping strip are provided in the support.

Claim 7

A connector for shielding cables, said cables each having an outer jacket, said connector comprising a housing with signal and ground contacts mounted in said housing, said housing having an upper wall with inlet openings for the cables, at least one strain relief member for the cables joining the inlet openings, each strain relief member being unitary with the upper wall of the housing and projecting from said upper wall, wherein each strain relief member comprises a support projecting from the upper wall and having a first support face adapted to receive the outer jacket of one of the cables, a pressing member being provided for pressing at least one of the cables with its outer jacket against the first support face of the strain relief member, wherein a flexible support with a second support face adapted to receive the outer jacket of at least one of the cables is provided opposite each first support face at an opposite side of a corresponding one of the inlet openings, wherein said pressing member is made as a clamping strip and passage slots for the clamping strip are provided in the support.

Claim 8

A connector according to claim 5, wherein each flexible support has end edges located at a predetermined distance from end edges of the first support face of the opposite respective support.

Claim 9

A connector according to claim 5, wherein the pressing member is made as a clamping plate with at least one passage for receiving at least one of the supports and at least one of the cables, said passage having an inner wall part for pressing a cable through the flexible support and against the support face of the support.

Claim 10

A connector according to claim 5, wherein the pressing member is made as a clamping element which is movable from an open, inoperative position to a closed, operative position, wherein the clamping element, in its operative position, encloses at least one support and at least one cable and presses, with a wall part, the cable through the flexible support against the first support face of said at least one support.

Claim 11

A connector for shielding cables, said cables each having an outer jacket, said connector comprising a housing with signal and ground contacts mounted in said housing, said housing having an upper wall with inlet openings for the cables, a strain relief member for each cable joining each of the inlet openings, each strain relief member being unitary with the upper wall of the housing and projecting from said upper wall, wherein each strain relief member comprises a support projecting from the upper wall and having a support face adapted to receive the outer jacket of at least one of the cables, a pressing member being provided for pressing the at least one Cable with its outer jacket against the support face of the strain relief member, wherein the pressing member is made as a clamping plate with at least one passage for receiving the support and the at least one cable, said passage having an inner wall for pressing the cable directly against the support face of the support wherein the clamping plate can be detachably locked on the upper wall of the housing.

Claim 12

A connector for shielding cables, said cables each having an outer jacket, said connector comprising a housing with signal and ground contacts mounted in said housing, said housing having an upper wall with inlet openings for the cables, a strain relief member for each cable joining each of the inlet openings, each strain relief member being unitary with the upper wall of the housing and projecting from said upper wall, wherein each strain relief member comprises a support projecting from the upper wall and having a support face adapted to receive the outer jacket of at least one of the cables, a pressing member being provided for pressing the at least one Cable with its outer jacket against the support face of the strain relief member, wherein the pressing member is made as a clamping plate with at least one passage for receiving the support and the at least one cable, said passage having an inner wall for pressing the cable directly against the support face of the support wherein the clamping plate can be detachably locked on the upper wall of the housing.

Claim 13

A connector according to claim 9, wherein each passage has an inner wall part adapted to receive the outer jacket of the cable.

Claim 14

A connector according to claim 10, wherein the clamping plate has passages for all of the supports of the housing, the clamping plate having longitudinal sides provided with locking edges cooperating with complementary locking edges at an upper side of the housing.

Claim 15

A connector for shielding cables, said cables each having an outer jacket, said connector comprising a housing with signal and ground contacts mounted in said housing, said housing having an upper wall with inlet openings for the cables, a strain relief member for each cable joining the inlet openings, each strain relief member being unitary with the upper wall of the housing and projecting from said upper wall, wherein each strain relief member comprises a support projecting from the upper wall and having a support face adapted to receive the outer jacket of at least one of the cables, a pressing member being provided for pressing the cable with its outer jacket against the support face of the strain relief member, wherein the pressing member is made as a clamping element that is movable from an open, inoperative position to a closed, operative position, wherein the clamping element, in its operative position, encloses at least one support and at least one cable and presses, with a wall part, the cable directly against the support face of said at least one support.

Claim 16

A connector for shielding cables, said cables each having an outer jacket, said connector comprising a housing with signal and ground contacts mounted in said housing, said housing having an upper wall with inlet openings for the cables, a strain relief member for each cable joining the inlet openings, each strain relief member being unitary with the upper wall of the housing and projecting from said upper wall, wherein each strain relief member comprises a support projecting from the upper wall and having a support face adapted to receive the outer jacket of at least one of the cables, a pressing member being provided for pressing the cable with its outer jacket against the support face of the strain relief member, wherein the pressing member is made as a clamping element that is movable from an open, inoperative position to a closed, operative position, wherein the clamping element, in its operative position, encloses at least one support and at least one cable and presses, with a wall part, the cable directly against the support face of said at least one support.

Claim 17

A connector according to claim 12, wherein said wall part of the clamping element is adapted to receive the outer jacket of the cable.

Claim 18

A connector according to claim 12, wherein the clamping element consists of two identical halves which can be detachably connected with each other.

Claim 19

A connector according to claim 12, wherein the clamping element consists of two halves which are inter-connected at one side by a film hinge and at another side can be detachably connected with each other.

Claim 20

A connector according to claim 12, wherein the clamping element is a common clamping element for all supports of the housing.

Claim 21

A connector according to claim 16, wherein an end plate with passages for the cables is provided on the supports, wherein an open space is provided between the end plate and the upper wall of the housing for receiving the clamping element.