Abstract: A cable connector includes: a front housing including plural forwardly protruding mating tubes each having a mating cavity and plural rearwardly protruding fixing portions; a rear housing having plural receiving cavities penetrating therethrough in a front and rear direction and plural fixing grooves located next to the receiving cavities; and plural cable assemblies, wherein the cable assemblies pass through the receiving cavities and are received in the mating cavities and the receiving cavities, the fixing portions are received in the fixing grooves, and each of the fixing portions has a rear hook which extends into the receiving cavity and clasps the cable assembly to prevent the front housing from being detached from the rear housing.

Abstract: An electrical connector includes: an insulative housing loaded with a row of terminals arranged along a lateral direction; and the row of terminals at least comprising plural grounding terminals and a respective pair of differential signal terminals between every two adjacent grounding terminals, wherein selected two adjacent grounding terminals are bridged with a single grounding bar and constructed as a coupling grounding pair, while every adjacent coupling grounding pair are separated from each other.

Abstract: An electrical connector includes: an insulative housing; and plural terminals disposed in the insulative housing, each of the first terminals having a main part retained in the housing and an upper elastic arm extending obliquely and upwardly from the main part, the upper elastic arm having an upper-arc contacting portion and an upper end bending downward from the upper-arc contacting portion, wherein the upper end defines a first contacting face, the main part defines a second contacting face confronting with the first contacting face, at least one of the first contacting face and the second contacting face is of an inclined face to guide the upper end of the upper elastic arm to contact with the main part, and the first and second contacting faces contact with each when the upper elastic arm moves toward the main part.

Abstract: An electrical connector includes: an insulative housing having a mating cavity; a row of upper contacts and a row of lower contacts secured in the insulative housing, the row of upper contacts and the row of lower contacts having respective contacting portions exposed to the mating cavity; a lifter operable relative to the insulative housing to move the row of lower contacts upwardly; and a pair of springs arranged at intervals. The insulating housing forms a pair of holes for accommodating the pair of springs. The lifter has a pair of posts extending into the pair of holes to interact with the pair of springs.

Abstract: An electrical connector includes: an insulating housing having a first mating face and a second mating face, a first slot through the first mating face, and a second slot through the second mating face, the second mating face protruding beyond the first mating face; a first set of terminals extending into the first slot; a first protective member and a second protective member extending into the first slot and attached to opposite end insides of the first slot; and a third protective member and a fourth protective member extending into the second slot and attached to opposite end insides of the second slot, wherein the second protective member and the third protective member are connected by a first metal plate, the second protective member extends downward from the first metal plate, and the third protective member extends upward from the first metal and then bends into the second slot.

Abstract: A contact module for an electrical connector includes: an insulator; and a row of contacts insert-molded with the insulator, each of the row of contacts including a soldering tail and a body having a securing portion and a contacting portion, the soldering tail of each contact pointing toward a forward direction, wherein the securing portion of each contact has an upper level segment, a front upstanding segment continuing the upper level segment, a lower level segment continuing the front upstanding segment, and a rear upstanding segment continuing the lower level segment and connecting to the soldering tail thereof, and the lower level segment of each contact is offset from the soldering tail thereof.

Abstract: A connecting system and an electrical connector for a chip module are provided. The connecting system includes the chip module and the electrical connector. The chip module includes a chip substrate. The chip substrate has a plurality of first conductive pads arranged in a matrix manner. The electrical connector includes a first output end and a second output end. The first output end is configured to connect with a plurality of external cables, and the second output end has a plurality of conductive contact parts arranged in the matrix manner. The second output end of the electrical connector is disposed face-to-face with the chip module. The conductive contact parts are electrically connected to the first conductive pads of the chip substrate.

Abstract: A vehicle control method applied to a server is provided. In the method, the server receives vehicle data from multiple vehicles and selects a target vehicle from the multiple vehicles according to the received vehicle data, and generates a first control instruction based on a target monitoring device in response that the target vehicle includes the target monitoring device and sends the first control instruction to the target vehicle, and receives target monitoring data sent by the target vehicle after the target vehicle executing the first control instruction, and generates a second control instruction according to the target monitoring data and the first control instruction and sends the second control instruction to the target vehicle. The method can improve an endurance of a battery of the vehicle.

Abstract: An electrical connector includes: a first housing defining a front face and a rear face and two holes running through the front face and the rear face; a pair of terminals received in the holes respectively and extending forward but behind the front face of the first housing; and a first shielding tube fitly surrounding the first housing; wherein the first shielding tube defines a front distal portion located in front of the front face of the first housing, and the front distal portion shrinks gradually and becomes smaller in diameter.

Abstract: A cable includes: a pair of core wires; a shielding tape covering the pair of core wires; and an outer insulation layer covering the shielding tape, wherein the shielding tape is longitudinally wrapped around the pair of core wires, the shielding tape includes a shielding layer and a glue layer located on the outer surface of the shielding layer, and the glue layer is only provided on an overlapped portion of the shielding tape.

Abstract: An electrical connector includes: an insulating housing and a metal plate retained in a slot defined on the insulating housing. The metal plate includes plural terminals connecting with each other in a transverse direction, each of the terminals having a shielding part defining an upper face and a lower face and an upper elastic arm and lower elastic arm slantwise extending from a first end to a second end of the shielding part, wherein each of the upper elastic arm and the lower elastic arm defines a free end bending toward each other and slides along an end face of the second end of the shielding part when the upper elastic arm and lower elastic arm are pressed towards each other.

Abstract: A cable includes: plural wire groups; a first insulating layer covering the plurality of wire groups; a first shielding layer covering the first insulating layer; a second shielding layer covering the first shielding layer; an outer insulating layer covering the second shielding layer; and an inner support member disposed inside the first insulating layer; wherein the inner support member includes a plurality of grooves with equal cross-sectional areas, one side of each wire group is disposed in the groove and in close contact with the inner support member, the other side of each wire group is in close contact with the first insulating layer to fix the position of each wire group, and the inner support member is made of silicone.

Abstract: An electrical connector includes: an insulative housing having a base and a body extending from the base; plural contacts secured to the insulative housing; and a shielding cover surrounding the insulative housing and having a plate and a peripheral wall, the plate corresponding to the base of the insulative housing, the peripheral wall surrounding the body of the insulative housing to define an annular groove, wherein the peripheral wall integrally forms a pair of locking arms.

Abstract: A coaxial connector includes: a shell integrally formed as a unitary piece; and an insulator and a conductive contact retained to the insulator, the contact having an upper contacting portion and a lower contacting portion extending out of the insulator, wherein the shell includes a first mating tube opening upwards, a second mating tube opening upward and disposed in the first mating tube, a receiving cavity opening downward, and a third mating tube disposed in the receiving space, the insulator is assembled and fixed in the shell, and the upper contacting portion is exposed to the second mating tube and the lower contacting portion is exposed to the third mating tube.

Abstract: A fluid connector includes a shell having a fluid channel, a ball valve accommodated in the shell and having a through hole, a control element arranged outside the shell for controlling the ball valve to rotate, and a pin member. A front end of the shell for engaging a matching connector has an engagement hole. The control element controls the ball valve between a closed position and an open position. The through hole is in fluid communication with the fluid channel when the ball valve is at the open position. A front face of the shell has an accommodating hole for accommodating the pin member. A resilient member is arranged in the accommodating hole for supporting the pin member. The pin member has a guide structure and compresses the resilient member to separate from the engagement hole of the matching connector in a controlled and guided manner.

Abstract: A contact assembly for an electrical connector includes: a ground contact module including plural ground contacts defining an engaging section exposed to air and a conductive plastic member mounted to the engaging section and extending through each of the plural ground contacts; plural pairs of signal contacts alternately arranged between the plural ground contacts; and an insulative member mounted to the plural pairs of signal contacts and at least some of the plural ground contacts.

Abstract: An electrical connector assembly includes: a board connector defining a mating cavity and two mating tongues parallel to each other and protruding into the mating cavity, each mating tongue being loaded with two rows of stationary terminals along two opposite sides thereof; and a cable connector defining a mating portion and plural cables, the mating portion defining two mating slots, each mating slot being loaded with two rows of elastic terminals along two opposite sides thereof, wherein the mating portion is inserted into the mating cavity, the mating slots receive corresponding mating tongues, and the stationary terminals and the elastic terminals are electrically and mechanically connected with each other.

Abstract: An electrical connector includes: a housing defining a mating cavity opening forwards and a receiving cavity opening rearwards; a terminal module including an insulator and a pair of terminals, the insulator including an upright portion and a horizontal portion; the terminal including a contacting portion extending from the insulator, a leg portion, and a middle portion, the middle portion including an horizontal section embedded in the insulator and an upright section bending from the horizontal section, the insulator being received in the receiving cavity, the contacting portions of the terminals protruding into the mating cavity; wherein the ring rib is interference fit with an inside of the receiving cavity and the upright portion presses forward against the housing to limit a forward-movement of the terminal module so that the terminal module is retained in the receiving cavity, and a front face of the horizontal portion is separated from the housing.

Abstract: An electrical connector includes: plural terminal modules each including a row of terminals arranged in a first direction and an insulator molded with the row of terminals, the plural terminal modules being arranged in a second direction perpendicular to the first direction; and an insulating housing overmolding and retaining the plurality of terminal modules to define a mating cavity, wherein the insulator of each terminal module defines plural through holes running therethrough in the second direction, and materials of the insulating housing fill the through holes of each terminal module.

Abstract: An electrical connector includes: an insulative housing having a tongue and a cavity; two rows of terminals secured to the insulative housing and exposing respectively to two opposite surfaces of the tongue, each row of terminals having plural signal terminals and plural ground terminals, the plural ground terminals being exposed to the cavity; a conductive plastic bridge disposed in the cavity to provide electrical bridging between the plural ground terminals; and a shield plate molded with the conductive plastic bridge and located between the two rows of terminals.