Abstract: A receptacle connector (100) and a plug connector having a paddle board (800) mate with each other along a mating direction. The receptacle connector includes a housing (1) defining a slot (224), and a pair of first groups of terminals secured in the housing and a second group of terminals. The first group of terminals includes a first terminal (221) having a first contact portion (2211) disposed at a first side of the slot (224), a second terminal (222) having a second contact portion (2221) and a third terminal (223) having a third contact portion (2231) disposed at a second side of the slot. The first contact portion is positioned between the second contact portion and the third contact portion along the mating direction. The second group of terminals include a fourth terminal (211) and a fifth terminal (212).

Abstract: An electrical connector comprises a PCB (220) having a front edge to be inserted into a mating receptacle. The PCB comprises a top face having a row of first mating pads (242), and an opposite bottom face having a row of second mating pads (262) and a row of third mating pads (264) behind the second row of mating pads. The first and second mating pads are compatibly fit with an SFP receptacle (120). The PCB comprises a first sub-PCB (540) having a first outer layer containing the first mating pads and an opposite second outer layer containing the second mating pads, and a second sub-PCB (560) attached to the second outer layer on an area behind the second mating pads, the second sub-PCB having a second outer layer containing the third mating pads.

Abstract: An electrical connector (100) adapted for being mounted on a mother board (900) includes a housing and a number of contact modules (21, 22) each having a wafer (210, 220) and a number of terminals insert molded with the wafer. The terminals include an upper terminal (211, 221) having an upper contact portion (2111, 2211), and a lower contact terminal (212, 222) having a lower contact portion (2121, 2221). The upper contact portion and the lower contact portion are separated from each other along a vertical direction to define a slot (214, 224) therebetween. The upper terminal and the lower contact terminal are secured in the wafer at two positions remote from each other along a mating direction perpendicular to the vertical direction, with the upper contact portion and the lower contact portion approaching close to each other along the mating direction.

Abstract: A transceiver connector (100) is adapted for inserting into a receptacle (400) having a latching tab (41) defining a latching hole (411). The transceiver includes a releasing mechanism (3) and a housing (1) having a pair of sliding slots (132) and a latching protrusion (121) latched with the latching hole. The releasing mechanism includes an actuator (31) defining a pair of inserting holes (315), a sliding member (32) including a through hole (325) and a releasing portion (322) having an expelling portion (324) and an inserting portion (323), and a pivot (33) inserting though the inserting holes, the sliding slots and the through hole. The inserting portion inclines at a first angle smaller than a second angle at which the expelling portion inclines. The sliding member is movable forwardly to insert the inserting portion beneath the latching tab and then to move the expelling portion to expel the latching tab outwardly to release the latching protrusion from the latching hole.

Abstract: An electrical connector comprises a PCB (220) having a front edge to be inserted into a mating receptacle. The PCB comprises a top face having a row of first mating pads (242), and an opposite bottom face having a row of second mating pads (262) and a row of third mating pads (264) behind the second row of mating pads. The first and second mating pads are compatibly fit with an SFP receptacle (120). The PCB comprises a first sub-PCB (540) having a first outer layer containing the first mating pads and an opposite second outer layer containing the second mating pads, and a second sub-PCB (560) attached to the second outer layer on an area behind the second mating pads, the second sub-PCB having a second outer layer containing the third mating pads.

Abstract: A cable connector assembly (1) includes a cable (200), a connector (100) including a conductor subassembly (11), and an adapter plate (300). The cable includes a number of wires including a row of first wires (23) and a row of second wires (25). The conductor subassembly (11) has a number of first conductors (1123) and at least one second conductor (1122). The first wires are connected to the first conductors. The adapter plate is disposed between the row of first wires and the row of second wires and includes a conductive layer electrically connecting the second wires to the at least one second conductor.

Abstract: An electrical adapter (100) includes a connector assembly and a case receiving the connector assembly. The connector assembly has a first mating port facing forwardly to receive a first plug and a rear mating port facing backwardly for receiving a second plug. The case has a unitarily formed bushing (42) sheathing the connector assembly. The bushing (42) has a top wall (422), a bottom wall (424), two side walls (426, 428) connecting opposite sides of the top and the bottom walls (422, 424), and a number of protrusions (423, 425, 427, 429) extending from the walls (422, 424, 426, 428) and positioning the connector assembly in the bushing (42).

Abstract: A cable connector assembly (1) includes a connector (100) and a cable (200) has an end mounted to the connector. The cable includes at least one inner conductor (210). At least one connecting conductors (300) has a first end (310) inserting into the at least one inner conductor and electrically connecting with the at least one inner conductor, and an opposite second end (320) electrically connecting with the connector to establish an electrical connection between the connector and the cable for signal transmission.

Abstract: A cable assembly (100) includes an interior printed circuit board (13) with a number of conductive pads (132), a cable (2) and an insulative holding device (25). The cable (2) includes a number of conductors (21), a conductive sheath (22) shrouding the conductors (21) and an insulative sheath (23) shrouding the conductive sheath (22). Each conductor (22) has a soldering tail (24) extending to the outside of the insulative sheath (23) and soldering to the conductive pad (132). The insulative holding device (25) encloses the insulative sheath (22) and the conductors (21).

Abstract: A connector (200) to be forwardly inserted into a receptacle (300) and latched therein. The connector (200) includes a housing (11, 13) and a latch releasing device (7) having a releasing member. The releasing member has a longitudinal pulling portion (75) extending rearward moveable relative to the housing (11, 13) in a horizontal direction, a raising portion (71) extending forwardly from the pulling portion (75), and a supporting portion (71) having a front end supporting the raising portion (713) and a back end fixed to a top face (133) of the housing (11, 13). The front end rotates about the back end to raise the raising portion (71) in response to a backward pulling movement of the pulling portion (75), thereby unlatching the connector (200) from the receptacle (300).

Abstract: A fatigue test apparatus for thin workpiece includes a supporting module, a driving mechanism, a first connecting module, a second connecting module, a first holding post, a second holding post and a computer system. The first and second connecting modules are respectively fixed to two sides of the supporting module. Ends of the first holding post and the second holding post are fixed to the first and second connecting modules. The computer system electronically connects with and controls the driving mechanism. The first holding post and the second holding post are drive to rotate by the driving mechanism.

Abstract: A cable assembly (100) includes an interior PCB (13) with a number of conductive pads (132), a cable (2) and an insulative holding device (25). The cable (2) includes a number of conductors (21), a conductive sheath (22) shrouding the conductors (21) and an insulative sheath (23) shrouding the conductive sheath (22). Each conductor (22) has a soldering tail (24) extending to the outside of the insulative sheath (23) and soldering to the conductive pad (132). The insulative holding device (25) encloses the insulative sheath (22) and the conductors (21).

Abstract: A cable connector assembly (100) comprises a body (10) defining a mounting hole (13) of a first diameter, an adapter (40) defining a through hole of a second diameter smaller than the first diameter, the adapter being separably mounted to the body, and a cable (120) received in the through hole.

Abstract: A flexible/adjustable fixing system (100) for fixing a workpiece (40) includes an information management module (10), a plurality of driving devices (20), and a positioning device (30). The information management module receives and processes the position information of the workpiece. The driving devices electronically couple with the information management module. The positioning device includes a platform (31) and a plurality of positioning pins (32). One end of the workpiece is positioned in a certain area of the platform. Each respective pin is attached to a corresponding driving device. When the driving device receives an order/signal from the information management module, the positioning pin is selectably driven relative to (e.g., toward, away from) the workpiece by the driving device.

Abstract: A pluggable module (3) retained in a mating receptacle cage (1) which has a retaining tab (10) includes a housing (30) and an ejector device (34). The housing has a latch portion (310) retained in the retaining tab, a recessing portion (312) defined on a surface thereof, at least one inclined portion (314) located on the surface of the recessing portion. The ejector device includes a spring member (340) slidably received in the recessing portion and a driving portion (341) for pulling the spring member forwardly. The spring member is guided by the inclined portion and upwardly resists against the retaining tab for releasing the latch portion of the housing from the retaining tab of the receptacle cage.

Abstract: An RF connector assembly (100) assembly has a first connector and a second connector (3) electrically connecting with the first connector. The first connector includes a first main body (11) defining an interior space (110), an insulative member (12) received in the interior space, a center conductor (13) retained within the insulative member, a flexible bushing (14) and a magnetic member (15) retained in the interior space. The second connector includes a mating member (35) firmly resisting against the flexible bushing under an attractive force exerted by the magnetic member.

Abstract: A testing system (100) is used to test a flip-type electronic device (80). The electronic device includes a cover (802) and a main body (801). A hinge (803) connects with the cover and the main body. The testing system includes a base (10), a plummer (20), a flipping device (30) and a control device (40). The plummer is fixed on the base for locking the electronic device. The flipping device is fixed on the base for opening and closing the cover of the electronic device. The control device includes an optical fiber sensor (42) for sensing the movement of the cover of the electronic device. The control device connects with the flipping device so as to control the flipping device.

Abstract: A key testing apparatus (100) is provided. The key testing apparatus includes a base (11) and an actuator (12). The actuator includes a testing member (17) and a mounting member (18). The mounting member includes at least one base board (181) fixed to the base, a lower board (182), a mounting board (183), and a mounting sheet (185). The lower board is adjustably attached to the base board. The mounting board is adjustably attached to the lower board. The mounting sheet is adjustably attached to the mounting board. The clamping device includes a base desk (131), a clamping platform (132), at least one first clamping board (133) and second clamping board (134). The base desk is adjustably attached to the base. The clamping platform, at least one first clamping board, and at least one second clamping board are adjustably attached to the base desk.

Abstract: A coaxial connector (1, 1?, 1?) for being mounted on a panel (300) includes a metallic bracket (10, 10?, 10?) defining a receiving space (11, 11?, 11?) therein, an insulative member (20, 20?, 20?) mounted on the metallic bracket and a contact terminal (30, 30?, 30?) received in the securing portion. The insulative member has a securing portion (21, 21?, 21?) received in the receiving space and defining a passage (210, 210?, 210?), and a mounting portion (22, 22?, 22?) integrated with the securing portion for being mounted on the panel. The contact terminal is received in the passage of the securing portion.

Abstract: A cable connector assembly (100) has a terminal connector (3), a number of cables (1) connected to the terminal connector, an outer shell (71) defining an interior space (710) receiving the terminal connector, an inner shell (70) and a wire spacer (5). The terminal connector includes an insulative base (302) having a number of terminals (303) mounted therein, a shield (301) enclosing the insulative base and a printed circuit board (31) having a number of pads (311, 312) disposed thereon and arranged in two rows. The wire spacer partially extends out of the outer shell (71) and has a number of parallel passages for extension of the cables and organization of the number of cables.