Abstract: A user configurable integrated electrical connector assembly apparatus and method of using the electrical connector assembly to create a flexible manufacturing system are disclosed. The connector assembly is capable of being formed as a semi-finished product for inventory and at a later time may be simply and quickly reconfigured with insertable components to conform precisely to a customer's design specifications. The connector assembly includes an insulator defining a plurality of first passageways and a plurality of adjacent parallel passageways communicating with the first passageways over a portion of their length. A conductive shield surrounds the insulator and contacts the adjacent parallel passageways.

Abstract: A user configurable integrated electrical connector assembly includes an insulated body comprising a first insulator and a second insulator, respectively, each insulator defining a plurality of passageways extending therethrough for receiving a corresponding electrical contact. A grounding plate is disposed between the first and second insulators transversely to the passageways and has a plurality of projections extending through the passageways for electrically coupling the electrical contacts inserted therein to ground. The grounding plate further comprises a series of parallel extending tabs on its opposed edges. The grounding plate includes a shield portion having a connection to complete ground which entirely covers the front section of the insulated body, thus providing an effective shield against electromagnetic interference. The electrical connector is formed in accordance with a flexible manufacturing system which enables the connector to be completely user configurable.