Grounded electrical connector
An electric connector includes connector bodies in which connection terminal trains are arranged in a coplanar fashion in male and female connector housings; and a ground connection fitting that is equipped therein so as to extend between the connection terminal trains in a train direction. At least one connector body has a conductive reinforcement fitting that extends along the connector housing. The ground connection fitting has ground connection portions that are exposed to the side of a board facing surface of the corresponding connector housing of the connector body; and reinforcement fitting connection portions that are connected to the reinforcement fitting on both outsides of the connection terminal trains in the train direction.
1. An electric connector comprising:
first and second connector bodies in which a plurality of connection terminal trains are arranged in a coplanar fashion in first and second connector housings that can be concave-convex joined in opposite directions; and
a ground connection fitting that is equipped in the first connector body so as to extend between the plurality of connection terminal trains in a direction of the plurality of connection terminal trains of the first and second connector bodies, wherein
the first connector body has a conductive first reinforcement fitting that extends along the first connector housing, and
the ground connection fitting has
a ground connection portion that is exposed to a side of a board facing surface of the first connector housing of the first connector body; and
a plurality of reinforcement fitting connection portions that are connected to the first reinforcement fitting on both outsides of a first of the plurality of connection terminal trains in the direction of the plurality of connection terminal trains.
2. The electric connector according to claim 1 , wherein the plurality of reinforcement fitting connection portions of the ground connection fitting are mechanically and electrically joined to the first reinforcement fitting.
3. The electric connector according to claim 1 , further comprising:
a second conductive reinforcement fitting extending along the second connector housing, wherein
the first and second conductive reinforcement fittings have local press contact surfaces that come into press contact with each other.
4. The electric connector according to claim 1 , further comprising:
a second conductive reinforcement fitting extending along the second connector housing, wherein
the ground connection fitting has a first of the plurality of reinforcement fitting connection portions connected to the first conductive reinforcement fitting, and a second of the plurality of reinforcement fitting connection portions that is retained and engaged with the second conductive reinforcement fitting.
5. The electric connector according to claim 2 , wherein the plurality of reinforcement fitting connection portions of the ground connection fitting are mechanically and electrically joined to the first reinforcement fitting, and are contained in an opening of the first reinforcement fitting.
6. The electric connector according to claim 3 , wherein the plurality of reinforcement fitting connection portions of the ground connection fitting are mechanically and electrically joined to the first reinforcement fitting extending along the first connector housing of the first connector body, and come into engagement contact with a second reinforcement fitting extending along the second connector housing of the second connector body.
7. The electric connector according to claim 6 , wherein the plurality of reinforcement fitting connection portions of the ground connection fitting have a retaining holder at a predetermined joint depth position in a direction of the concave-convex joint of the first and second connector housings, to make concave-convex engagement with the second reinforcement fitting in a longitudinal direction of the second connector housing.
8. The electric connector according to claim 7 , wherein the first and second reinforcement fittings have additional engagement holders outside the plurality of connection terminal trains in the direction of the plurality of connection terminal trains and at the predetermined joint depth position, to come into press contact with each other in a direction orthogonal to the direction of the plurality of connection terminal trains.