Multi-fiber optical connector assembly that includes an optical connector and a connector housing
A connector assembly is provided for coupling optical fibers to a spectrometer. The connector assembly includes a plate having a slit defined therein and a ferrule that secures end portions of the optical fibers therein. The ferrule includes a forward end having an aperture that receives the optical fibers. The connector assembly further includes a connector housing having an alignment mechanism with a plate recess dimensioned to receive the plate therein and a ferrule recess dimensioned to receive the forward end of the ferrule therein. The plate recess orients the plate and the ferrule recess orients the ferrule within the connector assembly that includes a spring for imparting a force urging the forward end of the ferrule into contact with the plate to minimize an air gap between the plate and the ferrule. The spring and the alignment mechanism maintain the ferrule in an x-y-z, rotation, and/or an angular orientation.
1. A connector assembly for coupling optical fibers to a spectrometer, the connector assembly comprising:
a plate having a slit defined therein;
a ferrule that secures end portions of the optical fibers therein, the ferrule including a forward end having a ferrule aperture positioned to receive the optical fibers, the ferrule aperture being dimensioned to accommodate the optical fibers; and
a connector housing having a connector aperture and an alignment mechanism, the alignment mechanism including a plate recess dimensioned to receive the plate therein and a ferrule recess dimensioned to receive the forward end of the ferrule therein, the plate recess providing an orientation to the plate and the ferrule recess providing an orientation to the ferrule.
2. The connector assembly according to claim 1 , wherein the ferrule aperture is substantially rectangular-shaped with a width that is at least equal to the diameter of the optical fibers and a length that is at least equal to the diameter of the optical fibers multiplied by a number of optical fibers provided in the ferrule.
3. The connector assembly according to claim 1 , wherein the plate is positioned between the connector housing and the ferrule.
4. The connector assembly according to claim 3 , wherein the ferrule includes a rear end provided opposite to the forward end, the connector assembly further comprising a spring mechanism that contacts the rear end of the ferrule to impart a force that urges the forward end of the ferrule toward the plate to minimize an air gap between the plate and the ferrule.
5. The connector assembly according to claim 4 , wherein the spring mechanism and the alignment mechanism maintain the ferrule in an x-y-z orientation, a rotation orientation, or an angular orientation.
6. The connector assembly according to claim 1 , further comprising a locking mechanism that maintains the ferrule within the adapter.
7. The connector assembly according to claim 1 , wherein the plate recess includes a bottom wall formed at an angle to orient the plate relative to the connector aperture.
8. The connector assembly according to claim 1 , wherein the ferrule recess includes side walls that are formed at an angle to orient the ferrule relative to the connector aperture.
9. The connector assembly according to claim 1 , wherein the ferrule recess aligns the ferrule aperture with the connector aperture to allow light rays emitted from the optical fibers to pass therethrough.
10. The connector assembly according to claim 1 , wherein the optical fibers are arranged substantially parallel to each other within the ferrule.
11. The connector assembly according to claim 1 , wherein the ferrule aperture includes individual openings dimensioned to accommodate ends of the optical fibers.
12. The connector assembly according to claim 1 , wherein the optical fibers are in contact with each other within the ferrule.
13. A connector assembly for coupling optical fibers to a spectrometer, the connector assembly comprising:
a plate having a slit defined therein;
a ferrule that secures end portions of the optical fibers therein, the ferrule including a forward end having a ferrule aperture positioned to receive the optical fibers, the ferrule aperture being dimensioned to accommodate the optical fibers; and
a connector housing having a connector aperture and an alignment mechanism, the alignment mechanism including a plate recess dimensioned to receive the plate therein and a ferrule recess dimensioned to receive the forward end of the ferrule therein, the plate recess providing an orientation to the plate, the ferrule recess providing an orientation to the ferrule, the plate and the ferrule being oriented to optically align the slit, the ferrule aperture, and the connector aperture so that light rays emitted from the optical fibers pass therethrough without passing through optical elements.
14. The connector assembly according to claim 13 , wherein the ferrule aperture is substantially rectangular-shaped with a width that is at least equal to the diameter of the optical fibers and a length that is at least equal to the diameter of the optical fibers multiplied by a number of optical fibers provided in the ferrule.
15. The connector assembly according to claim 13 , wherein the plate is positioned between the connector housing and the ferrule.
16. The connector assembly according to claim 15 , wherein the ferrule includes a rear end provided opposite to the forward end, the connector assembly further comprising a spring mechanism that contacts the rear end of the ferrule to impart a force that urges the forward end of the ferrule toward the plate to minimize an air gap between the plate and the ferrule.
17. The connector assembly according to claim 16 , wherein the spring mechanism and the alignment mechanism maintain the ferrule in an x-y-z orientation, a rotation orientation, or an angular orientation.
18. The connector assembly according to claim 13 , further comprising:
an outer housing having inner sidewalls and outer sidewalls that extend between a forward end and a rear end, the inner sidewalls defining a passageway between the forward end and the rear end, the passageway being dimensioned to receive the ferrule therein; and
an adapter that is mechanically coupled to the connector housing, the adapter including interior sidewalls that extend between a forward end located proximate to the connector housing and a back end, the interior sidewalls defining an adapter passageway between the forward end and the back end, the adapter passageway being dimensioned to receive the outer housing therein,
the outer housing including a projection located adjacent to the forward end on one of the outer sidewalls;
the adapter including a groove located on an interior sidewall that corresponds to the outer sidewall of the outer housing having the projection, the projection being adapted to slide into the groove.
19. The connector assembly according to claim 13 , further comprising a locking mechanism that maintains the ferrule within the adapter.
20. The connector assembly according to claim 13 , wherein the plate recess includes a bottom wall formed at an angle to orient the plate relative to the connector aperture.
21. The connector assembly according to claim 13 , wherein the ferrule recess includes side walls that are formed at an angle to orient the ferrule relative to the connector aperture.
22. The connector assembly according to claim 13 , wherein the optical fibers are arranged substantially parallel to each other within the ferrule.
23. The connector assembly according to claim 13 , wherein the ferrule aperture includes individual openings dimensioned to accommodate ends of the optical fibers.
24. The connector assembly according to claim 13 , wherein the optical fibers are in contact with each other within the ferrule.
25. A connector assembly for coupling optical fibers to a spectrometer, the connector assembly comprising:
a plate having a slit defined therein;
a ferrule that secures end portions of the optical fibers therein, the ferrule including a forward end having a ferrule aperture positioned to receive the optical fibers, the ferrule aperture being dimensioned to accommodate the optical fibers, the ferrule including a rear end provided opposite to the forward end;
a spring mechanism that contacts the rear end of the ferrule;
a connector housing having an alignment mechanism, the alignment mechanism including a plate recess dimensioned to receive the plate therein and a ferrule recess dimensioned to receive the forward end of the ferrule therein, the plate recess providing an orientation to the plate and the ferrule recess providing an orientation to the ferrule, wherein the spring mechanism imparts a force that urges the forward end of the ferrule toward the plate to minimize an air gap between the plate and the ferrule,
the spring mechanism and the alignment mechanism being configured to maintain the ferrule in an x-y-z orientation, a rotation orientation, or an angular orientation.
26. The connector assembly according to claim 25 , wherein the optical fibers are in contact with each other within the ferrule.
27. The connector assembly according to claim 25 , wherein the optical fibers are arranged substantially parallel to each other within the ferrule and wherein the ferrule aperture includes individual openings dimensioned to accommodate ends of the optical fibers.
28. The connector assembly according to claim 25 , further comprising:
an outer housing having inner sidewalls and outer sidewalls that extend between a forward end and a rear end, the inner sidewalls defining a passageway between the forward end and the rear end, the passageway being dimensioned to receive the ferrule therein; and
an adapter that is mechanically coupled to the connector housing, the adapter including interior sidewalls that extend between a forward end located proximate to the connector housing and a back end, the interior sidewalls defining an adapter passageway between the forward end and the back end, the adapter passageway being dimensioned to receive the outer housing therein,
the outer housing including a projection located adjacent to the forward end on one of the outer sidewalls;
the adapter including a groove located on an interior sidewall that corresponds to the outer sidewall of the outer housing having the projection, the projection being adapted to slide into the groove.
29. A connector assembly for coupling optical fibers to a spectrometer having a slit, the connector assembly comprising:
a ferrule that secures end portions of the optical fibers therein, the ferrule including a forward end having a ferrule aperture positioned to receive the optical fibers, the ferrule aperture being dimensioned to accommodate the optical fibers;
a connector housing having a connector aperture and an alignment mechanism, the alignment mechanism including a ferrule recess dimensioned to receive the forward end of the ferrule therein, the ferrule recess providing an orientation to the ferrule;
an outer housing having inner sidewalls and outer sidewalls that extend between a forward end and a rear end, the inner sidewalls defining a passageway between the forward end and the rear end, the passageway being dimensioned to receive the ferrule therein; and
an adapter that is mechanically coupled to the connector housing, the adapter including interior sidewalls that extend between a forward end located proximate to the connector housing and a back end, the interior sidewalls defining an adapter passageway between the forward end and the back end, the adapter passageway being dimensioned to receive the outer housing therein,
the outer housing including a projection located adjacent to the forward end on one of the outer sidewalls;
the adapter including a groove located on an interior sidewall that corresponds to the outer sidewall of the outer housing having the projection, the projection being adapted to slide into the groove.