Radio frequency connector assembly including contact ramp segment having a progressively decreasing diameter defining a curvature and related methods
A radio frequency connector assembly may include a first RF connector that includes a tubular electrically conductive body having a radially compressible end, and a second RF connector that includes an electrically conductive housing having a passageway therethrough. The passageway may define a throat segment having a constant diameter equal to or larger than the radially compressible end and a contact ramp segment adjacent the throat segment and configured to compress the radially compressible end. The contact ramp segment may have a progressively decreasing diameter defining a curvature. The passageway may also define a medial segment having a constant diameter equal to a diameter of an adjacent portion of the contact ramp segment, and a capture segment adjacent the medial segment having a diameter larger than the medial segment. A dielectric body may be carried by the housing supporting an electrically conductive pin.
1. A radio frequency (RF) connector assembly comprising:
a first RF connector comprising a tubular electrically conductive body having a radially compressible end;
a second RF connector comprising an electrically conductive housing having a passageway therethrough defining
a throat segment having a constant diameter equal to or larger than said radially compressible end of said first RF connector,
a contact ramp segment adjacent the throat segment and configured to compress the radially compressible end of said first RF connector, the contact ramp segment having a linear distal portion adjacent the throat segment and a curved proximal portion having a progressively decreasing diameter defining a curvature that is within dimensional tolerances of MIL-STD-348,
a medial segment having a constant diameter equal to a diameter of the curved proximal portion of the contact ramp segment, and
a capture segment adjacent the medial segment having a diameter larger than the medial segment to removably capture the radially compressible end of said first RF connector;
a dielectric body carried by said electrically conductive housing; and
an electrically conductive pin carried by said dielectric body and extending into the passageway.
2. The RF connector assembly of claim 1 wherein said second RF connector conforms to the MIL-STD-348 for a series SMP connector.
3. The RF connector assembly of claim 1 wherein said second RF connector conforms to the MIL-STD-348 for a series SMP full detent connector.
4. The RF connector assembly of claim 1 wherein said second RF connector conforms to the MIL-STD-348 for a series SMPM connector.
5. The RF connector assembly of claim 1 wherein said second RF connector conforms to the MIL-STD-348 for a series SMPM full detent connector.
6. The RF connector assembly of claim 1 wherein the opening in said electrically conductive housing further defines a sloped relief ramp segment between the medial segment and the capture segment.
7. The RF connector assembly of claim 1 wherein said tubular electrically conductive body of said first RF connector has a pin-receiving passageway therein to receive said electrically conductive pin.
8. The RF connector assembly of claim 1 wherein said tubular electrically conductive body has a radially compressible other end opposite the radially compressible end.
9. The RF connector assembly of claim 1 wherein said electrically conductive housing comprises metal.
10. A radio frequency (RF) connector for mating with another RF connector comprising a tubular electrically conductive body having a radially compressible end, the RF connector comprising:
an electrically conductive housing having a passageway therethrough defining
a throat segment having a constant diameter equal to or larger than the radially compressible end of the other RF connector,
a contact ramp segment adjacent the throat segment and configured to compress the radially compressible end of the other RF connector, the contact ramp segment having a linear distal portion adjacent the throat segment and a curved proximal portion having a progressively decreasing diameter defining a curvature that is within dimensional tolerances of MIL-STD-348,
a medial segment having a constant diameter equal to a diameter of the curved proximal portion of the contact ramp segment, and
a capture segment adjacent the medial segment having a diameter larger than the medial segment to removably capture the radially compressible end of the other RF connector;
a dielectric body carried by said electrically conductive housing; and
an electrically conductive pin carried by said dielectric body and extending into the passageway.
11. The RF connector of claim 10 wherein said electrically conductive housing, dielectric body and electrically conductive pin conform to the MIL-STD-348 for a series SMP connector.
12. The RF connector of claim 10 wherein said electrically conductive housing, dielectric body and electrically conductive pin conform to the MIL-STD-348 for a series SMP full detent connector.
13. The RF connector of claim 10 wherein said electrically conductive housing, dielectric body and electrically conductive pin conform to the MIL-STD-348 for a series SMPM connector.
14. The RF connector of claim 10 wherein said electrically conductive housing, dielectric body and electrically conductive pin conform to the MIL-STD-348 for a series SMPM full detent connector.
15. The RF connector of claim 10 wherein the opening in said electrically conductive housing further defines a sloped relief ramp segment between the medial segment and the capture segment.
16. The RF connector of claim 10 wherein said electrically conductive housing comprises metal.
17. A method for making a radio frequency (RF) connector for mating with another RF connector comprising a tubular electrically conductive body having a radially compressible end, the method comprising:
forming an electrically conductive housing to have a passageway therethrough defining
a throat segment having a constant diameter equal to or larger than the radially compressible end of the other RF connector,
a contact ramp segment adjacent the throat segment and configured to compress the radially compressible end of the other RF connector, the contact ramp segment having a linear distal portion adjacent the throat segment and a curved proximal portion having a progressively decreasing diameter defining a curvature that is within dimensional tolerances of MIL-STD-348,
a medial segment having a constant diameter equal to a diameter of the curved proximal portion of the contact ramp segment, and
a capture segment adjacent the medial segment having a diameter larger than the medial segment to removably capture the radially compressible end of the other RF connector; and
positioning a dielectric body within electrically conductive housing and supporting an electrically conductive pin extending into the passageway.
18. The method of claim 17 wherein the electrically conductive housing, dielectric body and electrically conductive pin conform to the MIL-STD-348 for a series SMP connector.
19. The method of claim 17 wherein the electrically conductive housing, dielectric body and electrically conductive pin conform to the MIL-STD-348 for a series SMP full detent connector.
20. The method of claim 17 wherein the electrically conductive housing, dielectric body and electrically conductive pin conform to the MIL-STD-348 for a series SMPM connector.
21. The method of claim 17 wherein the electrically conductive housing, dielectric body and electrically conductive pin conform to the MIL-STD-348 for a series SMPM full detent connector.
22. The method of claim 17 wherein the opening in the electrically conductive housing further defines a sloped relief ramp segment between the medial segment and the capture segment.
23. The method of claim 17 wherein the electrically conductive housing comprises metal.