Shielded electrical connector

Claim 2

A first electrical connector adapted for shielded intermating with a second electrical connector where the second electrical connector has a body of dielectric material having an elongated rectangular shape and supporting a first set of electrical contacts, with the outer peripheral surface of the dielectric body being surrounded by an electrically conductive grounding shell, said first electrical connector having a body of dielectric material supporting a second set of electrical contacts adapted to be mated with the first set of electrical contacts, said first electrical connector being characterized in that an electrically conductive housing shell member surrounds a substantial portion of the outer peripheral surface of the first connector dielectric body, said dielectric body having an elongated rectangular shape and an elongated rectangular recess in the mating face thereof for receiving said second electrical connector and two elongated conductive spring shield members separate from said shell and held by said shell member and electrically connected thereto arranged oppositely and extending from said shell member along the respective peripheral surface of said first connector dielectric body towards the mating face thereof and around the outer edge of the recess therein into and along the inner wall of the recess so that the shell of the first connector is electrically connected to the grounding shell of the second connector when the two connectors are intermated, each of said spring shield members having a flat connecting section which is placed in close juxtaposition to the outer peripheral surface of said first connector dielectric body and an arcuate contact section which bridges the mating end surface of the wall surrounding said recess and extends into the recess against the inner wall thereof, a portion of said flat connecting section being sandwiched between the inner surface of said shell and the outer surface of said dielectric body to hold said spring shield member against said dielectric body.

Claim 3

A connector according to claim 1 wherein said spring shield member has positioning tangs extending from one surface of the connecting section thereof which engage indentations in the outer surface of said dielectric body to restrain movement between said shield member and said dielectric body.

Claim 4

A connector according to claim 1 wherein the arcuate portion of said spring shield member is slotted in the form of a comb with the teeth of said comb forming individual spring contact members which are spring biased against the grounding shell of the second connector when both connectors are intermated with one another.

Claim 5

A connector according to claim 1 wherein the dielectric body of the second connector has a recess in the mating face thereof with the electrical contacts supported therein positioned against the peripheral wall of said recess and wherein the recess of said first connector dielectric body has a centrally positioned contact supporting wall member extending from the bottom of the recess toward the mating face of the first connector dielectric body with the contacts supported thereby lying against the peripheral surface of said contact supporting wall.

Claim 6

A connector according to claim 1 wherein the dielectric body of the first connector is provided with outwardly extending fastening projections which engage fastening indentations on the inner surface of the housing shell member.

Claim 7

A first electrical connector adapted for shielded intermating with a second electrical connector where the second electrical connector has a body of dielectric material having an elongated rectangular shape and supporting a first set of electrical contacts, with the outer peripheral surface of the dielectric body being snugly surrounded at least in part by an electrically conductive grounding shell, said first electrical connector having a body of dielectric material supporting a second set of electrical contacts adapted to be mated with the first set of electrical contacts, said first electrical connector being characterized in that an electrically conductive housing shell member surrounds a substantial portion of the outer peripheral surface of the first connector dielectric body, said dielectric body having an elongated rectangular shape and an elongated rectangular recess in the mating face thereof for receiving said second electrical connector and an elongated conductive spring shield member held by said shell member and electrically connected thereto extending from said shell member along the peripheral surface of said first connector dielectric body towards the mating face thereof and around the outer edge of the recess therein into and along the inner wall of the recess so that the shell of the first connector is electrically connected to the grounding shell of the second connector when the two connectors are intermated; said conductive spring shield member being a member separate from said shell and having a flat connecting section which is placed in close juxtaposition to the outer peripheral surface of said first connector dielectric body and an arcuate contact section which bridges the mating end surface of the wall surrounding said recess and extends into the recess against the inner wall thereof, a portion of said flat connecting section being sandwiched between the inner surface of said shell and the outer surface of said dielectric body to hold said spring shield member against said dielectric body, said spring shield member having positioning tangs extending from one surface of the connecting section thereof which engage indentations in the outer surface of said dielectric body to restrain movement between said shield member and said dielectric body.

Claim 8

A first electrical connector adapted for shielded intermating with a second electrical connector where the second electrical connector has a body of dielectric material having an elongated rectangular shape and supporting a first set of electrical contacts, with the outer peripheral surface of the dielectric body being snugly surrounded at least in part by an electrically conductive grounding shell, said first electrical connector having a body of dielectric material supporting a second set of electrical contacts adapted to be mated with the first set of electrical contacts, said first electrical connector being characterized in that an electrically conductive housing shell member surrounds a substantial portion of the outer peripheral surface of the first connector dielectric body, said dielectric body having an elongated rectangular shape and an elongated rectangular recess in the mating face thereof for receiving said second electrical connector and an elongated conductive spring shield member held by said shell member and electrically connected thereto extending from said shell member along the peripheral surface of said first connector dielectric body towards the mating face thereof and around the outer edge of the recess therein into and along the inner wall of the recess so that the shell of the first connector is electrically connected to the grounding shell of the second connector when the two connectors are intermated; said conductive spring shield member being a member separate from said shell and having a flat connecting section which is placed in close juxtaposition to the outer peripheral surface of said first connector dielectric body and an arcuate contact section which bridges the mating end surface of the wall surrounding said recess and extends into the recess against the inner wall thereof, a portion of said flat connecting section being sandwiched between the inner surface of said shell and the outer surface of said dielectric body to hold said spring shield member against said dielectric body, said spring shield member having positioning tangs extending from one surface of the connecting section thereof which engage indentations in the outer surface of said dielectric body to restrain movement between said shield member and said dielectric body.