Abstract: An electrical connector comprising an insulative housing, a plurality of terminals, a detect pin and a shell, includes a insulative housing having a terminal seat extending forwardly from a base portion and configuring a tongue, and defining a receiving room between bottom of the tongue and a shell, and a plurality of terminals installed in the terminal seat containing nineteen pins compacting to transmit HDMI signals and with one plus pin compacting to transmit DisplayPort signals, and a shell accommodating the insulative housing and including a first engagement portion, a second engagement portion, and a third engagement portion.

Abstract: A card connector adapted for receiving an electrical card therein includes an insulating housing, a plurality of terminals disposed to the insulating housing, a lower shielding shell and an upper shielding shell. The insulating housing has two flanks of which each defines a receiving groove penetrating through a bottom thereof, and a perforation penetrating through a top thereof and communicating with the receiving groove. The lower shielding shell covered under the insulating housing has two lateral plates. A top of each lateral plate is bent sideward to form a second buckling piece located in the receiving groove. The upper shielding shell covered on the insulating housing has a top plate of which each side edge protrudes downward to form an L-shaped first buckling piece passing through the corresponding perforation to buckle the second buckling piece of the lower shielding shell.

Abstract: A board-mountable connector is provided. The connector includes a shield and an insulative housing with a tongue. Terminals are supported by the housing in two rows and the rows extend from a mating interface to a board mounting interface. The terminals may be mounted to the board via surface mount technology in two rows that are at about 0.4 mm pitch. The two rows of terminals are configured in a signal, signal, ground triangular configuration so as to provide a triangular terminal arrangement that extends from the mating interface to the mounting interface.

Abstract: An electrical connector includes an insulative housing defining a receiving cavity thereof, a tongue member retained to the receiving cavity, and a shell surrounding the housing. The tongue member includes first and second tongue modules interlocked with each other, the first tongue module retains a plurality of first contacts thereof and the second tongue module retains a plurality of second contacts thereof. The first tongue module defines a retaining slot at a front portion thereof and a blocking plate surrounding the retaining slot, the second tongue module defines at least one retaining portion received in the retaining slot and supported by the blocking plate.

Abstract: An electrical connector comprises: a housing defining a plurality of walls and a receiving room surrounded by the walls, a metal shell enclosing the housing, a PCB located under the metal shell, a terminal module received in the housing and defining a plurality of terminals passing through the PCB and extending out of the metal shell and an insulative outer cover having a receiving cavity enclosing the metal shell, a block wall limiting the PCB moving forwardly and at least one convex limiting the metal shell moving rearwardly.

Abstract: The invention relates to a right-angle connector (20a, 20b), comprising a plurality of contact elements (50a, 50b) which are arranged next to one another and provided at the back of the right-angle connector (20a, 20b) for soldering to conductors of a printed circuit board (4), comprising an upper shielding (22a, 22b) arranged at least on the upper side of the right-angle connector (20a, 20b) and a lower shielding (34a, 34b) arranged on the lower side. The right-angle (20a, 20b) according to the invention is characterized in that the lower shielding (34a, 34b) contains a lower shielding element (36a, 36b) on the connector side, the shielding surface (37a, 37b) of the element being oriented in the connecting direction (28), the lower shielding (34a, 34b) furthermore contains a separate, rear lower shielding element (38a, 38b), and the lower shielding elements (36a, 36b, 38a, 38b) are electrically connected to each other.

Abstract: A receptacle connector, comprising a housing, a tongue unit, a first terminal set, a second terminal set, a third terminal set and a shield. The housing comprises a base and an assembly slot on the base. The tongue unit is assembled in the assembly slot and includes a main body and an enhanced wall. The main body has a plug in part placed on the front and back and an assembly part combined with the assembly slot. The enhanced wall is located between the plug in part and the assembly part. Each of the first terminals may have a first contact part that exposes the upper surface of the main body and a first fixed part that extends backward from the first contact part and whose front section is disposed within the main body and whose rear section bends and is disposed within the enhanced wall.

Abstract: The present invention discloses an electrical connector that is soldered on a circuit board. The circuit board has an opening recess having a hooking recess extending forward and outward and formed at each of two side edges of the opening recess. Two side walls of shell of the electrical connector are punched to form flexible fixing pieces, which extend forward and outward, respectively. A track groove is formed in front or rear of the flexible fixing piece in each of the two side walls of the shell. The circuit board can be inserted into the track grooves, and the flexible fixing pieces can be flexibly held in the hooking recesses. The present invention can economize spaces at both sides as well as reduce volume of the electrical connector by engaging the flexible fixing pieces and the hooking recesses, and engaging the track grooves and the circuit board.

Abstract: A connector comprises an outer shell, an insulating body, a plurality of terminals provided in the insulating body, and an inner metal shell shielding the insulating body. The outer metal shell is sheathed outside the inner metal shell and has a top plate, wherein a top plate of the inner metal shell and a top plate of the outer metal shell can be firmly fixed together by a plurality of laser joints. The outer metal shell can include transverse soldering plates respectively at two sides thereof that are coplanar with a soldering surface associated with the plurality of terminals.

Abstract: A shielding cage for receiving a plurality of electronic modules includes a bottom cage portion and a plurality of independent upper cage portions each one of which comprising a top wall and two lateral walls adapted to cooperate with the bottom cage portion. Furthermore, each of said upper cage portions defines with the bottom cage portion a respective compartment having an inner cavity for receiving an electronic module, and a subdivision of said bottom cage portion provides for a bottom wall of said compartment.

Abstract: A connector guide mounted in front of a receptacle connector is provided. The guide may include a press arm that helps urge a mating connector into a desired alignment. The guide is separate from the receptacle connector and serves to align contact surfaces and provide strain relief to the receptacle connector.

Abstract: An electrical connector is mounted to a printed circuit board which defines a plurality of fastening holes. The electrical connector includes an insulating housing, a plurality of terminals disposed in the insulating housing, and a shielding shell enclosing the insulating housing. Two outer sides of the insulating housing respectively extend outward and then extend forward to form a fastening arm. A narrow slot is formed between the fastening arm and a corresponding side of the insulating housing. The shielding shell has two side plates each of which extends outward and then inclines upward to form a first soldering arm inserted into the fastening hole. A receiving space is formed between each side plate and the corresponding first soldering arm. The fastening arms are snapped into the receiving spaces and rears of the side plates are clipped in the corresponding narrow slots.

Abstract: An electrical connector (100) includes an insulative housing (1) having a base portion (11), and a pair of extending portions (114) extending backwardly from the base portion and spaced apart from each other along a transverse direction to form a receiving space (1143) therebetween, each extending portion defining a first slot (1142) communicating with the receiving space and a first block (1144) located at an inner side of the first slot; a plurality of electrical contacts (2) retained in the insulative housing and passing through the receiving space; and a spacer (6) attached to the insulative housing for retaining the electrical contacts, the spacer having a pair of second slots (65) for receiving the first blocks and a pair of second blocks (66) located at outer sides of the corresponding second slots (65) for being retained in the first slots (1142).

Abstract: The invention provides a connector including a shield case having a body containing portion; first and second bodies, contained in the body containing portion and combined; first contacts, embedded in the first body and arranged in a row; and second contacts, embedded in the second body and arranged in a different row. The body containing portion includes a top plate, a bottom plate and a pair of side plates. At least one plate of the top plate, the bottom plate and the side plates is smaller in length than the other plates, and a back surface of the one plate functions as an abutting stop surface on which the first body abuts. A back surface of at least one of the other plates is provided with a lock piece, and the first and second bodies are sandwiched between the abutting stop surface and the lock piece.

Abstract: A connector guide mounted in front of a receptacle connector is provided with a latch that engages a connector mounted on a circuit board when a mating connector is inserted into the connector on the circuit board. The guide is separate from the plug connector and serves to align contact surfaces and provide strain relief to the receptacle connector.

Abstract: A device may include a connector receptacle coupled to a motherboard; a connector hold-down disposed adjacent to the connector receptacle; and/or a connector cage coupled to the motherboard and covering the connector receptacle and connector hold-down. Additionally, a computer system utilizing a connector hold-down and a method utilizing a connector hold-down are disclosed.

Abstract: According to the present invention, a multipolar connector 1 has a housing 2 made of an insulating material, and a plurality of terminals P1 to P6 which are held by the housing 2. The plurality of terminals P1 to P6 include: a terminal pair P3, P4 in which two terminals P3, P4 that are adjacent to each other while disposing a first gap A are paired; and one non-paired terminal P2 or P5 which is adjacent to the terminal pair P3, P4 while disposing a second gap B. The terminal pair P3, P4 is a pair for transmitting differential signals. The first gap A is narrower than the second gap B.

Abstract: A low profile connector for mounting on a PCB comprising: an insulative housing, a plurality of terminals, a shielding shell and an auxiliary member. Each terminal is provided with a contacting section and a solder portion extending beyond insulative housing for connecting with the PCB. The shielding shell defines a mating opening surrounding the contact portion, and the auxiliary member defines a main portion attached to a bottom surface of the shielding shell and at least one horizontal portion located at one end thereof for mounting on an upper surface of the PCB. The shielding shell further includes a vertical portion perpendicular to the horizontal portion for inserting a hole of the PCB, and the horizontal portion of the auxiliary member has a concavity for receiving the vertical portion which decreasing space that the connector located on the PCB.

Abstract: An electrical connector with an aligning means includes an insulating body, a plurality of terminals, a lower casing, and an aligning casing. The terminals are provided on the insulating body. The lower casing is provided on the bottom of the insulating body. The aligning casing is provided on the top of the insulating body. Both sides of the aligning casing are bent and extend to form two opposite aligning portions. Via the above arrangement, the electrical connector with an aligning means can be achieved and generate an aligning effect. Thus, the electrical connector having an aligning means can be inserted with a docking connector more quickly, and the contact therebetween will not become poor due to an external force. Furthermore, the work hours for assembling can be reduced. The present invention further provides an assembly combination of the electrical connector with aligning means.

Abstract: An electrical connector (100) for being mounted onto a PCB includes an insulative housing (1); a set of electrical contacts (2) retained in the insulative housing (1); and a metal shell (3) coupled to the insulative housing. the metal shell (3) has a pair of nuts (310) integrally protruding therefrom and defining threaded holes (3101) for screws of a complementary plug screwed into, and a pair of board locks (5) integrally extending therefrom for being mounted onto the PCB.

Abstract: A low profile connector for mounting on a PCB comprising: an insulative housing, a plurality of terminals, a shielding shell and an auxiliary member. Each terminal is provided with a contacting section and a solder portion extending beyond insulative housing for connecting with the PCB. The shielding shell defines a mating opening surrounding the contact portion, and the auxiliary member defines a main portion attached to a bottom surface of the shielding shell and at least one horizontal portion located at one end thereof for mounting on an upper surface of the PCB. The shielding shell further includes a vertical portion perpendicular to the horizontal portion for inserting a hole of the PCB, and the horizontal portion of the auxiliary member has a concavity for receiving the vertical portion which decreasing space that the connector located on the PCB.

Abstract: Disclosed is a clip configured to ground a receptacle, such as a micro universal serial bus (MUSB) receptacle, to a ground plane. The clip may comprise a pair of locating features extending from the front edge of the clip for alignment with an edge of a circuit board to which the receptacle is affixed, a spring tab on the top surface configured to contact the ground plane when the device is assembled, and engagement features on the left and right sides of the receptacle surface configured to engage the clip to the receptacle.

Abstract: The present invention relates to a power connector, capable of receiving a plug, comprises: a body; a shield housing; a front cover; a positive column; a first grounding terminal capable of providing a buffering effect when the plug is inserted; and a second grounding terminal which is in contact with a sleeve when the plug is inserted so as to provide a buffering effect. Moreover, the first grounding terminal and the second grounding terminal are respectively installed with a reverse stab so as to be fastened on the body for preventing from being released from the body.

Abstract: An electrical connector assembly includes a printed circuit board, a header coupled to the printed circuit board, and an electrical cable termination configured to mate with the header. The printed circuit board has a printed circuit board ground contact. The header includes an insulative housing and a plurality of contact pins disposed in the insulative housing. The header and electrical cable termination are configured such that the electrical cable termination makes electrical contact with at least one of the contact pins and the printed circuit board ground contact when the header and electrical cable termination are in a mated configuration. The electrical connector assembly may include a conductive shield at least partially enclosing the header and electrical cable termination.

Abstract: An electrical connector includes an insulative housing, a number of electrical contacts and an IC (Integral Circuit). The insulative housing has a body and a contact insert received in the body. The electrical contacts are secured to the contact insert and each has a mating end, a solder end projecting out of the insulative housing and a connecting end located therebetween. The IC is bonded to contact insert for electrical connecting with the connecting ends of the electrical contacts, respectively.

Abstract: A plug connector has an insulative housing, a mounting bracket, multiple first terminals, multiple second terminals and a shell. The mounting bracket is mounted on the insulative housing. The first terminals are mounted through the insulative housing and have soldering sections arranged in a first transverse row. The second terminals are mounted through the mounting bracket and have soldering sections arranged in a second transverse row. The soldering sections arranged in the different rows reduce a density of a soldering section layout and facilitate soldering the plug connector to a PCB.

Abstract: A receptacle connector includes an insulating body having a base portion, and a shell enclosing the insulating body. Two opposite side surfaces of the base portion respectively define an inserting passage extending longitudinally and having a front end opened freely. A front of each inserting passage is provided with a preventing block. A fixing cavity is formed in a rear of the inserting passage by the partition of the preventing block. The preventing block has a guiding surface inclined outward from front to rear. The shell has two side boards against the corresponding side surfaces of the base portion. Two fixing portions are protruded inwardly from two substantially corresponding portions of two bottom edges of the side boards for gliding along the corresponding guiding surfaces in the respective inserting passages to buckle into the corresponding fixing cavities and then restrained by the preventing blocks in the fixing cavities.

Abstract: A connector assembly includes a plug connector having a base body and at least one inserting portion extended from a front of the base body. The inserting portion has a substantially circular plug groove of which an inner wall has a portion formed with an anti-mismating portion of plane shape. The anti-mismating portion has a null terminal recess for receiving a null terminal. A socket connector coupled with the plug connector defines an insulating housing having at least one receiving groove at a front surface thereof and a substantially circular receiving portion surrounded by the receiving groove. The receiving portion has a portion formed with an anti-mismating face of plane shape, corresponding to the anti-mismating portion, with a null pin recess formed thereon. A null pin is received in the null pin recess for electrically connecting with the null terminal of the plug connector.

Abstract: An electrical connector (100) includes an insulative housing (10) with a base portion (11, 12), a first engaging portion (14) and a second engaging portion (121) extending from the base portion along same direction, a plurality of conductive terminals (30) retained in the insulative housing (10) and a shielding member (20) assembled on the housing. The shielding member (20) has a pair of sidewalls (21, 23) opposite to each other and a pair of end walls (22) surrounding the first engaging portion (14) thereby forming a mating cavity between thereof. One of the end walls (22) is served as a partition located between the first engaging portion (14) and the second engaging portion (121) which extends outwards through the shielding member (20) then nearly presses against the shielding member.

Abstract: The present invention discloses an electrical connector comprising: a housing; a base body having a tongue, whose one surface is disposed with a plurality of first terminal slots and whose other surface is disposed with a plurality of second terminal slots; a first terminal assembly whose each first terminal is disposed with a leg and a contact portion perpendicular to the leg, respectively, with the legs being alternately arranged; and a second terminal assembly whose each second terminal is disposed with a leg and a contact portion perpendicular to the leg and then bending downward, respectively. For the first terminal assembly the legs of every third terminal are offset from the remaining ones. The terminals of one assembly may be e-SATA type and those of the other assembly may be USB type.

Abstract: A connector with storage function includes a housing, a seat body, a terminal group, a storage module, and a cover. The housing has a receptacle at a front end, and an opening at a rear end. The seat body is disposed in the housing, and includes a block. The block has a supporting portion and a plurality of slots. The terminal group is disposed on the supporting portion and in the slot. The terminal group further includes a hollow opening at a rear end. The storage module electrically connects with the terminal group, and has a printed circuit board disposed thereon. The printed circuit board electrically connects with a storage unit. The cover has a first cover and a second cover and is disposed in the hollow opening of the seat body. The connector not only stores data required by electronic product, but also increases storage capacity of the electronic product.

Abstract: A receptacle connector assembly comprises an insulative housing, two sets of first contact pins, two sets of second contact pins, a metal contact and a metal shell. The first and the second contact pin respectively comply with specification of USB 3.0 and USB 2.0 and transmit data stability at high transmission rate.

Abstract: An electrical connector has an insulating housing defining a recess. A receiving plate extends frontward from a rear surface of the recess and spaced apart from a bottom surface thereof. A shell coupled with the insulating housing to form an insertion space where the receiving plate is located has a connecting plate located between the receiving plate and the bottom surface of the recess. A portion of the connecting plate is extended and curved upwards and then curved downwards and upwards sequentially to form a substantial split ring-shaped resilient element. The resilient element comprises an upper resistive portion located adjacent to the receiving plate and a lower resistive portion located adjacent to the bottom surface of the recess. A free end of the lower resistive portion extends obliquely upwardly to form a connecting portion. A distal end of the connecting portion forms a propping portion located above the connecting plate.

Abstract: The invention describes a T-shaped bus connector comprising a holding device for mechanically retaining the T-shaped bus connector on a mounting device on which the T-shaped bus connector is to be arranged, and further comprises a first and a second connecting unit for respectively producing an electrical connection to a complementary connecting unit of a device arranged adjacent to the bus connector, wherein the first and second connecting units face in substantially opposing directions and are constructed complementarily to one another, as well as a third connecting unit, oriented substantially perpendicular to the first and second connecting units, for producing an electrical connection to a connecting unit, complementary to the third connecting unit, of an electrical or electronic module, wherein data and/or power bus lines are run between all three connecting units, and all three connecting units are covered at least in part with a shielding material.

Abstract: A connector module that is mounted on a motherboard and is configured to realize connection between a cable side connector and the motherboard is disclosed. The connector module includes a printed circuit board, plural substrate side connectors that are mounted on the front surface of the printed circuit board and arranged into plural rows with differing heights, and a mounting connector that is mounted on the rear surface of the printed circuit board. At least one of the substrate side connectors is connected to the cable side connector. The mounting connector is engaged with and connected to a motherboard side connector that is mounted on the motherboard. The printed circuit board includes a pattern that is configured to realize electrical connection between the substrate side connectors and the mounting connector.

Abstract: An electrical connector assembly includes an insulative housing (10) having a forward mating port (100) in a suspension manner, a plurality of recesses (112), arranged in a matrix manner, formed in the housing (10) under the mating port (100) so as to form a plurality of corresponding partitions (111) among the recesses (112) for support of the mating port (10). The matrix array of recesses (112) is arranged to strengthen the rigid of the housing (10) under the mating port (100) so as to prevent the deformation of the mating port (100), which is influenced from the insert force under a condition when the electrical connector mates with a complementary connector.

Abstract: An electrical connector includes an insulating housing having a pair of side-walls, a plurality of terminals retained in the insulating housing and comprising contacting portions and a shielding shell surrounding the housing. Each of the side walls of the housing defines a window portion thereof to communicating with the mating cavity and an exterior. A pair of side walls of the shell covers on the side walls of the insulating housing and each defines a resilient arm extending into the mating cavity through the window portion.

Abstract: A shield plate arranged between a connector and a circuit board for covering and shielding parts of metal pins sticking out from the circuit board when a connector provided with a board mounting surface having a plurality of metal pins and a connector connection surface is mounted at an end of the circuit board, provided with an connector-engagement part, a shield part of the metal pins, a mounting part having press-fit pins for insertion, and support parts of the press-fit pins and flexible parts at a part between the shield part and the mounting part, the press-fit pins becoming vertical to the circuit board in the state with the engagement part engaged with the connector and the free end parts of the press-fit pins provisionally inserted into the engagement holes, thereby enabling the press-fit pins to be press-fit into the engagement holes all at once by a pushing action of the support parts.

Abstract: An electrical connector includes an insulative housing, a number of electrical contacts and an IC (Integral Circuit). The insulative housing has a first body and a contact insert received in the first body. The electrical contacts are secured to the contact insert and each has a mating end, a solder end projecting out of the insulative housing and a connecting end located therebetween. The IC is bonded to contact insert for electrical connecting with the connecting ends of the electrical contacts, respectively.

Abstract: A low-profile electrical connector mounted on a circuit board includes an insulating body. The insulating body includes a main body portion, a middle portion and a tongue plate. The main body portion has a slot concavely formed in a front end thereof, and at least one sidewall of the slot has a plurality of first terminal receiving grooves formed at intervals therein. The middle portion is formed by a bottom surface of the main body portion partially extending downwards. The tongue plate extends forwards from the middle portion and has a plurality of second terminal receiving grooves formed at intervals therein. A plurality of conductive terminals are respectively correspondingly received in the terminal receiving grooves. Comparing with conventional low-profile electrical connectors, the present invention can not only engage with various butting assemblies, but also save internal space of computers.

Abstract: An electrical connector comprises an insulative housing defining a lengthwise slot, a plurality of terminals received in the insulative housing and extending into the lengthwise slot, a metal shell, and an EMI gasket. The metal shell comprises a body portion with a front insertion port and a detachable metal cover, the body portion defines a hollow to receive the insulative housing. The body portion comprises a top wall defining a through window and a bottom wall defining a through opening, the metal cover covers the window of the body portion, and the EMI gasket is located between the body portion and the metal board portion for suppressing electro magnetic interference.