Abstract: The invention relates to a cable connector including a housing having a die-cast base substantially extending between a front side and a rear side of the connector. The connector further includes a die-cast first housing part mounted to the die-cast base such that the die-cast first housing part and a first portion of the die-cast base determine a first cable connector portion at the rear side. The cable connector further includes a metal sheet formed second housing part mounted to the die-cast base such that the metal sheet formed second housing part and a second portion of the die-cast base determine a second cable connector portion at the front side. The cable connector is suited as a high density I/O cable connector. The invention further relates to a method of assembling a cable to such a cable connector and a metal sheet formed housing part.

Abstract: Methods and apparatus are disclosed for manufacturing and for providing electrical connectors having maximum shielding from electronic interference. Maximum shielding is inexpensively achieved by manufacturing a shield structure from a single piece of material in a manner yielding individual channels for shielding a contact terminal from the receptacle area to the tail area. Contact terminals are integrated into the shield structure via insertion molding to form a column connector module. A plurality of column connector modules are then inserted into an appropriately formed front housing. As described by the method of this invention, shielding from electronic interference occurs not only between adjacent terminals within a column structure, but also, between terminals contained in adjacent column connector modules.

Abstract: Connector comprising a housing (3), at least one contact element provided with a first contact portion (21) for mating contact to another contact element of another connector and a pcb contact portion (17; 28) for contacting a pcb or the like wherein the connector is divided into at least a main-receptacle unit (1) and a tail-unit (2), the main-receptacle unit (1) comprising at least one adapting unit (24) provided with an adapting contact member (15) connected to said first contact portion (21) and to a second contact portion (22; 22') and the tail-unit (2) comprising at least one tail contact element (19; 27) connected to said pcb contact portion (17; 28) and to a third contact portion (20; 30), said third contact portion (20; 30) being arranged for mating contact with said second contact portion (22; 22').

Abstract: Connector provided with an insulating housing and a plurality of electrically conductive contact members each of said contact members (2, 3; 26; 42; 47) being made of a metal layer arranged on a predetermined insulating part of said connector. This metal layer may be arranged on plastic contact pins or, alternatively, be made of metal strips arranged on the housing (4; 24; 41) of said connector.

Abstract: A connector to be mounted to a substrate having a housing of dielectric material which housing comprises a portion (2; 6; 28; 38) provided with a metal layer (7; 8; 25; 35). This portion is located on a side of the connector (1; 1'; 21; 31) to be pre-positioned adjacent a substrate (15) so that the metal layer (7; 8; 25; 35) functions as to solderably join and fix the connector to the substrate (15).

Abstract: Insulation piercing-connector having two parallel spaced cutting tongues each having a tapering introduction hole. A conductor surrounded by insulation is introduced without stripping. After introduction the conductor is clamped to the connector by at least one clamping lip. The clamping lip is provided in the space between the two cutting tongues.

Abstract: Electrical connecting device having a housing with connecting means for at least one conductor and being provided with means to be coupled to another electrical device. The housing is provided with colored identification means provided in at least one recess in the housing. The colored identification means can be introduced in this recess.

Abstract: Cover device for a flat cable having an aperture in the insulation between the conductors. The cover device comprises two opposite arms, each having a first and second end. The arm are connected by a flexible cross member. This cross member is provided with a locking lip which extends in the direction of the first end of the arms and having at its free end a locking lobe for insertion in the aperture of the cable. By making the locking lobe barb-shaped the cable can be inserted into the cover device by a snap action. Polarization-indicating means are provided for positioning the cable correctly relative to the cover device. Preferably, the cover device may be combined with an electric connector.