ACCESSORY WITH CONNECTOR FOR ELECTRICAL AND OPTICAL DATA CIRCUITS

1 . An electronic accessory connectable to a remote electronic device through a data interface, comprising:

an electronic circuit configured to exchange data through a data interface; and

an optical and electrical circuit connector, comprising:

a connector body configured to engage a corresponding connector;

at least one optical terminal for the data interface coupled to the connector body; and

at least one electrical data interface terminal for the data interface coupled to the connector body.

2 . The electronic accessory of claim 1 , further comprising a micro-Universal Serial Bus connector, the micro-Universal Serial Bus connector comprising the at least one electrical data interface terminal.

3 . The electronic accessory of claim 1 , the at least one optical terminal comprising a spheroid surface, the spheroid surface configured to contact a corresponding optical terminal of the corresponding connector.

4 . The electronic accessory of claim 1 , further comprising:

at least one magnetic attachment area, coupled to the connector body,

the at least one magnetic attachment area configured to magnetically attach the connector body to the corresponding connector when the connector body is engaged into the corresponding connector.

5 . The electronic accessory of claim 4 , the connector body having a first end, the first end engaging the corresponding connector,

the connector body having a symmetrical configuration on the first end,

the at least one magnetic attachment area comprising at least one pair of magnetic attachment areas, each pair of magnetic attachment areas within the at least one pair of magnetic attachment areas having a respective first magnetic area and a respective second magnetic area, the respective first magnetic area having a first magnetic polarity that is opposite a second magnetic polarity of the respective second magnetic area.

6 . The electronic accessory of claim 4 , where the at least one magnetic attachment area comprises an electrically conductive path,

the electrically conductive path having an electrical connection on the at least one magnetic attachment area, and

the electrically conductive path of the at least one magnetic attachment area configured to conduct electrical power between the electrical connection and an electrical contact of the corresponding connector.

7 . The electronic accessory of claim 4 , the at least one magnetic attachment area and the connector body configured to urge each of the at least one optical terminal into a conjugate surface of a respective corresponding optical terminal of the corresponding connector.

8 . The electronic accessory of claim 1 ,

the connector body having a first end, the first end engaging the corresponding connector,

the first end of the connector body comprising an inner portion and an outer portion,

the at least one electrical data interface terminal being disposed within the inner portion, and

the at least one optical terminal being disposed within the outer portion.

9 . The electronic accessory of claim 8 , at least part of the inner portion protruding at the first end beyond the outer portion.

10 . The electronic accessory of claim 8 , at least part of the outer portion protruding at the first end beyond the outer portion.

11 . The electronic accessory of claim 8 , the outer portion further comprising at least one magnetic attachment area configured to magnetically attach the connector body to the corresponding connector when the connector body is engaged into the corresponding connector.

12 . The electronic accessory of claim 8 , the outer portion further comprising the at least one conducting power ring, each of the at least one conducting power ring encircling the inner portion and configured to conduct electrical power through the connector.

13 . The electronic accessory of claim 12 , the at least one conducting power ring comprising an inner conductive ring and an outer conductive ring,

the outer conductive ring being removed from the inner conductive ring, and

the at least one optical terminal being disposed between the inner conductive ring and the outer conductive ring.