Abstract: The present invention relates to a new high current connector which specifically comprises a terminal assembly and a holder assembly. The terminal assembly includes a resilient conductive terminal component, a terminal base and an inner fastening member. The holder assembly comprises a holding resilient plate component, a holding base, a guide groove member, more than one outer strengthening ribs and an outer fastening member which is provided with more than one vibration-damping holes. The holder assembly is able to warp the terminal assembly from its outside. The resilient conductive terminal component is located at the front portion of the terminal assembly by means of being fastened to the front end of the terminal base. The vibration-damping holes are provided at the connection of the holding base and the outer fastening member. The strengthen ribs extend from the holding resilient plate component to the holding base.

Abstract: The new PCIE-OCuLink cable end connector can include terminals, a plastic part, a rear cover, an iron shell and a PCB. These terminals are divided into two groups. Each of the two groups snaps onto one and the other side of the plastic part symmetrically, forming an assembly. The rear cover is snapped into firm connection with the iron shell such that the assembly is accommodated within the interior space formed by them. The PCB and the rear ends of the terminals mate and insert with each other. With the two side pieces wrapping their middle portions, the terminals are pressed into the main body, and each side piece is tightly clamped within a respective clamping groove at the same time. Each terminal includes a root portion.

Abstract: The present application specifically relates to a side-open vertical compound high-definition multimedia interface, which includes more than one components and a shell assembly. Each component includes a terminal part and a sub-shell part. The shell assembly includes an upper metal cap, a main plastic shell and a main metal shell, the main plastic shell includes cavities used for containing the components. The component is formed by assembling the terminal part and the sub-shell part together. The number of the cavities is three or more, which are side-openly and vertically provided in the main plastic shell in a parallel manner. Each component can be inserted into one cavity. The main metal shell covers and snaps to the side and bottom portions of the main plastic shell.

Abstract: The present application relates to the field of interface technology, particularly to a unitary interface used for PCI-E SAS. The unitary interface comprises a connecting assembly, a terminal assembly and a fastening assembly, the connecting assembly includes a male sub-assembly, a female sub-assembly and a PCB sub-assembly. The fastening assembly includes two ferrule-arm-hook components. Each of the two ferrule-arm-hook components includes a ferrule, an arm and a hook, with the ferrule and the hook being respectively located at one of the two ends of the arm. The male protrusion and the female protrusion at the same side, which are brought closely to each other, can be encircled tightly by one of the two ferrules, while each of the arms provides elastic force to make each of the two hooks respectively snap to one of the two sides of the female sub-assembly.

Abstract: A HDMI connector includes a metallic housing having two plates respectively extending downward from two opposite sides thereof, an insulated body mounted in the metallic housing, and a plurality of electrically conducting pins installed with the insulated body. The metallic housing has two legs each located in front of a respective one of the plates, each leg being integrally formed by cutting a portion of the metallic housing and bending the portion downward. Each leg has a base portion and a solder portion extending from the base portion to be electrically connected to a printed circuit board, wherein the base portion is formed substantially at a right angle with respect to the solder portion and has a dimension greater than the solder portion. The HDMI connector can save material in manufacturing and increase space availability.

Abstract: The connector has an insulating base, a plurality of terminals, and at least two conductive plastic blocks. The insulating base has a tongue plate configured with at least an indentation. The terminals contains a first signal terminal set, a second signal terminal set, and a power terminal set configured on the tongue plate. The terminals are either positive or negative terminals, and each terminal has a contact section. The contact sections of the first signal terminal set are configured at a distance above the indentation. The conductive plastic blocks are in contact with the contact sections of the negative terminals of the first and second signal terminal sets, respectively. The distance provides additional contact area with the air so that the electrical property is improved and higher transmission speed is achieved. The shielding effect of the conductive plastic blocks reduces cross interference between adjacent terminals.

Abstract: A high speed connector includes a male connector portion and a female connector portion. The male connector portion includes a male-portion housing and high-speed male terminals and other male terminals received in the male-portion housing. The female connector portion includes a female-portion housing and high-speed female terminals and other female terminals received in the female-portion housing. The high-speed male and female terminals both include a fixing section for fixing the terminals in the respective housings. The high-speed male and female terminals both include flat-structured terminals and deviated-structured terminals. The fixing section of the flat-structured terminal is located on the same plane as other sections of the terminal, while the fixing section of the deviated-structured terminal is deviated sidways with respect to the other sections. Such an alternating arrangement allows the connector to be minatruized and interference and loss of signals transmitted therethrough are reduced.

Abstract: Disclosed is an electrical connector assembly with shielding function, includes a cable-end connector and a board-mount connector that are mateable with each other. The board-mount connector includes a metal shell, an insulation housing received in the metal shell, and conductive terminals mounted inside the insulation housing. The cable-end connector includes an upper metal shell member, a lower metal shell member, a cable clamp, an insulation housing received between the upper metal shell member and the lower metal shell member, conductive female terminals mounted inside the insulation housing, and resilient latches and a pull bar mounted to the lower metal shell member. The metal shell of the board-mount connector has top and bottom surfaces each forming shielding contact tabs, which are folded outward and each forming a protruding inside contact point and a protruding outside contact point and reliable contact is thus formed among the connectors and a device panel.

Abstract: A scissor-type multi-functional connector includes a male connector and a female connector respectively mounted to circuit substrates. The male connector includes a housing that includes a frame wall and receives and retains therein plate terminals. The female connector includes a housing and a lower body between which clips are retained. Both connectors are mounted to the substrates by pins. Contact legs of the plate terminals and the clips extend outside the housings and are mounted to the substrates through SMT or PCB soldering (DIP). As such, the frame wall of the male housing may be set to mate the female housing to have the plate terminals and the clips efficiently and effectively engaging each other to form a connected condition.

Abstract: The plug of the connector mainly contains a plug assembly formed by joining two plug pieces, each providing a number of terminals arranged along two major sides of a blade. A conducting plate is sandwiched between the two plug pieces and contacts a metallic casing housing said plug assembly. The casing also contacts an EMI shielding wall enclosing the blades of terminals. The socket of the connector mainly contains a socket assembly formed by interleaving a number of insulating pieces and shielding pieces. Each insulating piece houses four L-shaped terminals and has L-shaped shielding plates positioned in the areas between the L-shaped terminals. The shielding plates contact a metallic plate embedded inside the insulating piece and/or the adjacent shielding piece and the metallic plates in turn contact a metallic casing housing the socket assembly. The casing also contacts an EMI shielding wall enclosing the slots of terminals.