Abstract: An electrical wire connector of the type having a wedge with converging side surfaces forcible into a C-shaped member between converging ears thereof, includes concave channel portions of the wedge side surface opposing arcuate inner surfaces of the ears to clamp a transmission line, stirrup, and strain clamp member therein under substantial clamping force to common and mechanically join them. The strain clamp cooperates with the electrical wire connector to prevent forces applied to the transmission line from being transmitted to the stirrup, thereby ensuring that a positive electrical connection is maintained between the transmission line and the stirrup.

Abstract: An electrical contact adapted for plugging connection is provided with locking lances projecting therefrom in obliquely outward direction and engaging a locking shoulder of a contact receiving chamber when said contact is inserted into said contact receiving chamber. The locking lances are disposed on the mating end of the electrical contact at the mating end of an outer back-up spring disposed on the contact.

Abstract: The electrical blade fuse is sealed at both the bottom and the top so that the fuse material, once melted, cannot become dislodged to short out other electrical circuits or to short out the terminals of the fuse itself. A cap of the fuse encloses the fuse cavity and is maintained in position by utilizing tab portions of the fuse terminals which are deformed to hold the cap in place, and additionally to serve as test electrodes to allow testing of the fuse in place.

Abstract: An electrical wire connector of the type having a bifurcate bolt has a base member and two opposed prongs. The prongs are spaced apart to define a wire receiving channel therebetween. A nut is threadable onto the bolt about the prongs, the nut cooperates with a slide to engage a first respective wire and to urge the wire and other wires into electrical engagement with each other. The bolt has resilient portions which supply a force which acts upon the wires. The force supplied by the resilient portions is of sufficient magnitude to ensure that the wires will be maintained in electrical engagement even when the split bolt is exposed to harsh environments.

Abstract: A card reader (2) especially for use in connecting gold plated pads on a subscribers identity module card (4) to respective tin plated pads on a printed circuit board (6) in a car telephone handset, comprises an insulating frame (8) having spigots (26) for fixing it to the circuit board 96), and a metal cover (12). A bar (22) spanning the frame (8) supports contact elements (10) molded thereinto. Each contact element (10) has a 10 contact spring (40) provided with a bowed, gold plated contact surface (5) near its free end for engaging a respective gold plated pad on the card (4), and intermediate its ends, an oppositely bowed, tin plated, contact surface (44) for engaging a respective tin plated pad on the circuit board 96). With the card (4) resting on a ledge (18) in the frame (8), the metal cover (12) is latched to the frame (8) to force the contact surfaces (44 and 50) against their respective pads.

Abstract: An electrical connector (10) for interconnecting a component (50) and a circuit (58) having pads (54, 60) on closely spaced centers for high density packaging includes a thin, dielectric member (12) carrying contacts (20) on centers compatible with the centers of the component and circuit pads; the contacts having spring arms (28, 32, 36, 40) extending from a central mounting portion (22) in a star-like configuration to provide an outward wiping engagement with component and contact pads as the contact is compressed by displacement of the component toward the circuit. The contact arms are of a geometry and have characteristics to provide a balanced force precluding rotary or twisting loads on the dielectric member and are tapered to further provide a desired deflection and sufficient normal force to define a stable, low-resistance electrical interface.

Abstract: A circuit board connector comprising an insulating housing and contact elements accommodated therein and each having a securing portion for securing on a circuit board, a contact portion for establishing pluggable contact with a complementary pluggable contact element of a complementary connector, as well as a mounting portion provided therebetween for mounting in said insulating housing. Through-passages located on the side of the circuit board and through which the securing portion of one contact element each can project through the housing floor are of a length and width, respectively, in connector mating direction and transversely thereof, which is at lest as large as the overall dimension of the associated contact element as seen in connector mating direction and transversely thereof, respectively, such that the insulating housing is adapted to be pluggably placed onto contact elements which are already mounted on the circuit board.

Abstract: A high density mold (8), for molding performs having a high density of very small openings, having: a core pin sub-assembly (10) made from a number of plates (16) having core pins (18) extending outwardly from an edge of each plate; and, a stripper assembly (40) that is composed of a stripper sub-assembly (14), formed by bonding thin sheets (34) with apertures (36) corresponding to the core pins (18), and a support sub-assembly (12), formed by a number of plates (24) with spacers to define spaces (26) for the core pins (18), the stripper sub-assembly (40) slides along the core pins (18) to strip the molded preforms from the core pin sub-assembly (10).

Abstract: An electrical contact has a tab provided in passage which extends through the contact. The tab is dimensioned to provide a barrier, past which solder cannot flow. Consequently, as the contact is mounted to a printed circuit board, the tab prevents the solder from wicking from the mounting portion to the mating portion.

Abstract: A socket (20) for interconnecting an electronic module (2) to circuit board (14) includes an insulative housing (30) having a plurality of terminals (22) applying a moment to the module (2). A latch (100, 200, 300, 400, 500, 600) is positioned within a pocket (40) at each end of the insulative housing (30). The latch has two legs joined by a bight, the two legs being flexible as the module (2) is rotated into a slot (34) in the insulative housing (30) The latch includes an integral securing projection (152, 252, 352, 453, 552, 652) which cooperates with an opening (12) to maintain the module (2) in position relative to the housing (30).

Abstract: An electrical connector for surface mounting to a printed circuit board has circuit board mating legs of terminals which extend from a housing of the connector. An alignment member cooperates with the mating legs of the terminals to maintain the mating legs in position relative to each other and relative to the housing, thereby facilitating the close center-line spacing of the terminals.

Abstract: An electrical connector has first terminals which are surface mounted to respective sides of a substrate and second terminals which extend through an edge surface of the substrate to make electrical connection to an opening provided in the substrate. As the connector is mated to the edge of the substrate, the connector occupies a minimal space on the substrate.

Abstract: An electrical connector assembly has a frame member which is positioned on a housing and is movable between an terminal insertion position and a terminal lock position. The frame member has resilient fingers with extend into terminal receiving cavities of the housing to properly position and maintain the terminals in the terminal receiving cavities when the frame member is in the terminal lock position. The frame member has anti-rattle projections which cooperate with a panel when the assembly is mounted therein. The anti-rattle projections ensure that a positive electrical connection will be effected and maintained over time.

Abstract: An electrical connector (4) terminated to signal wires (SW) of a shielded electrical cable (C) having a drain wire (DW), has an insulating housing (8) containing electrical terminals having contacts (40) electrically connected to the signal wires of the shielded electrical cable (C). A metal shield (14) covering the lower part of the housing (8) has a grounding clip (48) connected to the rear wall (28) of the shield (14) by means of a strap (62). The grounding clip receives an end portion of the cable (C) from which the signal wires (SW) extend to the contacts (40) of the connector (4). The drain wire (DW) is wound in a circuitous path about tabs (58) of the grounding clip (48). The grounding clip can be bent about the strap (62) to line in a channel (36) between two rows of the contacts (40) of the connector (4), after the grounding clip has been wound about with insulative tape (T).

Abstract: An electrical socket (10) for electrically connecting a leaded chip carrier (24) to a substrate is disclosed. The socket (10) includes a frame-shape base (12) with contacts (14) around the periphery of a central opening. Each contact (14) has a pair of outwardly extending, spaced apart arms (64,72) with one arm (72) having a recess (82) on an inside surface (80). The socket (10) also includes a cover (16) with locking members (18) around the periphery of a central opening. The locking members (18) include cantilever beams (90,92) which enter the space (74) between the contact arms (64,72) to press a lead (28) from the carrier (24) against one arm (64).

Abstract: An electrical wire connector comprises a female insulating housing receiving a male insulating housing. The female housing has anchored therein, a plurality of electrical terminals each having a wire receiving part comprising a pair of arms connected by a bight and defining a wire receiving slot between upper parts of the arms. The arms are resiliently deflectable away from each other as a wire is inserted into the wire receiving slot up to wire contact surfaces between the upper parts of the arms. The male housing has a row of wire receiving passageways each intersecting a slot in the male housing, which slot receives the wire receiving part of a respective terminal when the male housing has been fully inserted into the female housing. Wires previously inserted into the wire receiving passages are forced into the wire receiving slots of the terminals during the insertion of the male housing into the female housing. The parts of each arm are so dimensioned that the wire insertion force is desirably low.

Abstract: The terminal (2) comprises a stamped and formed metal pin socket (6) comprising a base (12) from which extend two contact springs (14) each comprising an L-cross section forward portion having identical parts (18 and 20) which extend at right angles to each other. Back from contact bosses (22) of the springs (14), each spring (14) has a longitudinal slot (28) which enables the parts (18 and 20) of each spring (14) to splay resiliently apart from each other when a square cross section pin (P) is inserted into the socket (6), without the pin insertion force or the contact force exerted by the contact bosses (22) against the pin (P), being excessive. These forces can be predetermined by suitably dimensioning the slots (28).

Abstract: An electrical connector assembly has a frame member which is positioned on a housing and is movable between an terminal insertion position and a terminal lock position. The frame member has resilient fingers with extend into terminal receiving cavities of the housing to properly position and maintain the terminals in the terminal receving cavities when the frame member is in the terminal lock position. The frame member has anti-rattle projections which cooperate with a panel when the assembly is mounted therein. The anti-rattle projections ensure that a positive electrical connection will be effected and maintained over time.

Abstract: An electrical header assembly (10) for use in automobiles is disclosed. The assembly (10) includes a housing (12) with terminal-receiving cavities (26) recessed in from a front face (62), terminals (18), a separate one piece latch (14) received in the housing (12) to retain the terminals (18) in the cavities (26) and a separate terminal position assurance member (16).

Abstract: A kit (2) adapting a junction box (4) for installation along a raceway comprises, a mounting bracket (10) having a first adjustable mounting mechanism for locating the mounting bracket (10) along the raceway, providing an initial adjustment, and a second adjustable mounting mechanism for securing a junction box (4) to the mounting bracket (10), and for adjustably locating the junction box (4) along the mounting bracket (10), providing a second and final adjustment to accurately locate the junction box (4) between two premeasured lengths of cable (3).