Multipurpose fiber-optic adapter and methods of manufacturing and using the same
An adapter for receiving an optical fiber connector, such as an SC connector, and methods of manufacturing and using the adapter. In one embodiment, the adapter includes: (1) a fiber socket having cantilevered retaining arms, (2) a shell radially surrounding the fiber socket and (3) a release mechanism extending from without the shell to within the shell, coupled to the cantilevered retaining arms and configured to translate to change a separation of the cantilevered retaining arms.
1. An adapter for receiving an optical fiber connector and comprising:
a fiber socket having cantilevered retaining arms and a fiber aperture for receiving an optical fiber having a propagation axis;
a shell radially surrounding said fiber socket; and
a release mechanism extending from without said shell to within said shell, slidably coupled to said cantilevered retaining arms, said release mechanism configured to translate in a direction substantially transverse to said propagation axis to change a separation of said cantilevered retaining arms in a different direction substantially transverse to said propagation axis.
2. The adapter as recited in claim 1 wherein said fiber socket is a fiber socket for an SC connector.
3. The adapter as recited in claim 1 wherein said release mechanism includes a cam arm having a camming surface thereon and said cantilevered retaining arms include a cam arm retainer, said camming surface configured to urge against said cam arm retainer to separate said cantilevered retaining arms as said release mechanism translates.
4. The adapter as recited in claim 1 wherein said release mechanism includes a cam arm having a cam arm retainer configured to translate through an aperture of said shell as said release mechanism translates and engage said shell to resist separation of said release mechanism from said shell.
5. The adapter as recited in claim 1 further comprising a chassis wall mount having a chassis wall locking surface and coupled to said shell.
6. The adapter as recited in claim 1 wherein said shell includes a mating flat.
7. The adapter as recited in claim 1 further comprising a second fiber socket including second cantilevered retaining arms and configured to receive a second optical fiber connector.
8. A method of using an adapter, comprising:
inserting an optical fiber connector into a fiber socket of said adapter, said fiber socket having cantilevered retaining arms configured to engage said optical fiber connector to retain said optical fiber connector in said fiber socket; and
pressing a release mechanism of said adapter, said release mechanism extending from without a shell of said adapter that radially surrounds said receptacle to within said shell and coupled to said cantilevered retaining arms, said pressing causing said cantilevered retaining arms to separate and said cantilevered retaining arms to disengage from said optical fiber connector.
9. The method as recited in claim 8 wherein said fiber socket is a fiber socket for an SC connector.
10. The method as recited in claim 8 wherein said release mechanism includes a cam arm having a camming surface thereon and said cantilevered retaining arms include a cam arm retainer, said pressing causing said camming surface to urge against said cam arm retainer.
11. The method as recited in claim 8 wherein said release mechanism includes a cam arm having a cam arm retainer configured to engage said shell to resist separation of said release mechanism from said shell, said pressing causing said cam arm retainer to translate through an aperture of said shell.
12. An adapter for receiving either an SC connector or a ruggedized SC connector having a mating flat, said adapter comprising:
a fiber socket having cantilevered retaining arms said cantilevered retaining arms including cam arm retainers;
a shell radially surrounding said fiber socket and including a mating flat; and
a release mechanism extending from without said shell to within said shell and having cam arms having camming surfaces thereon, said camming surfaces configured to urge against said cam arm retainers to change a separation of said cantilevered retaining arms as said release mechanism translates.
13. The adapter as recited in claim 12 wherein said cam arms further have cam arm retainers configured to translate through apertures of said shell as said release mechanism translates and engage said shell to resist separation of said release mechanism from said shell.
14. The adapter as recited in claim 12 further comprising a chassis wall mount having a chassis wall locking surface and coupled to said shell.
15. The adapter as recited in claim 12 further comprising a second fiber socket including second cantilevered retaining arms and configured to receive a second optical fiber connector.
16. An optically-fed electronics enclosure including the adapter as recited in claim 15 .
17. A method of manufacturing an adapter for receiving an optical fiber connector, comprising:
forming a fiber socket having cantilevered retaining arms and a fiber aperture, said fiber aperture being configured to receive an optical fiber having a propagation axis;
radially surrounding said fiber socket with a shell; and
bringing a release mechanism into contact with said shell such that said release mechanism extends from without said shell to within said shell and slidably couples to said cantilevered retaining arms, said release mechanism configured to translate in a direction substantially transverse to said propagation axis to change a separation of said cantilevered retaining arms in a different direction substantially transverse to said propagation axis.
18. The method as recited in claim 17 wherein said fiber socket is a fiber socket for an SC connector.
19. The method as recited in claim 17 wherein said release mechanism includes a cam arm having a camming surface thereon and said cantilevered retaining arms include a cam arm retainer, said camming surface configured to urge against said cam arm retainer to separate said cantilevered retaining arms as said release mechanism translates.
20. The method as recited in claim 17 wherein said release mechanism includes a cam arm having a cam arm retainer, said bringing comprising causing said cam arm retainer to translate through an aperture of said shell and engage said shell to resist subsequent separation of said release mechanism from said shell.
21. The method as recited in claim 17 further comprising forming a chassis wall mount having a chassis wall locking surface coupled to said shell.
22. The method as recited in claim 17 wherein said shell includes a mating flat.
23. The method as recited in claim 17 further comprising forming a second fiber socket including second cantilevered retaining arms and configured to receive a second optical fiber connector.