Coaxial RF connector

1. A coaxial RF connector system comprising at least

a coaxial RF connector, and

a coaxial RF counter connector;

wherein the coaxial RF connector includes

an inner conductor defining a center axis of the coaxial RF connector,

an outer conductor coaxial with the inner conductor, the outer conductor having a tubular shape and having a plurality of longitudinal slits that extend to an end face of the outer conductor and that form a plurality of spring loaded contact elements,

a contact sleeve surrounding coaxially the outer conductor and having a radial contact face that is in contact with the spring loaded contact elements of the outer conductor,

wherein the contact sleeve is movable in a direction parallel to the center axis and has an axial contact face that has a plane orthogonal to the center axis,

the contact sleeve has an axial contact face that has a plane orthogonal to the center axis,

and

a spring element in contact with the contact sleeve to assert a force on the contact sleeve in a direction parallel to the center axis and outward of the connector;

wherein the coaxial RF counter connector includes

a counter connector inner conductor defining a center axis of the counter connector, and

a counter connector outer conductor coaxial with the counter connector inner conductor;

wherein the counter connector outer conductor and the contact sleeve are dimensioned such that, when the coaxial RF connector and the coaxial RF counter connector are mated, the counter connector outer conductor radially surrounds and is in contact with the contact sleeve.

2. A coaxial RF connector system according to claim 1 , wherein:

the coaxial RF connector comprises a locking sleeve coaxial with the outer conductor,

the locking sleeve further comprises a locking hook structure, and

the coaxial RF connector further comprises a pull sleeve that contains an actuating ring configured to release the locking hook structure.

3. A coaxial RF connector system according to claim 1 , further comprising a locking nut.

4. A coaxial RF connector system according to claim 1 , wherein

(4a) the spring element is an O-shaped ring comprising an elastomeric material, or

(4b) the spring element is a coil spring.

5. A coaxial RF connector system according to claim 1 ,

further comprising a locking sleeve coaxial with the outer conductor, wherein the outer conductor has a reinforced section that forms an edge,

wherein

(5a) the edge supports the spring element such that the spring element is arranged between the edge and the contact sleeve and/or

(5b) the reinforced section holds the locking sleeve in a radial direction relative to the center axis.

6. A coaxial RF connector system according to claim 1 , wherein the spring loaded contact elements have a contact element protrusion that interfaces with a contact sleeve protrusion of the contact sleeve to limit an axial movement of the contact sleeve in an outward direction.

7. A coaxial RF connector system according to claim 1 , wherein the contact sleeve comprises a slotted body further comprising flexible sections with slots between the sections and a contact section, the contact section having an axial contact face that has a plane orthogonal to the center axis.

8. A coaxial RF connector system according to claim 1 , wherein

the coaxial RF connector is a plug connector and comprises an inner conductor contact pin.

9. A coaxial RF connector system according to claim 1 , wherein the axial contact face extends beyond the outer conductor end face.

10. A coaxial RF connector system according to claim 1 , wherein the counter connector outer conductor has a tubular shape with a counter connector outer conductor end face.

11. A coaxial RF connector system according to claim 1 , wherein, when the RF connector and the RF counter connector are mated,

the radial contact face of the contact sleeve is in contact with the counter connector outer conductor end face of the coaxial RF counter connector.

12. A coaxial RF connector system according to claim 1 , wherein, when the RF connector and the RF counter connector are mated, a gap exists between the outer conductor end surface of the coaxial RF connector and the counter connector outer conductor end face of the coaxial RF counter connector.

13. A coaxial RF connector system according to claim 1 ,

wherein the coaxial RF connector comprises a locking sleeve coaxial with the outer conductor, and the locking sleeve further comprises a locking hook structure,

wherein the coaxial RF counter connector comprises a locking ring, which, when the RF connector and the RF counter connector are mated, interfaces with the locking hook structure.

14. A coaxial RF connector system according to claim 1 ,

wherein the coaxial RF connector comprises a locking sleeve coaxial with the outer conductor, the locking sleeve further comprises a locking hook structure, and the coaxial RF connector further comprises a pull sleeve configured to release the locking hook structure,

wherein the pull sleeve of the coaxial RF connector comprises a cylindrical centering face which matches to a centering ring of the coaxial RF counter connector.

15. A coaxial RF connector system according to claim 1 ,

wherein the coaxial RF counter connector is a socket connector and comprises a counter connector inner conductor contact socket.

16. A coaxial RF connector system according to claim 14 , wherein the pull sleeve of the RF connector is configured to bend the locking hooks outwardly when moved along the center axis.

17. A coaxial RF connector comprising at least:

an inner conductor defining a center axis of the coaxial RF connector, and

an outer conductor coaxial with the inner conductor, the outer conductor having a tubular shape and having a plurality of longitudinal slits that extend to an end face of the outer conductor and that form a plurality of spring loaded contact elements wherein:

a contact sleeve is arranged surrounding coaxially the outer conductor,

the contact sleeve being movable in a direction parallel to the center axis,

the contact sleeve has a radial contact face that is in contact with the spring loaded contact elements,

the contact sleeve has an axial contact face that has a plane orthogonal to the center axis, and

further comprising a spring element in contact with the contact sleeve to assert a force on the contact sleeve in a direction parallel to the center axis and outward of the connector

wherein the contact sleeve comprises a slotted body further comprising flexible sections with slots between the sections and a contact section, the contact section having an axial contact face that has a plane orthogonal to the center axis.

18. A coaxial RF connector according to claim 17 , wherein:

the coaxial RF connector comprises a locking sleeve coaxial with the outer conductor,

the locking sleeve further comprises a locking hook structure, and the coaxial RF connector further comprises a pull sleeve that contains an actuating ring configured to release the locking hook structure.

19. A coaxial RF connector system comprising a coaxial RF connector according to claim 17 and a coaxial RF counter connector,

wherein the coaxial RF counter connector comprises a counter connector inner conductor defining a center axis of the counter connector, and

a counter connector outer conductor coaxial with the counter connector inner conductor,

wherein the counter connector outer conductor has a tubular shape with a counter connector outer conductor end face.

20. A coaxial RF connector system according to claim 19 , wherein the counter connector outer conductor and the contact sleeve are dimensioned such that, when the coaxial RF connector and the coaxial RF counter connector are mated, the counter connector outer conductor radially surrounds and is in contact with the contact sleeve.