RF interconnect with triaxial self-alignment

Claim 2

A triaxial self-aligning interconnect for connecting a circuit substrate to a connector, said interconnect comprising in combination: a wire conductor formed into five segments: two flexible attaching segments formed at the ends of said wire for attaching said wire conductor to said substrate, two substantially parallel pin contact segments adjoining said flexible attaching segments, and a joining segment mutually connecting said pin contact segments; and a substantially straight pin attachable to said connector, said pin being clamped between and substantially perpendicular to said pin contact segments of said wire conductor, thereby forming an electrical connection between said pin and said wire conductor; whereby, substantial misalignment of said substrate and said connector is permitted in any direction without breaking said electrical connection.

Claim 3

A triaxial self-aligning interconnect for connecting a circuit substrate to a connector, said connector including a first conductor having a pin and a second conductor having a groove, said interconnect comprising in combination: a first terminal including a wire conductor formed into five segments: two flexible attaching segments formed at the ends of said wire for attaching said first terminal to said substrate, two substantially parallel pin contact segments adjoining said flexible attaching segments, and a joining segment mutually connecting said pin contact segments; whereby, a first electrical connection is formed between said first conductor of said connector and said first terminal when said pin is inserted between said pin contact segments; a second terminal including a flexible conductor having a "U" shaped lug at one end for fastening to said substrate and a snap ring at an opposite end for engagement with said groove of said coaxial connector; whereby, a second electrical connection is formed between said second conductor of said connector and said second terminal when said snap ring is inserted into said groove of said connector, and substantial misalignment of said substrate and said connector is permitted in any direction without breaking said first and second electrical connections.

Claim 4

A triaxial self-aligning interconnect for connecting a circuit substrate to a connector, said connector including a first conductor having a pin and a second conductor having a groove, said interconnect comprising in combination: a first terminal including a wire conductor formed into five segments: two flexible attaching segments formed at the ends of said wire for attaching said first terminal to said substrate, two substantially parallel pin contact segments adjoining said flexible attaching segments, and a joining segment mutually connecting said pin contact segments; whereby, a first electrical connection is formed between said first conductor of said connector and said first terminal when said pin is inserted between said pin contact segments; a second terminal including a flexible conductor having a "U" shaped lug at one end for fastening to said substrate and a snap ring at an opposite end for engagement with said groove of said coaxial connector; whereby, a second electrical connection is formed between said second conductor of said connector and said second terminal when said snap ring is inserted into said groove of said connector, and substantial misalignment of said substrate and said connector is permitted in any direction without breaking said first and second electrical connections.

Claim 5

A triaxial self-aligning interconnect, comprising in combination: a housing having an aperture; a connector positioned in said housing aperture and having a groove; a substrate having an electrical circuit pattern; a flexible conductor having a flat lug with a "U" shaped slot at one end fastened to said substrate and a snap ring at an opposite end engaged with said groove of said connector, thereby forming an electrical connection between said connector and said substrate circuit pattern, retaining said connector within said aperture and attaching said connector to said housing; whereby, substantial misalignment of said substrate and said connector is permitted in any direction without breaking said electrical connection.

Claim 6

A triaxial self-aligning interconnect, comprising in combination: a housing having an aperture; a connector positioned in said housing aperture and having a groove; a substrate having an electrical circuit pattern; a flexible conductor having a flat lug with a "U" shaped slot at one end fastened to said substrate and a snap ring at an opposite end engaged with said groove of said connector, thereby forming an electrical connection between said connector and said substrate circuit pattern, retaining said connector within said aperture and attaching said connector to said housing; whereby, substantial misalignment of said substrate and said connector is permitted in any direction without breaking said electrical connection.

Claim 7

A triaxial self-aligning interconnect, comprising in combination: a housing having an aperture; a coaxial connector positioned in said housing aperture and having inner and outer concentric conductors, said inner conductor includes a pin that extends beyond the end of said outer conductor; a substrate having an electrical circuit pattern; inner conductor connecting means for providing an electrical connection between said inner conductor and said substrate circuit pattern, said inner conductor connecting means includes a wire conductor attached to said substrate at the ends of said wire conductor and formed into five segments: two flexible segments formed near the ends of said wire, two substantially parallel pin contact segments adjoining said flexible segments wherein said pin is positioned between said pin contact segment, and a joining segment mutually connecting said pin contact segments and generating a clamping force on said pin; outer conductor connecting means for providing an electrical connection between said outer conductor and said substrate circuit pattern; whereby substantial misalignment of said substrate and said housing is permitted in any direction without breaking said electrical connections between said substrate and said inner and outer conductors.

Claim 8

A triaxial self-aligning interconnect, comprising in combination: a housing having an aperture; a coaxial connector positioned in said housing aperture and having inner and outer concentric conductors, said inner conductor includes a pin that extends beyond the end of said outer conductor; a substrate having an electrical circuit pattern; inner conductor connecting means for providing an electrical connection between said inner conductor and said substrate circuit pattern, said inner conductor connecting means includes a wire conductor attached to said substrate at the ends of said wire conductor and formed into five segments: two flexible segments formed near the ends of said wire, two substantially parallel pin contact segments adjoining said flexible segments wherein said pin is positioned between said pin contact segment, and a joining segment mutually connecting said pin contact segments and generating a clamping force on said pin; outer conductor connecting means for providing an electrical connection between said outer conductor and said substrate circuit pattern; whereby substantial misalignment of said substrate and said housing is permitted in any direction without breaking said electrical connections between said substrate and said inner and outer conductors.

Claim 9

A triaxial self-aligning interconnect, comprising in combination: a housing having an aperture; a coaxial connector positioned in said housing aperture and having an inner and outer concentric conductors, said outer conductor has an external circumferential groove; a substrate having an electrical circuit pattern; inner conductor connecting means for providing an electrical connection between said inner conductor and said substrate circuit pattern; and outer conductor connecting means for providing an electrical connection between said outer conductor and said substrate circuit pattern, said outer conductor connecting means includes a flexible conductor having a flat lug with a "U" shaped slot at one end fastened to said substrate and a snap ring at an opposite end engaged with said groove of said coaxial connector, whereby said coaxial connector is retained within said aperture and attached to said housing by said flexible conductor; whereby substantial misalignment of said substrate and said housing is permitted in any direction without breaking said electrical connections between said substrate and said inner and outer conductors.

Claim 10

A triaxial self-aligning interconnect, comprising in combination: a housing having an aperture; a coaxial connector positioned in said housing aperture and having an inner and outer concentric conductors, said outer conductor has an external circumferential groove; a substrate having an electrical circuit pattern; inner conductor connecting means for providing an electrical connection between said inner conductor and said substrate circuit pattern; and outer conductor connecting means for providing an electrical connection between said outer conductor and said substrate circuit pattern, said outer conductor connecting means includes a flexible conductor having a flat lug with a "U" shaped slot at one end fastened to said substrate and a snap ring at an opposite end engaged with said groove of said coaxial connector, whereby said coaxial connector is retained within said aperture and attached to said housing by said flexible conductor; whereby substantial misalignment of said substrate and said housing is permitted in any direction without breaking said electrical connections between said substrate and said inner and outer conductors.

Claim 11

A triaxial self-aligning interconnect, comprising in combination: a housing having an aperture; a coaxial connector inserted into said housing aperture and having a flange to position said connector in said aperture, said connector having inner and outer concentric conductors, said inner conductor having a pin that extends beyond the end of said outer conductor and said outer conductor having an external circumferential groove; a substrate having an electrical circuit pattern and a hole; a wire conductor attached to said substrate and electrically connected to said substrate circuit pattern at the ends of said wire conductor, said wire conductor being formed into five segments: two flexible segments formed near the ends of said wire, two substantially parallel pin contact segments adjoining to said flexible segments wherein said pin is positioned between said pin contact segments, and a joining segment mutually connecting said pin contact segments and generating a clamping force on said pin, thereby forming an electrical connection between said inner conductor and said substrate circuit pattern; a substantially flat flexible conductor having a "U" shaped lug at one end and a snap ring at an opposite end engaged with said groove of said coaxial connector, whereby said coaxial connector is retained within said aperture of said housing by said flat conductor; and a fastener inserted into said hole of said substrate, attaching said lug to said substrate and forming an electrical connection between said outer conductor and said substrate circuit pattern; whereby, substantial misalignment of said substrate and said connector is permitted in any direction without breaking said electrical connections.

Claim 12

A triaxial self-aligning interconnect, comprising in combination: a housing having an aperture; a coaxial connector inserted into said housing aperture and having a flange to position said connector in said aperture, said connector having inner and outer concentric conductors, said inner conductor having a pin that extends beyond the end of said outer conductor and said outer conductor having an external circumferential groove; a substrate having an electrical circuit pattern and a hole; a wire conductor attached to said substrate and electrically connected to said substrate circuit pattern at the ends of said wire conductor, said wire conductor being formed into five segments: two flexible segments formed near the ends of said wire, two substantially parallel pin contact segments adjoining to said flexible segments wherein said pin is positioned between said pin contact segments, and a joining segment mutually connecting said pin contact segments and generating a clamping force on said pin, thereby forming an electrical connection between said inner conductor and said substrate circuit pattern; a substantially flat flexible conductor having a "U" shaped lug at one end and a snap ring at an opposite end engaged with said groove of said coaxial connector, whereby said coaxial connector is retained within said aperture of said housing by said flat conductor; and a fastener inserted into said hole of said substrate, attaching said lug to said substrate and forming an electrical connection between said outer conductor and said substrate circuit pattern; whereby, substantial misalignment of said substrate and said connector is permitted in any direction without breaking said electrical connections.