Moving part coaxial cable connectors

1. A moving part coaxial cable connector comprising:

a connector body with first and second ends;

an aperture at the connector body first end;

a nose urged to project from the aperture by a nose projecting spring;

a stop for limiting movement of the nose relative to the body;

the nose movable in the aperture according to external forces;

a conductive center pin and an adjoining pin mouth end;

an electromagnetic shield incorporated in the nose; and,

wherein one or more connector center conductors are shielded when the connector is unmated and the nose is free to project from the aperture.

2. The connector of claim 1 further comprising:

a central passageway of the nose and the adjoining pin mouth end slidably in the central inserted therein.

3. The connector of claim 1 further comprising:

a terminal for fixing a coaxial cable at one end of the connector; and,

wherein the connector is a female F connector port.

4. The connector of claim 1 further comprising:

a bore extending between the connector body first and second ends;

at the connector body second end, a connection for a male F connector; and,

wherein the connector is an F splice.

5. A moving part coaxial cable connector comprising:

a connector body with first and second ends;

an aperture at the connector body first end;

a nose urged to project from the aperture by a spring;

the spring having a design and spring constant able to project the nose when the connector is not mated;

the spring having a design and spring constant able to mate connector ground path parts when the connector is mated;

the nose movable in the aperture according to external forces;

a conductive center pin and an adjoining pin mouth end, the pin mouth end slidably inserted in a central passageway of the nose;

the spring and the conductive center pin in coaxial alignment;

an electromagnetic shield incorporated in the nose;

wherein when the connector is unmated, one or more connector center conductors are shielded when the nose freely projects from the aperture; and,

wherein when the connector is mated, the nose is operable to urge the separation of a mated male F connector such that mating of connector ground path parts is improved.

6. The connector of claim 5 further comprising:

a terminal for fixing a coaxial cable at one end of the connector; and,

wherein the connector is female F connector port.

7. The connector of claim 5 further comprising:

at the connector body second end, a connection for a male F connector; and,

wherein the connector is an F splice.

8. The connector of claim 5 further comprising a conductive pin fixing structure for preventing relative motion between the pin and the female F connector body.

9. The connector of claim 5 further comprising a cylindrical structure and a pin mouth that make up all or a portion of the conductive center pin.

10. The connector of claim 5 wherein the cylindrical structure is concentric about a line whose length is the shortest distance between its end points.

11. A method of mating coaxial connectors for improving continuity and electromagnetic shielding, the method comprising the steps of:

providing a female connector body with a central cavity extending between first and second ends of the body;

extending a nose incorporating an electromagnetic shield from a first end of the body;

the body and the nose in coaxial alignment;

biasing the nose to extend from the body;

engaging the body with a mating male connector;

reducing a gap between the connectors by advancing a nut of the male connector on the female connector;

the extended nose urging separation of the mated connectors;

wherein the separation urged improves electrical contact between mated connector parts included in the ground path of the mated connectors; and,

wherein the separation urged tends to close gaps in the containment enclosing the central signal path of the mated connectors.

12. The mating method of claim 11 further comprising the step of:

fixing a conductive pin to the female F connector body to prevent relative motion between the pin and the female F connector body.

13. The mating method of claim 11 further comprising the step of:

forming the conductive pin as a cylindrical structure with a pin mouth.

14. The mating method of claim 13 further comprising the step of:

forming the conductive pin as a straight conductive pin.