Electrical connector containing components and method of making same

Claim 1

An electrical connector of the type for transmitting signals and having a dielectric housing means, a plurality of contacts secured in passageways thereof and extending from a mounting face to a mating face of the connector, and further having a conductive shell secured to the housing, said connector further comprising: said dielectric housing means having a body extending between said mounting face and said mating face and having side surfaces and lateral flange portions extending outwardly from said side surfaces remote from said mounting face; a conductive shell mountable to and about at least a portion of said housing means; a transverse conductive means extending outwardly along and adjacent each said lateral flange portion of said housing means upon assembly thereto and at least electrically connected to said conductive shell; a plurality of electrical contacts secured in said housing means and including first sections extending from said mounting face for being connected to corresponding contact means of a corresponding first electrical article, and further including second sections at least exposed along said mating face for electrical connection with mating contacts of a corresponding second electrical article; a like plurality of small electrical components mounted to said transverse conductive means, each component being at a location associated with a respective one of said electrical contacts and having a first electrode electrically connected to said transverse conductive means for grounding, each component having a second electrode facing in a direction toward said mounting face; and a like plurality of discrete straps having first strap sections, each first strap section electrically connected to a respective said contact first section along said mounting face, each said strap including an intermediate strap section extending along a said side surface of said housing to a respective second strap section extending transversely outwardly along a said lateral flange portion of said housing means to be adjacent and electrically connected to a said second electrode of an associated said component at least exposed by said lateral flange portion for such connection, each said strap defining a circuit from a said contact to an associated said component with said transverse conductive means and said conductive shell defining a ground means of said component.

Claim 3

A method for taking an electrical connector having electrical components electrically connected to respective contacts thereof, comprising the steps of: forming a plurality of discrete straps associated with respective said contacts of said connector, each strap including a first strap section adapted to be electrically connected to a respective said contact and extending transversely a selected distance, an intermediate strap section extending axially rearwardly from said first contact section, and a second strap section extending transversely outwardly from said intermediate section to a second end; securing and electrically connecting first electrodes of a like plurality of electrical components to a transverse conductive means of said connector at least electrically connected to a conductive shell of said conductor; assembling said plurality of discrete straps to said connector along outer portions thereof, with said intermediate strap sections extending along side surfaces of a dielectric housing of said connector, said first strap sections at least adjacent portions of said contacts, and said second strap sections at least adjacent second electrodes of said electrical components; and electrically connecting said first strap sections to said contact portions and said second strap sections to said second electrodes, whereby the connector can include components electrically connected to its contacts without increasing the cross-sectional size of the connector and without requiring modification of the interior portions of the connector nor the contacts thereof.

Claim 4

A method for taking an electrical connector having electrical components electrically connected to respective contacts thereof, comprising the steps of: forming a plurality of discrete straps associated with respective said contacts of said connector, each strap including a first strap section adapted to be electrically connected to a respective said contact and extending transversely a selected distance, an intermediate strap section extending axially rearwardly from said first contact section, and a second strap section extending transversely outwardly from said intermediate section to a second end; securing and electrically connecting first electrodes of a like plurality of electrical components to a transverse conductive means of said connector at least electrically connected to a conductive shell of said conductor; assembling said plurality of discrete straps to said connector along outer portions thereof, with said intermediate strap sections extending along side surfaces of a dielectric housing of said connector, said first strap sections at least adjacent portions of said contacts, and said second strap sections at least adjacent second electrodes of said electrical components; and electrically connecting said first strap sections to said contact portions and said second strap sections to said second electrodes, whereby the connector can include components electrically connected to its contacts without increasing the cross-sectional size of the connector and without requiring modification of the interior portions of the connector nor the contacts thereof.