Electrical connector assemblies

Claim 2

An electrical connector system, comprising: a first connector assembly including a first housing having therein a plurality of female terminals fabricated of sheet metal material having opposed generally planar smooth surfaces and perpendicular edges, each terminal having a pair of opposed contact surfaces thereon formed from said smooth surfaces of said sheet metal material; and a second connector assembly for connection with the first connector assembly and including a second housing having therein a plurality of male terminals for mating with the female terminals, the male terminals being fabricated of sheet metal material having opposed generally planar smooth surfaces and perpendicular edges so that each said male terminal has a pair of opposed surfaces formed form said smooth surfaces, and the male terminals being oriented in the second housing such that the opposed surfaces of said male terminals engage the opposed contact surfaces of the female terminals when the connector assemblies are mated, said second connector assembly including a plurality of male terminal modules secured to said second housing, each said module including an overmolded dielectric encasement with opposite ends of said male terminals extending from said encasement.

Claim 3

The electrical connector system of claim 1 wherein said female terminals include opposed cantilevered contact beams and said contact surfaces are located on said opposed cantilevered contact beams of the female terminals that are generally parallel and said contact surfaces are generally parallel to the opposed smooth surfaces of the male terminals.

Claim 4

The electrical connector system of claim 1 wherein said first connector assembly includes a plurality of female terminal modules secured to said first housing, each said female terminal module being oriented generally perpendicular to the male terminal modules of said second connector assembly.

Claim 5

A shielded right-angled electrical connector assembly for mounting to a circuit board, comprising: a dielectric housing having a top, a bottom, a front, a rear and opposite sides, the front of the housing being generally rectangular in shape, and with a plurality of terminals mounted within the housing, the terminals having opposite ends projecting from the front and from the bottom of the housing; and a unitary conductive shield fabricated in one piece from stamped and formed sheet metal material, the shield including a top wall covering at least a portion of the top of the housing, opposite side walls covering at least portions of respective sides of the housing and shroud wall means substantially surrounding the ends of the terminals that project from the front of the housing, the shroud wall means being formed by a top wall, a bottom wall and a pair of opposed side walls defining a rectangular shroud complementary in shape to and projecting from the rectangular front of the housing about the ends of the terminals projecting from the front of the housing, said shield further including latching means on said opposed side walls of said shroud for latching with a mating connector assembly and at least one projection integral with and extending from one of said opposed side walls of said shroud towards the other side wall for polarizing said assembly with a mating connector assembly.

Claim 6

A shielded right-angled electrical connector assembly for mounting to a circuit board, comprising: a dielectric housing having a top, a bottom, a front, a rear and opposite sides, the front of the housing being generally rectangular in shape, and with a plurality of terminals mounted within the housing, the terminals having opposite ends projecting from the front and from the bottom of the housing; and a unitary conductive shield fabricated in one piece from stamped and formed sheet metal material, the shield including a top wall covering at least a portion of the top of the housing, opposite side walls covering at least portions of respective sides of the housing and shroud wall means substantially surrounding the ends of the terminals that project from the front of the housing, the shroud wall means being formed by a top wall, a bottom wall and a pair of opposed side walls defining a rectangular shroud complementary in shape to and projecting from the rectangular front of the housing about the ends of the terminals projecting from the front of the housing, said shield further including latching means on said opposed side walls of said shroud for latching with a mating connector assembly and at least one projection integral with and extending from one of said opposed side walls of said shroud towards the other side wall for polarizing said assembly with a mating connector assembly.

Claim 7

The shielded right-angled electrical connector assembly of claim 4, including latch means between the dielectric housing and the unitary conductive shield to hold the shield on the housing.

Claim 8

The shielded right-angled electrical connector assembly of claim 4 wherein said housing includes a plurality of modules secured thereto, each said module including an overmolded dielectric encasement with opposite ends of said terminals extending from said encasement.

Claim 9

The shielded right-angled electrical connector assembly of claim 4 wherein said top wall and opposite side walls of the unitary conductive shield cover substantially the entirety of the top and opposite sides, respectively, of the housing.