Electrical contacts with electrically conductive springs
A face to face contact assembly having at least one electrically conductive spring element and at least one shielding spring element separated from one another by a spacing element. From the perspective of a centerline and extending radially outwardly, electrically conductive spring element is located closest to the centerline, then the spacing element, and then the shielding spring element. The electrically conductive spring element electrically connects two adjacent faces, which in one example can be adjacent printed circuit boards, and the shielding spring element at least partially shields such electrical connection. Other face to face contact assembly arrangements are also disclosed.
1. A face to face contact assembly comprising:
an electrically conductive canted coil spring element having an annular configuration and a shielding canted coil spring element having an annular configuration separated from one another by a band made of a dielectric material;
a spacing element comprising a first spacer element part comprising a groove having the electrically conductive canted coil spring element located therein and a second spacer element part comprising a groove having the shielding canted coil spring element located within the groove of the second spacer element part, the first spacer element part separated from the second spacer element part by the band; and
wherein the annular configuration of the shielding canted coil spring element is located radially outwardly of the annular configuration of the electrically conductive canted coil spring element.
2. The face to face contact assembly of claim 1 , further comprising a spacer plate pressed against the electrically conductive canted coil spring element.
3. The face to face contact assembly of claim 2 , wherein the second spacer element part comprises an interior block having the groove with the shielding canted coil spring element and an exterior block, the exterior block pressed against the shielding canted coil spring element.
4. The face to face contact assembly of claim 3 , wherein the exterior block comprises a groove and wherein the shielding canted coil spring element is pressed against a surface of the groove of the exterior block.
5. The face to face contact assembly of claim 3 , further comprising two spaced apart electrical components in electrical communication through at least the electrically conductive canted coil spring element.
6. The face to face contact assembly of claim 5 , wherein the two spaced apart electrical components have wires or electrical traces.
7. The face to face contact assembly of claim 3 , wherein the exterior block comprises a generally planar surface that is larger than a width of the groove of the second spacer element part.
8. The face to face contact assembly of claim 4 , wherein the groove of the exterior block comprises a straight sidewall.
9. A face to face contact assembly comprising:
an electrically conductive canted coil spring element having an annular configuration and a shielding canted coil spring element having an annular configuration separated from one another by a band made of a dielectric material;
a spacing element comprising a first spacer element part comprising a groove having the electrically conductive canted coil spring element located therein and a second spacer element part comprising a groove having the shielding canted coil spring element located within the groove of the second spacer element part, the first spacer element part separated from the second spacer element part by the band;
a spacer plate pressed against the electrically conductive canted coil spring element;
wherein the spacer plate comprises a through bore.
10. The face to face contact assembly of claim 9 , wherein the groove of the first spacer element part comprises two sidewalls and a bottom wall and the groove of the second spacer element part comprises two sidewalls and a bottom wall.
11. The face to face contact assembly of claim 9 , wherein the annular configuration of the shielding canted coil spring element is located radially outwardly of the annular configuration of the electrically conductive canted coil spring element.
12. A face to face contact assembly comprising:
an electrically conductive canted coil spring element having an annular configuration and a shielding canted coil spring element having an annular configuration separated from one another by a band comprising a cylindrical body with a bore;
a spacing element comprising a first spacer element part and a second spacer element part, wherein the first spacer element part comprises a groove having the electrically conductive canted coil spring element located therein and the second spacer element part comprises a groove having the shielding canted coil spring element located within the groove of the second spacer element part; and
wherein the first spacer element part is located within the bore of the band.
13. The face to face contact assembly of claim 12 , wherein the band is made from a dielectric material.
14. The face to face contact assembly of claim 12 , further comprising a spacer plate pressed against the electrically conductive canted coil spring element.
15. The face to face contact assembly of claim 12 , wherein the annular configuration of the shielding canted coil spring element is located radially outwardly of the annular configuration of the electrically conductive canted coil spring element.
16. The face to face contact assembly of claim 15 , wherein the second spacer element part comprises an interior block having the groove with the shielding canted coil spring element and an exterior block, the exterior block pressed against the shielding canted coil spring element.
17. The face to face contact assembly of claim 16 , wherein the exterior block comprises a groove and wherein the shielding canted coil spring element is pressed against a surface of the groove of the exterior block.
18. The face to face contact assembly of claim 16 , further comprising two spaced apart electrical components in electrical communication through at least the electrically conductive canted coil spring element.
19. The face to face contact assembly of claim 18 , wherein the two spaced apart electrical components have wires or electrical traces.
20. The face to face contact assembly of claim 16 , wherein the exterior block comprises a generally planar surface that is larger than a width of the groove of the second spacer element part.
21. The face to face contact assembly of claim 9 , wherein the through bore of the spacer plate receives a projection of the first spacer element part.
22. The face to face contact assembly of claim 21 , wherein the second spacer element part comprises an interior block having the groove with the shielding canted coil spring element and an exterior block, the exterior block pressed against the shielding canted coil spring element.
23. The face to face contact assembly of claim 22 , wherein the exterior block comprises a groove and wherein the shielding canted coil spring element is pressed against a surface of the groove of the exterior block.
24. The face to face contact assembly of claim 9 , further comprising two spaced apart electrical components in electrical communication through at least the electrically conductive canted coil spring element.
25. The face to face contact assembly of claim 24 , wherein the two spaced apart electrical components have wires or electrical traces.
26. The face to face contact assembly of claim 22 , wherein the exterior block comprises a generally planar surface that is larger than a width of the groove of the second spacer element part.
27. The face to face contact assembly of claim 23 , wherein the groove of the exterior block comprises a straight sidewall.