Abstract:
A cable connector assembly includes a plug for mating with a docking connector, a printed circuit board electrically connected to the plug and a cable electrically connected to the connector, the plug includes a plurality of conductive terminals, the cable includes a plurality of high speed signal cores for transmitting high speed signals and low speed signal cores for transmitting low speed signals, wherein the electrical path of the high speed signal cores connected to the corresponding conductive terminals is shorter than the electrical path of the low speed signal cores connected to the corresponding conductive terminals.
Abstract:
A plug connector assembly includes a housing, a printed circuit board, a cable, and a wire management block, the printed circuit board including first conductive pads and second conductive pads, the cable including plural first core wires and second core wires, the first core wire including a first inner conductor and a shielding layer, the second core wire including a second inner conductor, wherein the wire management block is provided with a plurality of clamping slots, the second core wire is clamped in the clamping slot and exposes the second inner conductor to the front side of the wire management block, the first inner conductors are arranged in a row and soldered to the first conductive pads at one time, the second inner conductors and the shielding layers are arranged in a row and soldered to the second conductive pads of the printed circuit board at one time.
Abstract:
A cable connector assembly comprises a cable including a number of wires, and an electrical connector including a spacer positioning the cable, the spacer defines a front face and a rear face, a number of through holes positioning the wires, and a respective midfellow formed between every two adjacent through holes, wherein a notch is defined on the midfellows in the rear face to make the through holes in fluid communication.
Abstract:
A cable connector assembly includes a cable and an electrical connector electrically connected with the cable, the electrical connector including a mating member, a printed circuit board (PCB) electrically connected with the mating member, a light emitting element mounted on the PCB, a light pipe to pass the light emitted by the light emitting element therethrough, a metal shell enclosing the PCB, and an outer case covering the metal shell, the light pipe mounted to the PCB, wherein the light pipe defines a first step portion and a second step portion on the bottom side of the first step portion, the first step portion defines a first surface exposing to a light-transmissive region of the outer case, the second step portion defines a second surface, and the metal shell bears against the second surface to press the light pipe against the PCB.
Abstract:
An electrical connector assembly (100) comprises an insulative housing (1) comprising a lower wall, a receiving space (110), a cavity (120) above the receiving space (110), a shielding shell (9) enclosing the insulative housing (1), a number of contacts (2, 3) received in the insulative housing (1) and a cable (5). The contacts (2, 3) comprise a number of first contacts (2) for transmitting USB 3.0 signal and a number of second contacts (3) capable of transmitting USB 2.0 signal, and an extra signal contact (3e) transmitting an extra signal. The second contacts are partly received in the receiving space (110). The first contacts are partly received in the cavity (120). The engaging section of the extra signal contact (3e) is located on an inner surface of the lower wall.
Abstract:
A cable end connector includes an insulative body, a number of terminals received in the insulative body, a spacer mounted behind the insulative body, and an insulative housing molded to enclose the inuslative body and the spacer. The spacer includes an intermediate chamfer at a mounting end thereof to prevent interference during mounting of the spacer to the insulative body. A stopping wall is disposed at two opposite sides of the chamfer to prevent molten plastics from flowing into the insulative body during molding the insulative housing.
Abstract:
A plug connector for mating with a receptacle connector which is provided with a groove at an upper surface thereof includes: an insulating body; and a locking elastic piece on the insulating body, wherein the insulating body includes a main body and a mating portion extending forward from the main body, a bottom of the mating portion protrudes downward to form a sinking portion, and the sinking portion is located entirely above the groove.
Abstract:
An electrical connector includes: a housing; a locking mechanism held on the housing and including a holding portion secured to the housing, a locking portion for locking with a mating connector, and an operation portion for unlocking the locking portion from the mating connector; a plug portion including a wide surface and being connected with the mating connector in a first direction; and a cable electrically connected to the plug portion and extending out of the housing; wherein the cable extends out of the housing in a second direction that is parallel to the wide surface and perpendicular to the first direction, and the operation portion extends to an edge of the housing in a third direction opposite to the first direction.
Abstract:
A cable (100) includes a plurality of wires (10) and a jacket (20) enclosing the wires. The wires includes a plurality of differential signal wires (11) for transmitting high speed signal, a detection signal wire (12), at least one auxiliary signal wire (13), and a plurality of lower speed signal wires (14). All of the differential signal wires, the detection signal wire and the at least one auxiliary signal wire are arranged at an outer peripheral of and enclosing the lower signal wires. Each two adjacent differential signal wire pairs are separated by one of the detection signal wire and the at least one auxiliary signal wire.
Abstract:
A method of manufacturing a cable connector assembly including the steps of: connecting a mating member to a cable through an internal printed circuit board; enclosing a shell over the mating member and the cable; fixing a number of dowel pins to the shell; molding a strain relief over the shell; removing the dowel pins to form a number of pinholes in the strain relief; and telescoping an outer over-mold on the strain relief along a front-to-back direction.