Abstract: A mezzanine header connector includes a contact assembly having a pair of contact modules arranged back-to-back. The contact modules each have a dielectric holder holding a plurality of header contacts. The dielectric holder extends between a mating end and a mounting end and has an inner side and an outer side. The header contacts have mating segments exposed along the outer side at the mating end for termination to corresponding receptacle contacts of a mezzanine receptacle connector. The header contacts have terminating segments extending from the mounting end of the dielectric holder for termination to a circuit board. Each of the header contacts extend along a linear path between the corresponding mating segment and the corresponding terminating segment. The inner sides of the dielectric holders of the pair of contact modules abut against each other such that the header contacts face away from each other.

Abstract: A socket according to the present invention comprises a base member for holding a plurality of contacts, a cover member and a latch mechanism for pressing a semiconductor package. A latch member has a pressing portion, a link member connected to the cover member and pressing portion of the latch member, a lever member rotatably fixed to the base member and connected with the cover member at a first end and with a narrow portion of the cover member at a second end. The link member and the lever member cause the pressing portion of the latch member to move to an evacuated position when the cover member moves in a direction to be close to the base member, while the link member and the lever member cause the pressing portion of the latch member to move to a position where an electronic device can be pressed.

Abstract: A cable assembly including a connector insert to fit in a connector receptacle in an electronic device, where a back surface of the connector insert is substantially flush with an outside of an enclosure for the electronic device. One example may provide a cable assembly that includes a connector insert formed by wrapping a flexible circuit board at least partially around a housing. The flexible circuit board may be routed against an underside of the electronic device such that it does not obstruct a user, consume space in a display area, or have an undesirable appearance.

Abstract: A connector system includes a first connector body defining a channel between a longitudinally-oriented fixed wall and a longitudinally-oriented flexible beam. The flexible beam is located opposite and generally parallel to the fixed wall when in a relaxed state. A distal surface of the flexible beam defines a first protrusion having a first inclined surface. A second connector body defines a cavity configured to receive the first connector body. A mesial surface inside the cavity defines a second protrusion having a second inclined surface configured to engage the first inclined surface of the flexible beam when the connector bodies are mated. A member inserted into the channel causes the flexible beam to flex laterally and move the first inclined surface with respect to the second inclined surface sufficient to generate a longitudinal force between the first and second inclined surfaces and thus between the first and second connector bodies.

Abstract: An electronic substrate connecting structure is used to electrically connect a pair of electronic substrates arranged to face each other. The electronic substrate connecting structure includes a plurality of pins erected on one of the electronic substrates to electrically connect the one of the electronic substrates and the other electronic substrate, and a pin guide that has a plurality of guide holes where the pins are inserted and defines positions of the pins such that the pins are connectable to the other electronic substrate while the pins are installed in the one of the electronic substrates.

Abstract: An electrically conductive bearing system including a support member having an inner surface, a bearing element provided at the inner surface of the support member, and an electrically conductive element provided in the bearing element forming an electrically conductive flow path to the support member.

Abstract: The disclosure includes specifying an electrical connection arrangement, in particular for a rechargeable battery arrangement, having an electrical connecting element which permits the electrical energy to be transmitted between the rechargeable battery cells with as little loss as possible. In addition, there is disclosed an advantageous electrical connecting element in the form of a sheet-metal strip for the electrical connection arrangement.

Abstract: A coupling member for a connector component that includes an inner sleeve configured to surround a shell and that sleeve is rotatable with respect to the shell in a tightening direction to mate with the mating component and a release direction opposite the tightening direction. The inner sleeve has an interface portion and an engagement member. A spring member is wrapped around the shell adjacent the inner sleeve. The spring member has a first tab end that engages the engagement member. When the inner sleeve is rotated with respect to the shell in the tightening direction, the inner sleeve pushes the first tab of the spring member, thereby loosening the spring member around the shell allowing the inner sleeve to rotate in the tightening direction to engage the mating connector component. The first tab end of the spring member prevents the inner sleeve from rotating in the release direction.

Abstract: A housing used for an electric connector, includes a terminal space into which an electric terminal is to be inserted, and a lance for preventing the electric terminal from being slipped out of the terminal space. The lance includes a flexible portion, and a protrusion extending from the flexible portion and engaging with the electric terminal. The lance defines an escape space in which the flexible portion can be bent in a direction in which the protrusion and the electric terminal are disengaged with each other. The flexible portion has a passage along which a jig can move and which extends in a direction in which the jig is inserted into the lance, and the jig is used for disengaging the protrusion and the electric terminal from each other.

Abstract: A ferrite core integrated waterproof connector includes wires (WH) each having a terminal fittings (20) mounted thereon and a housing (10) with terminal accommodating chambers (12A, 12B) for accommodating the terminal fittings (20). A plate-like rubber plug (30) covers a rear surface (10B) of the housing (10) and has wire insertion holes (31) arranged to correspond to the terminal accommodating chambers (12A, 12B). Lips (32) are formed on the inner peripheral surfaces of the wire insertion holes (31) for closely contacting the outer peripheral surfaces of coatings of the wires (WH). At least one ferrite core (50) is embedded in the one-piece rubber plug (30) and has at least one hollow portion 52 concentric with at least some of the wire insertion holes (31). The ferrite core (50) is radially outward of base parts of the lips (32) of the one-piece rubber plug (30).

Abstract: A plug connector (100) includes a shell (10) and a printed circuit board (20) received in the shell. The printed circuit board includes a grounding layer (22), a conductive layer (21) disposed at a first side of the grounding layer, and an insulative layer (23) disposed therebetween. The conductive layer includes a pair of grounding traces (210), and a signal channel disposed between and isolated with the grounding traces. The signal channel includes a signal mating portion (221) disposed at a front portion. Each of the grounding traces includes a grounding mating portion (211) disposed at a front portion. Each of the grounding mating portions has a front end extending beyond the signal mating portion. The printed circuit board includes a pair of connecting traces (214). Each of the front ends of the grounding mating portions directly connects with the grounding layer by corresponding one of the connecting traces.

Abstract: A card edge connector includes a first insulating housing loaded with a plurality of first terminals, a second insulating housing loaded with a plurality of second terminals. A card receiving slot is defined between the first insulating housing and the second insulating housing with a key disposed in the card receiving slot. The first terminals and the second terminals are disposed at two opposite sides of the card receiving slot and comprising contacting portions extending in the card receiving slot. The first insulating housing defines a pair of locking arms at opposite ends thereof and extending towards the second insulating housing, the second insulating housing defines a pair of locking recesses, the locking arms are locking with the locking recesses thereby the first and second insulating housing are snugly attached together.

Abstract: An electrical connector including a substantially tubular housing for housing an electrical terminal, and a substantially cylindrical electrical terminal holder configured to be inserted into the housing, the electrical terminal holder being configured to hold the electrical terminal, wherein the electrical terminal holder and the housing are configured to be mechanically engaged by twisting the electrical terminal holder with respect to the housing after being inserted therein.

Abstract: A connecting member for the electrically conductive connection of two components, having a (first) conductor which comprises a tubular shell which has at least one opening to reduce axial stiffness.

Abstract: An electrical connector includes an insulation body that includes a base and a waterproof unit, and a plurality of conductive terminals. The base includes a terminal-holding portion and a board portion that has front and rear faces. The terminal-holding portion has first and second contact faces disposed outward of the front and rear faces, respectively. The waterproof unit includes a first sealing portion that protrudes from the front face and that surrounds the terminal-holding portion, and a second sealing portion that protrudes from the rear face and that is disposed along a periphery of the rear face. Each of the conductive terminals has first and second conducting portions respectively disposed on the first and second contact faces.

Abstract: A device connector includes device-side terminals (18), a device-side shield shell (21), harness-side terminals (40) to be fixed to a plurality of wires (71) and connected to the device-side terminals (18) by bolts (69) and a harness-side shield shell (50) connected to a braided wire (72) surrounding the wires (71). The harness-side shield shell (50) includes a first shell (51) and a second shell (61). The first shell (51) is fixed to the braided wire (72) and includes an operation cutout (60) for enabling a connecting operation of the device-side terminals (18) and the harness-side terminals (40) by the bolts (69). The operation cutout (60) is closed by the second shell (61).

Abstract: A card connector includes a housing that houses a card provided with a terminal member, a connecting terminal and a cover member. The connecting member is attached to the housing that connects with the terminal member of the card. The cover member is connected to the housing and forms a card housing space between the housing, and is attached to a substrate.

Abstract: A lock-arm regulating part, which carries out regulation so that a latch lock claw for carrying out specified movement so as to be engaged with or detached from a signal transmission medium inserted in an insulating housing does not carry out non-constant movement different from the specified movement, is provided. The lock-arm regulating part is disposed to be opposed to the lock arm member in two directions including an insertion/removal direction of the signal transmission medium and an insertion/removal orthogonal direction. Since this configuration is employed, when non-constant external force such as pulling force in a direction different from the original insertion/removal direction is applied to the signal transmission medium, part of the lock arm member is configured to abut the lock-arm regulating part and prevent non-constant movement of the latch lock claw.

Abstract: A multi-wire electrical connector system is provided for electrical equipment, such as circuit breaker, contactor or electrical switches. The connector system includes a plurality of stacked spring-loaded connector modules, and a single actuator to simultaneously operate all of the stacked connector modules to an open position or a closed position. Each connector module includes a housing, an isolated terminal and a spring. The terminal has a fixed conductive member. The housing is movable relative to the fixed conductive member between the open and closed positions. In the open position, an electrical wire can be inserted into or removed from a housing of each connector module. In the closed position, an electrical wire is clamped against a respective terminal in each connector module.

Abstract: A data cabling jack device for configuring a plurality of cables on an assembly frame is provided. The data cabling jack device includes a housing and an engaging structure. The housing has an accommodation space, wherein the housing includes a jack side and a cable side opposite to the jack side. The engaging structure is disposed on the housing and has an engaging switch and an engaging portion, wherein the engaging switch is switched between a release position and an engaging position. The release position and the engaging position are respectively disposed nearby the cable side and the jack side. The engaging portion engages the assembly frame when the engaging switch is switched from the release position to the engaging position to drive the engaging portion to protrude out of the assembly frame.