Abstract: A connector system including a sensing mechanism that can be used to control signal distribution through the connector system is disclosed. The connector system may include a first connector and a second connector configured to be operatively engaged in both a mated condition and an interlocked condition. The connectors of the connector system include conductive contacts that complete a conductive connection when the connectors are in the mated condition. The connector system includes a fastening mechanism that provides an interlocked condition following mating of the connectors, and may further include a sensor and a sensor trigger that may be used to sense the connection status of the system. The sensor may connected to a controller, with the controller controlling signal distribution through the connector system dependent on the connection status determined by the sensing mechanism. A method for controlling signal distribution through a connector system is also provided.

Abstract: A connector system including a sensing mechanism that can be used to control signal distribution through the connector system is disclosed. The connector system may include a first connector and a second connector configured to be operatively engaged in both a mated condition and an interlocked condition. The connectors of the connector system include conductive contacts that complete a conductive connection when the connectors are in the mated condition. The connector system includes a fastening mechanism that provides an interlocked condition following mating of the connectors, and may further include a sensor and a sensor trigger that may be used to sense the connection status of the system. The sensor may connected to a controller, with the controller controlling signal distribution through the connector system dependent on the connection status determined by the sensing mechanism. A method for controlling signal distribution through a connector system is also provided.

Abstract: A clamp-type adapter (1) for a memory module (2) includes two adapter halves (10), (10′) with similar structures for snapping over a lower portion (20) of the memory module, which has a plurality of conductive pads (22), (22′) on opposite surfaces thereof. Each adapter half includes an elongate housing (12), a row of alternating outer conductive contacts (14) and inner conductive contacts (14′) interposed with grounding blades (13), and a shield (16) covering the housing. The contacts and the grounding blades are insert molded in the housing. The housing comprises an inner portion (121) and an outer portion (122). Each outer/inner contact comprises a contact portion (142)/(142′) and a tail portion (146)/(146′). The contact portion is exposed to the outside from a bottom surface of the inner portion for engaging with a corresponding contact of the card edge connector.

Abstract: An electrical connector includes an insulative housing defining a plurality of spaced channels for receiving and retaining conductive spring contacts therein. Each contact is U-shaped and has an anchoring section fixed in the corresponding channel and an engaging section resiliently attached to the anchoring section by a U-shaped bent section and partially extending beyond the housing for engaging with an electronic device. An opening is defined in the bent section through which a wire extends with a conductive core of the wire being fixed to the anchoring section whereby the engaging section overlaps the wire for reducing the space occupied thereby. The engaging section has a free end having side projections received and retained in recesses defined in side walls of the corresponding channels for preloading the engaging section.

Abstract: An improved mass connector termination assembly reduces mistermination errors and gives dual termination capability for simultaneous termination of selected wires to two different terminals. This simultaneous termination also simplifies the isolation of differential signal wire pairs. Three arrays of terminals are held within a terminal housing and include elongated contact portions that extend within a plug or receptacle portion of the connector housing and insulation displacement portions that extend along a terminating face of the connector. The terminal arrays extend through the connector between these two faces. Multiple contact portions of one of the three terminal arrays are bussed together with a single terminal and these single terminals are aligned with the terminals of the other two terminal arrays.