Optical connector, terminal end structure for an optical fiber
An optical connector is provided which can prevent contamination of a lens body with dust or its scratching without a dust cap when being not mated with a partner optical connector. An optical connector is configured to be mounted on a board and to be mated with a partner optical connector which is connected to a terminal end of an optical fiber. The optical connector includes a housing, an optic transceiver, a lens body and a shield case. The housing includes a tubular section for receiving an optical fiber and a ferrule of a partner optical connector. The lens body is located on one side of the tubular section, wherein a film for closing the tubular section is molded integrally with the tubular section on another side of the tubular section. The film is configured to be broken by inserting the optical fiber and the ferrule into the tubular section.
1. An optical connector comprising:
a housing made of resin;
an optic transceiver accommodated into the housing; and
a lens body accommodated into the housing, the lens body configured to be interposed between a partner optical connector and the optic transceiver,
wherein the housing includes a tubular section for receiving an optical fiber and a ferrule of the partner optical connector,
wherein the lens body is located on one side of the tubular section, wherein a film for closing the tubular section is molded integrally with the tubular section on another side of the tubular section, and
wherein the film is configured to be broken by inserting the optical fiber and the ferrule into the tubular section.
2. The optical connector according to claim 1 , wherein
a plurality of ribs is formed on an inner surface of the tubular section, wherein the plurality of ribs extends along an axial direction of the tubular section.
3. A terminal end structure for an optical fiber, comprising:
the optical connector according to claim 2 ; and
the partner optical connector configured to be mated with the optical connector,
wherein in a mated state of the optical connector with the partner optical connector,
the plurality of ribs is in contact with the ferrule of the partner optical connector, and
the film which is broken is located in a gap between the ferrule and the inner surface of the tubular section.