Universal serial bus (USB) connector having positive retention

1. A lockable connector receptacle, comprising:

a series A universal serial bus (USB) receptacle, the receptacle having an opening located on an engagement surface; and

a spring clip slidably attached to the receptacle, the spring clip having a plug retention tang oriented substantially perpendicular to the opening on the engagement surface, the plug retention tang being positioned on the spring clip so that when the spring clip assumes a locked position the plug retention tang aligns with the opening located on the engagement surface of the receptacle.

2. The receptacle of claim 1 , wherein when a mating plug is located in the receptacle, at least one opening in the mating plug aligns with the opening located on the engagement surface of the receptacle such that the plug retention tang engages the opening in the mating plug.

3. The receptacle of claim 2 , wherein an edge of the plug retention tang engages an edge of the opening in the mating plug.

4. The receptacle of claim 1 , further comprising a housing over the receptacle and the spring clip, the housing comprising a first access hole adapted to allow the insertion of a tool to engage and move the spring clip to the locked position.

5. The receptacle of claim 4 , wherein the housing further comprises a second access hole adapted to allow the insertion of a tool to disengage and move the spring clip to an unlocked position.

6. A series A universal serial bus (USB) connector having positive retention, comprising:

a series A USB receptacle, the series A USB receptacle having an opening located on an engagement surface;

a spring clip slidably attached to the series A USB receptacle, the spring clip having a plug retention tang oriented substantially perpendicular to the opening on the engagement surface, the plug retention tang being positioned on the spring clip so that when the spring clip assumes a locked position the plug retention tang aligns with the opening located on the engagement surface of the series A USB receptacle; and

a series A USB plug located in the receptacle, the series A USB plug having at least one opening such that the at least one opening in the series A USB plug aligns with the opening located on the engagement surface of the series A USB receptacle such that the plug retention tang engages the opening in the mating plug.

7. The USB connector of claim 6 , wherein an edge of the plug retention tang engages an edge of the opening in the series A USB plug.

8. The USB connector of claim 6 , further comprising a housing over the receptacle and the spring clip, the housing comprising a first access hole adapted to allow the insertion of a tool to engage and move the spring clip to the locked position.

9. The USB connector of claim 8 , wherein the housing further comprises a second access hole adapted to allow the insertion of a tool to disengage and move the spring clip to an unlocked position.

10. A method for using a connector receptacle having positive retention, comprising:

providing a series A universal serial bus (USB) receptacle having an opening configured to receive a plug retention tang, the opening on an engagement surface;

providing a spring clip associated with the series A USB receptacle, the spring clip having the plug retention tang oriented substantially perpendicular to the opening on the engagement surface, the plug retention tang being positioned on the spring clip so that when the spring clip assumes a locked position the plug retention tang aligns with the opening located on the engagement surface of the series A USB receptacle;

mating a series A USB plug with the receptacle, the series A USB plug having at least one opening such that the at least one opening in the series A USB plug aligns with the opening located on the engagement surface of the series A USB receptacle such that the plug retention tang engages the opening in the mating plug; and

causing the plug retention tang on the spring clip to engage the opening in the receptacle and the opening in the plug.

11. The method of claim 10 , wherein associating the spring clip with the receptacle comprises slidably coupling the spring clip to the receptacle.

12. The method of claim 11 , wherein slidably coupling the spring clip to the receptacle allows the spring clip to engage and disengage the opening in the receptacle and the opening in the plug using a tool.

13. A lockable connector receptacle, comprising:

a receptacle, the receptacle having an opening located on an engagement surface;

a spring clip slidably attached to the receptacle, the spring clip having a plug retention tang oriented substantially perpendicular to the opening on the engagement surface, the plug retention tang being positioned on the spring clip so that when the spring clip assumes a locked position the plug retention tang aligns with the opening located on the engagement surface of the receptacle;

wherein when a mating plug is located in the receptacle, at least one opening in the mating plug aligns with the opening located on the engagement surface of the receptacle such that an edge of the plug retention tang engages an edge of the opening in the mating plug; and

a housing over the receptacle and the spring clip, the housing comprising a first access hole adapted to allow the insertion of a tool to engage and move the spring clip to the locked position.

14. The receptacle of claim 13 , wherein the receptacle is a universal serial bus (USB) series A receptacle.

15. The receptacle of claim 13 , wherein the housing further comprises a second access hole adapted to allow the insertion of a tool to disengage and move the spring clip to an unlocked position.