Jack connector, plug connector and connector assembly

Claim 2

A card-edge plug connector for balanced transmission, comprising: a card edge having first and second sides; a plurality of pairs of plug-type signal pads, each pair being arranged such that one pad of each said pair of pads is provided on the first side of the card-edge and the other pad of each said pair of pads is provided on the second side of the card-edge; a plurality of slits in said card edge arranged alternately with said plurality of pairs of plug-type signal pads; at least one plug-type ground layer; and a plurality of signal patterns each extending from a respective one of said plug-type signal pads.

Claim 3

The card-edge plug connector as claimed in claim 1, further comprising first and second plug-type signal layers provided inside the plug connector, wherein said at least one plug-type ground layer includes a first plug-type ground layer provided on one side of the connector and a second plug-type ground layer provided on the other side of the connector, said first plug-type signal layer being provided at a position closer to said first plug-type ground layer and said second plug-type signal layer being provided at a position closer to said second plug-type ground layer, and said plurality of signal patterns are connected to said first and second plug-type signal layers.

Claim 4

The card-edge plug connector as claimed in claim 2, wherein said plurality of slits are provided with slit ground layers formed on inner walls of the slits, said slits being formed integrally with said first and second plug-type ground layers.

Claim 5

The card-edge plug connector as claimed in claim 1, further comprising at least two pairs of plug-type ground pads; wherein said at least one plug-type ground layer includes an internal ground layer provided inside the plug connector, said internal ground layer being electrically connected to said at least two pairs of plug-type ground pads through ground patterns.

Claim 6

The card-edge plug connector as claimed in claim 1, wherein said at least one plug-type ground layer includes an internal ground layer provided inside the plug connector; and said plurality of slits are provided with slit ground layers formed on inner walls of the slits, said slit ground layers being electrically connected to said internal ground layer.

Claim 7

A connector assembly for balanced transmission comprising: a jack connector including: a plurality of pairs of jack-type signal contact elements arranged parallel to each other in an array; a plurality of jack-type ground plate elements, arranged alternately with said plurality of pairs of jack-type signal contact elements in said array; a jack-type insulating body made of an electrically insulating material for supporting said array including said plurality of pairs of jack-type signal and said plurality of pairs of jack-type ground plate elements; and jack-type ground contact means, and a card-edge plug connector including: a card edge having first and second sides; a plurality of pairs of plug-type signal pads, each pair of pads being arranged such that one pad of each said pair of pads is provided on the first side of the card edge and the other pad of each said pair of pads is provided on the second side of the card-edge plug connector; a plurality of slits in said card edge, said slits arranged alternately with said plurality of pairs of plug-type signal pads; at least one plug-type ground layer; and a plurality of signal patterns each extending from a respective one of said plug-type signal pads, wherein the connector assembly has a strip-line structure, and virtual ground planes are created at a region between each pair of the plurality of pairs of plug-type signal pads.

Claim 8

A connector assembly for balanced transmission comprising: a jack connector including: a plurality of pairs of jack-type signal contact elements arranged parallel to each other in an array; a plurality of jack-type ground plate elements, arranged alternately with said plurality of pairs of jack-type signal contact elements in said array; a jack-type insulating body made of an electrically insulating material for supporting said array including said plurality of pairs of jack-type signal and said plurality of pairs of jack-type ground plate elements; and jack-type ground contact means, and a card-edge plug connector including: a card edge having first and second sides; a plurality of pairs of plug-type signal pads, each pair of pads being arranged such that one pad of each said pair of pads is provided on the first side of the card edge and the other pad of each said pair of pads is provided on the second side of the card-edge plug connector; a plurality of slits in said card edge, said slits arranged alternately with said plurality of pairs of plug-type signal pads; at least one plug-type ground layer; and a plurality of signal patterns each extending from a respective one of said plug-type signal pads, wherein the connector assembly has a strip-line structure, and virtual ground planes are created at a region between each pair of the plurality of pairs of plug-type signal pads.

Claim 9

The connector assembly as claimed in claim 6, wherein said jack-type ground contact means includes first and second jack-type ground contact elements, the first of said jack-type ground contact elements being arranged at a first end of said array and the second of said jack-type ground contact elements being arranged at a second end of said array.

Claim 10

The connector assembly as claimed in claim 7, further comprising first and second plug-type signal layers provided inside the plug connector, wherein said at least one plug-type ground layer includes a first plug-type ground layer provided on one side of the connector and a second plug-type ground layer provided on the other side of the connector, said first plug-type signal layer being provided at a position closer to said first plug-type ground layer and said second plug-type signal layer being provided at a position closer to said second plug-type ground layer, and said plurality of signal patterns are connected to said first and second plug-type signal layers.

Claim 11

The connector assembly as claimed in claim 7, wherein said card-edge plug connector further comprises at least two pairs of plug-type ground pads; wherein said at least one plug-type ground layer includes an internal ground layer provided inside the plug connector, said internal ground layer being electrically connected to said at least two pairs of plug-type ground pads through ground patterns, and said virtual ground planes are reinforced by said internal ground layer.

Claim 12

The connector assembly as claimed in claim 6, wherein said jack-type ground contact means includes jack-type contact parts provided on said jack-type ground plate elements, said jack-type contact parts having a spring-like feature in a direction parallel to said array.

Claim 13

The connector assembly as claimed in claim 10, wherein said card-edge plug connector further comprises first and second plug-type signal layers provided inside the plug connector, wherein said at least one plug-type ground layer includes a first plug-type ground layer provided on one side of the connector and a second plug-type ground layer provided on the other side of the connector, said first plug-type signal layer being provided at a position closer to said first plug-type ground layer and said second plug-type signal layer being provided at a position closer to said second plug-type ground layer, said plurality of signal patterns are connected to said first and second plug-type signal layers, and said plurality of slits are provided with slit ground layers formed on inner walls of the slits, said slits being formed integrally with said first and second plug-type ground layers.

Claim 14

The connector assembly as claimed in claim 10, wherein said at least one plug-type ground layer includes an internal ground layer provided inside the plug connector; and said plurality of slits are provided with slit ground layers formed on inner walls of the slits, said slit ground layers being electrically connected to said internal ground layer and said virtual ground planes are reinforced by said internal ground layer.

Claim 15

The connector assembly as claimed in claim 6, wherein the jack connector further comprises at least two frame ground elements disposed outside said electrically insulating body and perpendicular to said plurality of pairs of signal contact elements and said plurality of ground contact elements, one of said frame ground element being provided on one side of the jack connector and the other one of said frame ground element being provided on the other side of the jack connector.

Claim 16

A plug connector for balanced transmission comprising: a plug-type insulating body made of an electrically insulating material, said body having first and second edges; a protruded member formed on said plug-type insulating body, said protruded member centrally located between said first and second edges, said protruded member being provided with a plurality of lateral slits and one longitudinal slit; a plurality of pairs of plug-type signal contact elements arranged parallel to each other in an array, each of said plug-type signal contact elements being disposed in a respective one of said plurality of lateral slits; and a central ground element disposed in said longitudinal slit.

Claim 17

A plug connector for balanced transmission comprising: a plug-type insulating body made of an electrically insulating material, said body having first and second edges; a protruded member formed on said plug-type insulating body, said protruded member centrally located between said first and second edges, said protruded member being provided with a plurality of lateral slits and one longitudinal slit; a plurality of pairs of plug-type signal contact elements arranged parallel to each other in an array, each of said plug-type signal contact elements being disposed in a respective one of said plurality of lateral slits; and a central ground element disposed in said longitudinal slit.

Claim 18

The connector assembly for balanced transmission as claimed in claim 14, wherein said plug-type insulating body has a cavity with first and second side walls, and a bottom and said protruded member rises from said bottom midway between said first and second side walls.

Claim 19

A connector assembly for balanced transmission comprising: a jack connector including: a plurality of pairs of jack-type signal contact elements arranged parallel to each other in an array; a plurality of jack-type ground plate elements arranged alternately with said plurality of pairs of jack-type signal contact elements in said array, said jack-type ground plate elements including two contact portions in the shape of a fork; and a jack-type insulating body made of an electrically insulating material for supporting said array including said plurality of pairs of jack-type signal and said plurality of pairs of jack-type ground plate elements, and a plug connector including: a plug-type insulating body made of an electrically insulating material, said body having first and second edges; a protruded member formed on said plug-type insulating body, said protruded member centrally located between said first and second edges, said protruded member being provided with a plurality of lateral slits and one longitudinal slit; a plurality of pairs of plug-type signal contact elements arranged parallel to each other in an array, each of said plug-type signal contact elements being disposed in a respective one of said plurality of lateral slits; and a central ground element disposed in said longitudinal slit, wherein the connector assembly has a strip-line structure, virtual ground planes are created at a region between the plug-type signal contact elements, and said virtual ground planes are reinforced by said central ground element.

Claim 20

A connector assembly for balanced transmission comprising: a jack connector including: a plurality of pairs of jack-type signal contact elements arranged parallel to each other in an array; a plurality of jack-type ground plate elements arranged alternately with said plurality of pairs of jack-type signal contact elements in said array, said jack-type ground plate elements including two contact portions in the shape of a fork; and a jack-type insulating body made of an electrically insulating material for supporting said array including said plurality of pairs of jack-type signal and said plurality of pairs of jack-type ground plate elements, and a plug connector including: a plug-type insulating body made of an electrically insulating material, said body having first and second edges; a protruded member formed on said plug-type insulating body, said protruded member centrally located between said first and second edges, said protruded member being provided with a plurality of lateral slits and one longitudinal slit; a plurality of pairs of plug-type signal contact elements arranged parallel to each other in an array, each of said plug-type signal contact elements being disposed in a respective one of said plurality of lateral slits; and a central ground element disposed in said longitudinal slit, wherein the connector assembly has a strip-line structure, virtual ground planes are created at a region between the plug-type signal contact elements, and said virtual ground planes are reinforced by said central ground element.

Claim 21

The connector assembly for balanced transmission as claimed in claim 16, wherein said plug-type insulating body has a cavity with first and second side walls and a bottom wall and said protruded member rises from said bottom wall midway between said first and second side walls.