Impedance controlled elastomeric connector

Claim 2

An impedance controlled connector for electrically interconnecting a pair of spaced apart components, where each said component is a composite formed by a substrate, a ground plane, a dielectric layer and micro strip line leads, where the thickness of the dielectric layer is selected relative to the dielectric constant of such layer so as to provide a precise impedance for said substrates, said connector comprising a conductive foil laminated to an insulating and dielectric film to provide a foil/film lamination, a tubular elastomeric body with the foil/film lamination being wrapped around the elastomeric body with first portions of the foil forming rows of signal and ground contacts positioned on the top and bottom surfaces of the said body to engage said micro strip line leads upon compression of said elastomeric body by said components, the foil including signal and ground leads extending between the top and bottom signal and ground contacts of the connector to electrically interconnect the components together, the foil including a second portion defining a ground plane with the spacing between the conductive portions of the signal and ground contacts and lead lines and the ground plane being selected to provide a given impedance relative to signals carried by the connector between the components, where the said contacts, lines and ground plane are formed from a foil on a common side surface of said film with the contacts and lines spaced from the said ground plane by a folding of the said film and foil.

Claim 3

The connector of claim 1 wherein the said second portion defining the ground plane is comprised of a lattice structure to increase the compliance of the connector through the cross-section thereof.

Claim 4

The connector of claim 1 wherein the said signal and ground contacts and lines are interdigitated in various signal to ground ratios to provide signal and ground paths side by side.

Claim 5

The connector of claim 1 wherein the film/foil lamination, in conjunction with the hardness characteristics of the elastomeric body and the dimensions thereof, is chosen to provide normal forces driving the contacts of the connector against contacts of components to provide a stable, low-resistance interface with the contacts of components.

Claim 6

An impedance controlled connector for electrically interconnecting a pair of spaced apart components, where each said component is a composite formed by a substrate, a ground plane, a dielectric layer and micro strip line leads, where the thickness of the dielectric layer is selected relative to the dielectric constant of such layer so as to provide a precise impedance for said substrates, said connector comprising a conductive foil laminated to an insulating and dielectric film to provide a foil/film lamination, tubular elastomeric body with the foil/film lamination being wrapped around the elastomeric body with first portions of the foil forming rows of signal and ground contacts positioned on the top and bottom surfaces of the said body to engage said micro strip line leads upon compression of said elastomeric body by said components, the foil including signal and ground leads extending between the top and bottom signal and ground contacts of the connector to electrically interconnect the components together, the foil including a second portion defining a ground plane with spacing between the conductive portions of the signal and ground contacts and lead lines and the ground plane being selected to provide a given impedance relative to signals carried by the connector between the components, where the said signal and ground contacts and leads are spaced from the said ground plane by a distance equal to twice the thickness of the said film with the film dielectric constant chosen to provide micro strip characteristics to the connector.

Claim 7

An impedance controlled connector for electrically interconnecting a pair of spaced apart components, where each said component is a composite formed by a substrate, a ground plane, a dielectric layer and micro strip line leads, where the thickness of the dielectric layer is selected relative to the dielectric constant of such layer so as to provide a precise impedance for said substrates, said connector comprising a conductive foil laminated to an insulating and dielectric film to provide a foil/film lamination, tubular elastomeric body with the foil/film lamination being wrapped around the elastomeric body with first portions of the foil forming rows of signal and ground contacts positioned on the top and bottom surfaces of the said body to engage said micro strip line leads upon compression of said elastomeric body by said components, the foil including signal and ground leads extending between the top and bottom signal and ground contacts of the connector to electrically interconnect the components together, the foil including a second portion defining a ground plane with spacing between the conductive portions of the signal and ground contacts and lead lines and the ground plane being selected to provide a given impedance relative to signals carried by the connector between the components, where the said signal and ground contacts and leads are spaced from the said ground plane by a distance equal to twice the thickness of the said film with the film dielectric constant chosen to provide micro strip characteristics to the connector.