Hybrid connector
A hybrid connector for directly connecting with a female BNC connector and a female TNC connector is provided. The hybrid connector includes a pin, a body, and an outer shell. A distal end of the pin is housed in a dielectric, the dielectric is housed in the body, and a proximate end of the body is housed in the outer shell. The outer shell includes a screw thread that advances axially from a proximate end thereof along an interior surface of the outer shell, and first and second bayonet locking mechanisms disposed therein.
1. A hybrid connector for directly connecting with a female BNC connector and a female TNC connector comprising:
a pin, a distal end of the pin housed in a dielectric;
a body housing the dielectric; and
an outer shell housing a proximate end of the body,
wherein the outer shell includes a screw thread that advances axially from a proximate end thereof along an interior surface of the outer shell,
wherein the outer shell includes first and second bayonet locking mechanisms disposed through the outer shell, and
wherein the screw thread terminates at first ends of the bayonet locking mechanisms and commences at second ends of the bayonet locking mechanisms.
2. The hybrid connector as in claim 1 wherein the proximate end of the body and the outer shell are capable of receiving a female BNC connector or a female TNC connector.
3. The hybrid connector as in claim 1 further comprising a thread relief disposed at the proximate end of the outer shell.
4. The hybrid connector as in claim 1 further comprising a threading lead-in disposed at first and second ends of each bayonet locking mechanism.
5. The hybrid connector as in claim 1 further comprising a sealing gasket disposed between the body and the outer shell.
6. The hybrid connector as in claim 1 further comprising a retaining wall disposed between the body and the outer shell.
7. The hybrid connector as in claim 1 further comprising a wavespring disposed between the body and the outer shell.
8. The hybrid connector as in claim 1 wherein the first and second bayonet locking mechanisms are disposed in opposing sides of the outer shell.
9. The hybrid connector as in claim 1 wherein each bayonet locking mechanism includes an axially extending slot and a recess disposed at a distal end of the axially extending slot.
10. The hybrid connector as in claim 9 wherein the axially extending slot is capable of receiving a bayonet of a mating connector, and the recess is capable of securing the bayonet in the recess.
11. The hybrid connector as in claim 1 further comprising a thread relief disposed at a distal end of the screw thread.
12. The hybrid connector as in claim 1 wherein the screw thread is aligned across the first and second bayonet locking mechanisms to prevent cross-threading.
13. The hybrid connector as in claim 12 further comprising a threading lead-in disposed at first and second ends of each bayonet locking mechanism.
14. The hybrid connector as in claim 1 wherein the outer shell includes a thickness suitable for accommodating the first and second bayonet locking mechanisms and the screw thread.
15. The hybrid connector as in claim 1 wherein the hybrid connector is compliant with MIL-STD-348.
16. A method of manufacturing a hybrid connector for directly connecting with a female BNC connector and a female TNC connector comprising:
providing an RF connector that includes a first open end for connecting to a second RF connector and a second end for terminating a coaxial cable;
carving first and second bayonet locking mechanisms through an outer shell of the RF connector; and
screw machining a screw thread on an interior portion of the outer shell, the screw thread extending axially from the open end of the RF connector, the screw thread terminating at first ends of the bayonet locking mechanisms and commencing at second ends of the bayonet locking mechanisms.
17. The method as in claim 16 wherein carving first and second bayonet locking mechanisms through an outer shell of the RF connector includes carving the first and second bayonet locking mechanisms through opposing sides of the RF connector.
18. The method as in claim 16 wherein carving first and second bayonet locking mechanisms through an outer shell of the RF connector includes carving an axially extending slot and a recess disposed at a distal end of the axially extending slot.
19. The method as in claim 16 wherein screw machining a screw thread on an interior portion of the outer shell includes aligning the screw thread across the first and second bayonet locking mechanisms to prevent cross-threading.
20. An outer shell of a radio frequency connector comprising:
a screw thread that advances axially from a proximate end of the outer shell along an interior surface of the outer shell; and
first and second bayonet locking mechanisms disposed through the outer shell,
wherein the screw thread terminates at first ends of the bayonet locking mechanisms and commences at second ends of the bayonet locking mechanisms.