Electrical connector insulator housing
A socket housing and method of making the socket housing. A plurality of dielectric layers are printed with a plurality of recesses on a substrate. The dielectric layers include at least two different dielectric materials. A sacrificial material is printed in the recesses. The assembly is removed from the substrate and the sacrificial material is removed from the recesses. At least one contact member is located in a plurality of the recesses. Distal ends of the contact members are adapted to electrically couple with circuit members.
1. A socket housing comprising:
a housing including a plurality of dielectric layers including at least two different dielectric materials, the housing comprising a material sets varied by layer and within a given layer, such that the housing comprises a three-dimensional dielectric structure having of a variety of dielectric properties;
at least one contact member positioned in a plurality of recesses in the housing, distal ends of the contact members adapted to electrically couple with circuit members;
plating in at least one of the recesses to electrically couple a contact member with at least one of the conductive traces;
at least one of a conductive, a non-conductive, or a semi-conductive material in at least one of the layers that tune the impedance of the contact members; and
a plurality of conductive traces extending along at least one layer of the housing.
2. The socket housing of claim 1 wherein the recesses comprise at least one feature that mechanically retains the contact members in the housing.
3. The socket housing of claim 1 wherein the housing includes a structure with features that cannot be molded or machined.
4. The socket housing of claim 1 comprising at least one printed electrical device on one or more of a dielectric layer in the housing.
5. The socket housing of claim 1 wherein the housing includes one or more of embedded circuitry, shielding, passive or active components, antennae, decoupling, power filtering, signal conditioning, magnetic or dielectric enhancement, impedance control, transistors, LEDs, test or probe points, memory, located between dielectric layers.
6. The socket housing of claim 1 comprising an optical quality material located between the dielectric layers in the housing.
7. The socket housing of claim 1 wherein one or more of the contact members extend above the housing.
8. An electrical interconnect assembly comprising:
the socket housing of claim 1 ;
a first circuit member comprising electrical terminals compressively engaged with contact members located along a first surface of the socket housing; and
a second circuit member comprising electrical terminals compressively engaged with contact members located along a second surface of the socket housing.
9. The electrical interconnect assembly of claim 8 wherein the first and second circuit members are selected from one of a dielectric layer, a printed circuit board, a flexible circuit, a bare die device, an integrated circuit device, organic or inorganic substrates, or a rigid circuit.
10. A method of making a socket housing comprising the steps of:
forming a housing including a plurality of dielectric layers including at least two different dielectric materials, the housing comprising a material sets varied by layer and within a given layer, such that the housing comprises a three-dimensional dielectric structure having of a variety of dielectric properties;
locating at least one contact member in a plurality of recesses in the housing, distal ends of the contact members adapted to electrically couple with circuit members;
plating at least one of the recesses to electrically couple the contact member with at least one of the conductive traces;
depositing at least one of a conductive, a non-conductive, or a semi-conductive materials in at least one of the layers that tune the impedance of the contact members; and
forming a plurality of conductive traces extending along at least one layer of the housing.
11. The method of claim 10 comprising printing at least one feature that mechanically retains the contact members in the recesses.
12. The method of claim 10 comprising:
printing a platable dielectric material on selected areas of the socket housing; and
plating the platable dielectric material.
13. The method of claim 10 comprising printing at least one electrical device on one or more of a dielectric layer in the housing.
14. The method of claim 10 comprising printing one or more of circuitry, shielding, passive or active components, antennae, decoupling, power filtering, signal conditioning, magnetic or dielectric enhancement, impedance control, transistors, LEDs, test or probe points, memory, on a dielectric layer in the housing.
15. A method of making an electrical interconnect assembly comprising the steps of:
compressively coupling electrical terminals on a first circuit member with contact members located along a first surface of the socket housing of claim 10 ; and
compressively coupling electrical terminals on a second circuit member with contact members located along a second surface of the socket housing.