Universal coaxial connector
View Patent ↗A connector for coaxial cable, including a substantially tubular body; a gripping barrel, arranged inside the body, having a hoop near one end and a plurality of staves extending from the hoops; and an adapter sleeve arranged at least partly inside the body for supporting the cable inside the body.
1. A test connector of the slip-on design for installation on and removal from a cable end during a testing procedure, such that the test connector is able to be reused on another cable end after removal, said test connector comprising:
an insert having openings at both ends; and
a receptacle having a fastener for attachment to an electrical connector at one end and an opening at an opposite end to align with said openings of said insert,
wherein said insert includes movable fingers, and wherein a plurality of said fingers are resiliently biased to engage an external surface of a cable passing through said openings of said insert to releasably secure the cable to said insert, such that the cable may be inserted into and removed from said insert without damaging said insert, and
wherein said insert includes first threads and said receptacle includes second threads, and wherein said insert is secured to said receptacle by a screwed engagement between said first and second threads, such that said insert may be attached to, and subsequently separated from, said receptacle.
2. The test connector of claim 1 , wherein said fingers are attached to a hoop which is held by said insert.
3. The test connector of claim 1 , wherein said fingers are formed of spring steel.
4. The test connector of claim 1 , wherein said insert includes eight fingers.
5. The test connector of claim 1 , wherein an inner diameter of said insert is approximately the same as an outer diameter of an F11 drop cable.
6. The test connector of claim 1 , further comprising a pin supported in said receptacle by at least one insulating disk.
7. The test connector of claim 1 , wherein said first threads of said insert are external threads formed on an outer surface of said insert and said second threads of said receptacle are internal threads formed on an inner surface of said receptacle.
8. The test connector of claim 1 , wherein said fastener of said receptacle forms a standard n-type connector.
9. A test connector of the slip-on design for installation on and removal from a cable end during a testing procedure, such that the test connector is able to be reused on another cable end after removal, said test connector comprising:
an insert having openings at both ends; and
a receptacle having a fastener at one end and an opening at an opposite end to align with said openings of said insert,
wherein said insert includes movable fingers, and wherein a plurality of said fingers are resiliently biased to engage an external surface of a cable passing through said openings of said insert to releasably secure the cable to said insert, such that the cable may be inserted into and removed from said insert without damaging said insert; and further comprising:
an elastic member engaging said plurality of said fingers to cause said plurality of said fingers to be resiliently biased to engage the external surface of the cable passing through said openings of said insert.
10. The test connector of claim 1 , wherein said plurality of said fingers are adapted to engage the external surface of a dielectric member beneath a cable jacket, which surrounds a central conductor.
11. The test connector of claim 1 , further comprising:
an electrically conductive drain wire electrically connected to at least one of said fingers.
12. The test connector of claim 1 , further comprising:
an electrically conductive disk electrically connecting at least two of said plurality of said fingers.
13. The test connector of claim 12 , wherein said electrically conductive disk also contacts said insert and said receptacle.
14. The test connector of claim 1 , further comprising:
an adapter sleeve having an outer surface shape to permit insertion into said insert, said adapter sleeve including a central bore therethrough to receive a cable, wherein said central bore as an inner shape similar to an outer shape of a cable to be passed therethrough.
15. The test connector of claim 14 , wherein a frictional compression fit occurs between said outer surface of said adapter sleeve and an inner surface of said insert when said adapter sleeve is received within said insert.
16. The test connector of claim 14 , wherein said adapter sleeve includes an end which abuts a stop surface within said insert to prevent said adapter sleeve from being pushed through said insert.
17. A test connector kit comprising:
an insert having openings at both ends;
a receptacle having a fastener at one end and an opening at an opposite end to align with said openings of said insert, wherein said insert includes movable fingers, and wherein a plurality of said fingers are resiliently biased to engage an external surface of a cable passing through said openings of said insert to releasably secure the cable to said insert, such that the cable may be inserted into and removed from said insert without damaging said insert;
a first adapter sleeve having an outer surface shape to permit insertion into said insert, said first adapter sleeve including a first central bore therethrough, wherein said first central bore has a first diameter to receive a first type of cable; and
a second adapter sleeve having an outer surface shape to permit insertion into said insert to replace said first adapter sleeve when said first adapter sleeve is removed from said insert, said second adapter sleeve including a second central bore therethrough, wherein said second central bore has a second diameter to receive a second type of cable, wherein said second diameter is larger than said first diameter.
18. The test connector kit of claim 17 , further comprising:
an elastic member engaging said plurality of said fingers to cause said plurality of said fingers to be resiliently biased to engage the external surface of the cable passing through said openings of said insert.
19. The test connector kit of claim 17 , wherein said fastener of said receptacle forms a standard n-type connector.
20. The test connector kit of claim 17 , wherein said insert includes first threads and said receptacle includes second threads, and wherein said insert is secured to said receptacle by a screwed engagement between said first and second threads, such that said insert may be attached to, and subsequently separated from, said receptacle.