Modular jack with filter

Claim 2

In a modular jack connector, comprising a housing having a plug-receiving opening, opposed top and bottom surfaces joined by opposed side surfaces extending from said opening to a back surface, and a plurality of elongated contacts mounted to the housing, each contact including a contact portion at one end extending diagonally into the opening, a vertical portion at a second end and an intermediate portion between said contact portion and vertical portion, and means defining a plurality of grooves in said top surface of said body for positioning said contacts, the improvement wherein: at least one of said contacts includes a substantially vertical portion and a horizontal portion which together forms a notch in said contact, a chip capacitor seated in the notch, and wherein: said connector further includes a shield having a top surface, opposed side surfaces extending from a front opening to join a back surface, and tines inwardly extending from said top surface to engage said capacitor.

Claim 3

A connector as claimed in claim 1, further comprising a cutout in said top surface of said housing, and a tab on said shield which extends into said cutout to engage a step formed by a lower surface of said cutout and walls of said grooves, said step serving to position said tab so as to define a spark gap between said tab and the contacts positioned in the grooves.

Claim 4

A connector as claimed in claim 2, wherein said tab includes downwardly extending dimples, a distance between distal ends of said dimples and the contacts equalling a length of said spark gap.

Claim 5

A connector as claimed in claim 1, further comprising inductor elements surrounding said contacts.

Claim 6

A shield for a modular jack, comprising: a top surface joined by opposite side surfaces and a rear surface, tines inwardly extending from said top surface to engage electrical components in the modular jack, tines inwardly extending from said side surfaces to lock said shield on the modular jack, outwardly extending tabs for engaging a panel, and tabs extending into an opening in the modular jack for engaging a plug inserted into the modular jack, and further comprising a tab on said shield which extends into a cutout in said jack to engage a bottom surface of said cutout and thereby form a spark gap between the tab and contacts positioned in grooves in said bottom surface.

Claim 7

A shield for a modular jack, comprising: a top surface joined by opposite side surfaces and a rear surface, tines inwardly extending from said top surface to engage electrical components in the modular jack, tines inwardly extending from said side surfaces to lock said shield on the modular jack, outwardly extending tabs for engaging a panel, and tabs extending into an opening in the modular jack for engaging a plug inserted into the modular jack, and further comprising a tab on said shield which extends into a cutout in said jack to engage a bottom surface of said cutout and thereby form a spark gap between the tab and contacts positioned in grooves in said bottom surface.

Claim 8

A shield as claimed in claim 5, wherein said tab on said shield which extends into the cutout includes downwardly extending dimples, a distance between distal ends of said dimples and the contacts equalling a length of said spark gap.

Claim 9

An electrical connector, comprising: a body member; at least one electrical contact positioned in said body member; grounding means for grounding said contact through a first electrical component; first positioning means for removably positioning said first electrical component in said body member such that first and second electrodes of the electrical component respectively engage the contact and the grounding means; and second positioning means for positioning in said body member an inductor electrically coupled with and surrounding said contact, wherein said first and second positioning means comprise communicating passages in said body member, and wherein said at least one contact is a plurality of contacts, and said inductors are in the form of a ferrite block having a plurality of bores through which said contacts are inserted, said ferrite block being positioned within at least one of said passages in said body member and including grooves arranged to engage projections in said one of said passages to position the ferrite block therein.

Claim 10

An electrical connector, comprising: a body member; at least one electrical contact positioned in said body member; grounding means for grounding said contact through a first electrical component; first positioning means for removably positioning said first electrical component in said body member such that first and second electrodes of the electrical component respectively engage the contact and the grounding means; and second positioning means for positioning in said body member an inductor electrically coupled with and surrounding said contact, wherein said first and second positioning means comprise communicating passages in said body member, and wherein said at least one contact is a plurality of contacts, and said inductors are in the form of a ferrite block having a plurality of bores through which said contacts are inserted, said ferrite block being positioned within at least one of said passages in said body member and including grooves arranged to engage projections in said one of said passages to position the ferrite block therein.

Claim 11

A connector as claimed in claim 7, wherein said grounding means comprises a shield, said shield comprising means including inwardly extending tines for engaging projections on said body member to latch said shield on said body member.

Claim 12

A connector as claimed in claim 7, wherein said grounding means comprises a shield, said shield comprising means including tabs extending from side walls of said shield which are bent to engage a lower surface of said body member and thereby latch said shield to said body member.

Claim 13

A connector as claimed in claim 7, wherein said body member comprises a plurality of substantially parallel grooves in a top surface thereof, said grooves having a bottom surface on which said contact is seated and side walls, said side walls including projections, said projections each having a ramp surface sloping downwardly and outwardly from walls of said grooves and a bottom horizontal surface which engages a top surface of the contact when the contact is seated on a lower surface of a respective groove to thereby retain the contact in the respective groove.

Claim 14

A connector as claimed in claim 7, wherein said first electrical component is a chip capacitor, thereby forming together with said inductor an LC filter for said contact.

Claim 15

A connector as claimed in claim 11, wherein said contact includes a vertical portion inserted into said ferrite block, a first horizontal portion extending transversely to said vertical portion, a second horizontal portion connected to said first horizontal portion by an angled portion which forms an angle of at least 90° with respect to both said horizontal portions, said first horizontal portion and angled portion forming a notch in said contact, said chip capacitor being seated within said notch.

Claim 16

A connector as claimed in claim 12, wherein said grounding means comprises a shield mounted on said body member, said shield including integral inwardly extending tines for engaging said second electrode of said first electrical component.

Claim 17

A connector as claimed in claim 13, wherein said shield further comprising means including second inwardly extending tines for engaging projections on said body member to latch said shield on said body member.

Claim 18

A connector as claimed in claim 13, wherein said shield further comprises means including tabs extending from side walls of said shield which are bent to engage a lower surface of said body member and thereby latch said shield to said body member.