Latching mechanism for pluggable transceiver

1. A pluggable connector, such as an optical transceiver for coupling an information system unit to a fiber optical cable, comprising:

a housing;

a moveable collar disposed on an optical connector end of the housing, said collar surrounding an optical connector;

a cam connected to said moveable collar, said cam having an active area extending parallel to an axis of movement of the moveable collar with a minimum height of the cam surface located relatively nearest the moveable collar and a maximum height of the cam surface located at a distal end of the actuator; and

a spring loaded latch extending from a side of said housing for engaging a receptacle on the information system unit so as to secure the connector in the receptacle, said cam engaging the spring loaded latch such that when the moveable collar is in a deactivated position adjacent the housing, the minimum height of the cam is adjacent the latch and when the moveable collar is pulled in a direction away from the housing the cam moves relative to the latch from a position where the minimum height of the cam is adjacent the latch to the position where the maximum height of the cam engages and retracts the latch to enable the connector to be released from the receptacle.

2. The pluggable connector as in claim 1 wherein the cam further comprises a pair of cams connected to the collar through a pair of arms where each cam is disposed on a distal end of a respective arm of the pair of arms and where the arms extend rearwardly from opposing sides of the moveable collar parallel to an axis of movement of the moveable collar into the housing through a front plate of the housing that is rigidly attached to the housing.

3. The pluggable connector as in claim 2 further comprising a stop laterally disposed on each arm that engages the front plate where the collar is fully extended from the housing to allow the module to be pulled out of the receptacle via a continuing force on the collar.

4. The pluggable connector as in claim 3 further comprising a spring disposed between the stop and the front plate to urge the collar into a retracted position thereby allowing the spring loaded latch to extend and engage the receptacle.

5. The pluggable connector as in claim 4 wherein the spring loaded latch further comprises a latch body disposed in opposing sides of the housing perpendicular to an axis of removal of the pluggable connector from the receptacle where a locking projection on each latch body of the pair of latch bodies engages a respective lock aperture in the receptacle.

6. The pluggable connector as in claim 5 wherein the latch body further comprises a cam follower that projects from of the latch bodies and that engages and follows a profile of the cam connected to the moveable collar.

7. The pluggable connector as in claim 1 further comprising a multi-conductor plug disposed on a back end of the pluggable connector.

8. The pluggable connector as in claim 7 wherein the receptacle further comprises an electrical connector at a back of the receptacle for receiving and engaging a mating connector on the pluggable connector.

9. The pluggable connector as in claim 1 wherein the receptacle further comprises a housing that defines a cavity having an open front end for receiving at least a portion of the pluggable connector.

10. The pluggable connector as in claim 9 wherein the spring loaded latch further comprises a pair of apertures with strike plates in the receptacle that receive at least a portion of a respective pair of latching members of the pluggable connector to latch the pluggable connector inside the cavity.

11. A pluggable connector, such as an optical transceiver for coupling an information system unit to a fiber optical cable, comprising:

a housing;

a moveable collar disposed on an optical connector end of the housing, said collar surrounding and protecting an optical connector;

a cam coupled to the moveable collar; and

a spring loaded latch with an internal channel extending through the latch that separates an inside portion of the spring loaded latch from a locking projection of the spring loaded latch, said locking projection extending from a side of said housing for engaging a receptacle on the information system unit so as to secure the connector in the receptacle, said cam of said spring loaded collar extending through and internal channel on an inside portion end of the internal channel of the spring loaded latch such that when the moveable collar is pulled in a direction away from the housing a rising surface of the cam engages the inside portion end of the internal channel and retracts the locking projection to enable the connector to be released from the receptacle.

12. The pluggable connector as in claim 11 further comprises a second spring loaded latch and a pair of cams connected to the collar through a pair of arms where each cam is disposed on a distal end of a respective arm of the pair of arms where the arms extend rearwardly from opposing sides of the moveable collar parallel to an axis of movement of the moveable collar into the housing through a front plate rigidly attached to the housing and where a distal end of the respective arms extend through the respective channels of the spring loaded latches and the cams interact with the inner portions to retract the locking projections.

13. The pluggable connector as in claim 12 further comprising a stop laterally disposed on each arm that engages the front plate where the collar is fully extended from the housing to allow the module to be pulled out of the receptacle.

14. The pluggable connector as in claim 13 further comprising a spring disposed between the stop and the front plate to urge the collar into a retracted position thereby allowing the spring loaded latch to engage the receptacle.

15. The pluggable connector as in claim 14 wherein the spring loaded latch further comprises a pair of pegs disposed in opposing sides of the housing perpendicular to an axis of removal of the pluggable connector from the receptacle where each peg of the pair of pegs engages a respective peg aperture in the receptacle.

16. The pluggable connector as in claim 15 wherein the spring loaded latch further comprises a pair of pegs disposed in opposing sides of the housing perpendicular to an axis of removal of the pluggable connector from the receptacle where each peg of the pair of pegs engages a respective peg aperture in the receptacle.

17. The pluggable connector as in claim 11 further comprising a multi-conductor plug disposed on a back end of the pluggable connector.

18. The pluggable connector as in claim 17 wherein the receptacle further comprises an electrical connector at a back of the receptacle for receiving and engaging a mating connector on the pluggable connector.

19. The pluggable connector as in claim 11 wherein the receptacle further comprises a housing that defines a cavity having an open front end for receiving at least a portion of the pluggable connector.

20. The pluggable connector as in claim 19 wherein the spring loaded latch further comprises a pair of apertures with strike plates in the receptacle that receive a respective pair of latching members of the pluggable connector to latch the pluggable connector inside the cavity.