Abstract:
A connector assembly includes a receptacle (300) having a latching tab (30) extending inwardly and forwardly, and a plug connector (100) adapted for mating and latching with the receptacle. The plug connector includes a housing (1) defining an outer surface (110), and a releasing mechanism (2) having a slider (20) movably attached to the housing. The outer surface has a recess (10) defining a shoulder portion (101) configured for resisting against the latching tab in a backward direction. The slider has an ejector end (21) extends forwardly and outwardly. The recess has a ramped surface (1020) configured for leading the ejector end moving backwardly and outwardly to release the latching tab from the shoulder portion.
Abstract:
An optical connector comprises an insulative housing defining an upper mating port, an optical device received in the housing and having at least one lens exposed to the upper mating port, and a dustproof mechanism movably retained in the housing along a mating direction of the optical connector. The dustproof mechanism includes a dustproof cover disposed in the mating port in an initial position and covering the lens, and a planar base disposed above the mating port and having a pushing projection protruding to an exterior of the optical connector. When the optical connector mates with a corresponding connector, the pushing projection is pushed to bring the dustproof cover leave from the upper mating port for allowing the lens to be exposed to exterior for mating with the corresponding connector.
Abstract:
A cable assembly includes a PCB, a rear housing, a front housing assembled with the rear housing and a locking member. The printed circuit board includes a mating end formed with a plurality of first conductive pads and rear end formed with a plurality of second conductive pads. The rear housing is over molded around the rear end of the PCB. The front housing encloses a part of the PCB. The front housing defines a receiving slot and an engaging portion. The locking member is assembled to the engaging portion. The front housing further has two restricting portions extending upwardly from the upper surface thereof, each restricting portion has a supporting portion, an extension portion forwardly extending from a rear end of the supporting portion and spaced from the supporting portion so that a receiving groove is formed between the supporting portion and the extension portion.
Abstract:
A plug connector (100) mating with a complementary connector includes a housing (1) and a latching mechanism (4). The housing includes a base (1a) having a supporting face (1251) and a tongue portion (1b). The latching mechanism includes a latch (41) and a driver (42). The latch includes a connecting portion (413) having an inclined face (4131) inclining rearwardly downwardly and a latching portion (411) provided with a claw (4110). The driver has a pair of operating beams (4221) situated above the latch, and an operating portion (4224) connecting the operating beams and positioned between the supporting face and the inclined face. The operating portion in response to a rearward movement of the driver moves rearwardly along the supporting face and along the inclined face to lift the connecting portion together with the claw from a latched position to a released position.
Abstract:
A cable assembly (1000) includes an insulative housing (1); a terminal module (22) assembled to the insulative housing, the terminal module including a plurality of terminals (222) combined with an insulator (221); at least one lens (81) supported by the insulative housing; a cable (6) having a plurality of wires (61, 62), a fiber (65) and a strength member (66), the wires electrically connected to the terminals, the fiber optically coupled with the lens; and an anchoring member (9) having a holding portion (91) combined with the strength member (66) and a locking portion (92) engaged with the terminal module.
Abstract:
An electrical connector assembly (100), comprises: a housing (1) having a receiving room (11) therein communicated with an exterior along a longitudinal direction and defining a receiving cavity (14) formed on a top surface thereof. A pair of supporting posts (143) are formed in the receiving cavity. Two paralleled printed circuit boards (2) are received into the receiving room and positioned in the housing. A latching member (6) is located in the receiving cavity and engaged with the housing. A pulling member (7) is supported by the top surface of the housing and having a front portion extending into the receiving cavity and interconnected with the latching member. The pulling member defines a curving portion (722) supported by the pair of supporting posts.
Abstract:
A cable assembly (100), comprises: a metallic case (1) having a receiving room; a terminal module (2) disposed in the receiving room; a plurality of metallic clips (9) assembled to a front end of the terminal module; and a cable (8) extended into the receiving room and electrically connected with the terminal module.
Abstract:
An electrical connector assembly (100), comprises: a housing (1) having therein at least three receiving rooms (11) extending along a front-to-rear direction and communicating with an exterior; two printed circuit boards (2) received into each of receiving room and positioned in the housing; a strain relief (5) disposed in the housing; a latch mechanism assembled to an exterior surface of the housing; and engaging means (9) assembled to the housing along a vertical direction to interlock the strain relief to the housing.
Abstract:
An electronic module (100) comprises a base portion (1) having a receiving space (110), a panel portion (2) defining a pair of flange members (211, 212), a printed circuit board (3) disposed in the base portion and an actuator mechanism assembled to the base portion. The base portion defines a pair of lateral walls (111, 112) parallel to each other, the pair of flange members are located inside of the corresponding lateral walls. The printed circuit board has a pair of positioning holes (32) on lateral sides thereof, and the base portion defines a plurality of standoffs (1112, 1113) neighboring to the corresponding lateral walls, and at least one of the standoffs (1113) on a same side has a situating post (1114) thereon, the standoffs are adjacent to a bottom surface of the printed circuit board, with the situating posts (1114) inserted into the relative positioning holes (32), the panel portion has a plurality of supporting posts (2133) on the flange members to be adjacent to a top surface of the printed circuit board.
Abstract:
An cable assembly (100) includes an insulative housing (1); a first terminal module (21) and a second terminal module (22) assembled to the insulative housing, the first terminal module (21) having first terminals (212a) and first additional terminals (212b), the second terminal module (22) having second terminals (222a) and second additional terminals (222b); a photoelectric conversion device (93) electrically connected with the first terminals and the second terminals; and a cable (6) including fiber wires (63) and copper wires (61), the fiber wires optically connected to photoelectric conversion device, the copper wires electrically connected to the first additional terminals and the second additional terminals.