UNIFIED COPPER AND FIBER CONNECTOR FOR HYBRID ELECTRIC/OPTICAL CABLE
A composite cable connector for terminating a cable segment is provided having at least one fiber optic element and at least one conductor element is provided. The composite cable connector has a connector housing, receiving at a first end, the at least one fiber optic element and at least one conductor element. A ferrule at a second end of the connector housing presents the at least one fiber optic element. At least one crimp on element is positioned at a back end of the connector housing for crimping onto the connector housing and couples with the at least one conductor element. At least one conductive pathway, from the crimp on element to a front end of the connector housing, proximate the ferrule, presenting at least one conductive pathway at a front face of the connector housing.
1 . A composite cable connector for terminating a cable segment having at least one fiber optic element and at least one conductor element, said composite cable connector comprising:
a connector housing receiving at a first end, said at least one fiber optic element and at least one conductor element,
a ferrule at a second end of said connector housing for presenting said at least one fiber optic element;
at least one crimp on element, positioned at a back end of said connector housing for crimping onto said connector housing and coupling with said at least one conductor element; and
at least one conductive pathway within said composite cable connector, from said crimp on element to a front end of said connector housing, proximate said ferrule, presenting at least one conductive pathway at a front face of said connector housing of said composite cable connector.
2 . The composite cable connector as claimed in claim 1 , wherein said connector housing is any one of an LC connector, an SC connector, and a FC connector.
3 . The composite cable connector as claimed in claim 1 , wherein said crimp on element is electrically/conductively connected to a conductive pathway in said connector housing.
4 . The composite cable connector as claimed in claim 3 , wherein said crimp on element is electrically/conductively connected to a copper sleeve over said ferrule, via said conductive pathway in said connector housing.
5 . The composite cable connector as claimed in claim 1 , wherein said crimp on element is electrically/conductively connected to said front face of said connector housing via a conductive front element, surrounding said ferrule and passing over said connector housing to said crimp on element.
6 . The composite cable connector as claimed in claim 1 , wherein said connector is configured to be inserted into an adapter for electrical connection to an adjoining segment of a conductive pathway.
7 . The composite cable connector as claimed in claim 1 , wherein said adapter includes a conductive sleeve providing an electrical conductive pathway between said connector and an adjacent conductor in said adapter.
8 . The composite cable connector as claimed in claim 7 , wherein said adapter includes a metal conductor for connection between an external power source and said conductive sleeve, so as to introduce or extract an electrical current to a conductive pathway where said connector is connected to said adapter.