Shielded electrical connector
A connector (A) includes a dielectric and a multi-functional portion, an outer conductor is configured by uniting a first divided shell and a second divided shell, a first crimping portion to be crimped to an outer periphery of a shield member of a shielded cable is formed in a rear end part of the first divided shell, the multi-functional portion is exposed on an outer surface of the outer conductor and in the form of a projection forward of the first crimping portion on an outer surface of the dielectric, the first divided shell is formed with a first locking portion disposed to be able to lock the multi-functional portion, and a locking direction of the first locking portion to the multi-functional portion is a direction opposite to the first crimping portion to the shield member.
1. A connector, comprising:
a plurality of inner conductors;
a dielectric;
an outer conductor; and
a multi-functional portion,
wherein:
the plurality of inner conductors are individually connected to front end parts of a plurality of cores constituting a shielded cable,
the dielectric accommodates the plurality of inner conductors,
the outer conductor is configured by uniting a first divided shell and a second divided shell,
the outer conductor surrounds the inner conductors and the dielectric,
a first crimping portion to be crimped to an outer periphery of a shield member constituting the shielded cable is formed in a rear end part of the first divided shell,
the multi-functional portion is exposed on an outer surface of the outer conductor and in the form of a projection forward of the first crimping portion on an outer surface of the dielectric,
the first divided shell is formed with a first locking portion disposed to be able to lock the multi-functional portion,
a locking direction of the first locking portion to the multi-functional portion is a direction opposite to a crimping direction of the first crimping portion to the shield member,
the first divided shell includes a base plate portion and a pair of left and right side plate portions extending downward from both left and right end edges of the base plate portion,
the first divided shell is formed with a pair of cut portions formed by cutting both left and right end parts of the base plate portion and upper end parts of the pair of left and right side plate portions in a communicating state, and
the multi-functional portions are paired and exposed to an upper surface and both left and right side surfaces of the first divided shell through the pair of cut portions.
2. The connector of claim 1 , wherein the multi-functional portion is disposed in a front end part of the dielectric.
3. The connector of claim 2 , wherein the multi-functional portions are formed only on two corners, out of four corners of a front wall portion of the dielectric.
4. The connector of claim 1 , wherein:
the dielectric includes an accommodating member and a cover,
the accommodating member includes accommodation chambers for accommodating the inner conductors,
the cover covers the accommodation chambers and the inner conductors, and
an opening for exposing the cover is formed between the outer conductor and the inner conductors.
5. The connector of claim 4 , wherein the opening is provided to expose the cover in an axial direction of the cores.
6. The connector of claim 4 , wherein:
the second divided shell is formed with a second crimping portion to be crimped to the outer periphery of the shield member,
the cover is formed with a displacement restricting portion disposed in front of the second crimping portion,
the second divided shell is formed with a second locking portion disposed to be able to lock the displacement restricting portion, and
a locking direction of the second locking portion to the displacement restricting portion is a direction opposite to a crimping direction of the second crimping portion to the shield member.