Electrical connector
In one embodiment of the present invention, there is provided an electrical connector comprising an insulative housing having a longitudinal base with a first side and a second side. Extending from the base at the first side is a tongue portion having a first tongue section and a second tongue section, both sections having a first face and a second face. A plurality of passageways are defined on the first faces of both sections. Each of the passageways has a recess located at one end and a plurality of conductive contacts are received in the passageways. Each contact comprises a mating section, a mounting section and a retainer section bridging the mating section to the mounting section whereby the mating section of the contact is free to flex into the recess. In another embodiment of the present invention, there is provided an electrical connector having a socket extending from the base at the second side.
1. An electrical connector comprising:
an insulative housing comprising a longitudinal base having a mating side and a mounting side;
a tongue portion extending from the longitudinal base at the mating side, the tongue portion comprising a first tongue section and a second tongue section, each tongue section having a first face and a second face;
a plurality of passageways defined on the first faces of the first and the second tongue sections, the passageways extending from the tongue portion to the mounting side of the insulative housing;
a recess located at one end of each passageway; and
a plurality of conductive contacts received in the passageways, each contact comprising a mating section located at the mating side of the insulative housing, a mounting section located at the mounting side of the insulative housing, and a retainer section bridging the mating section to the mounting section; wherein the mating section of the contact is free to flex into the recess.
2. The electrical connector as claimed in claim 1 further comprising a third tongue section connecting with the first and the second tongue sections, the third tongue section having a first face and a second face and with a plurality of passageways defined on the second face, each passageway having a recess located at one end; a conductive contact received in the passageway comprising a mating section, a mounting section, and a retainer section bridging the mating section to the mounting section;
wherein the mating section of the contact is free to flex into the recess.
3. An electrical connector comprising:
an insulative housing comprising a longitudinal base having a first mating side and a second mating side;
a tongue portion extending from the longitudinal base at the first mating side and a socket extending from the longitudinal base at the second mating side; wherein the tongue portion comprises a first tongue section and a second tongue section, each tongue section having a first face and a second face;
a plurality of passageways defined on the first faces of the first and the second tongue sections, the passageways extending from the tongue portion at the first mating side to the socket at the second mating side;
a recess located at one end of each passageway; and
a plurality of conductive contacts received in the passageways, each contact comprising a first mating section located at the first mating side of the insulative housing, a second mating section located at the second mating side of the insulative housing, and a retainer section bridging the first mating section to the second mating section; wherein the first mating section of the contact is free to flex into the recess.
4. The electrical connector as claimed in claim 3 further comprising a third tongue section connecting with the first and the second tongue sections, the third tongue section having a first face and a second face and with a plurality of passageways defined on the second face, each passageway having a recess located at one end; a conductive contact received in the passageway comprising a mating section, a mounting section, and a retainer section bridging the mating section to the mounting section;
wherein the mating section of the contact is free to flex into the recess.
5. An interconnect system comprising the electrical connector as claimed in claim 1 and further comprising a first electronic device having a complementary electrical socket coupled to the electrical connector at the mating side;
the electrical connector optionally mounted to a printed circuit board of a second electronic device at the mounting side.
6. An interconnect system comprising the electronic connector as claimed in claim 3 and further comprising a complementary electrical socket coupled to the electrical connector at the first mating side and a complementary electrical header coupled to the electrical connector at the second mating side.