Abstract: A shielded connector includes an inner housing to which terminals connected to a shielded electric wire is attached, a shield shell that includes a shield part and a barrel part, and a shield shell cover that covers a shielded wire exposure part of the shielded electric wire. The shield shell cover has a pair of insertion lap parts which are inserted between two side surfaces of the inner housing and two side surfaces of the shield part. A backlash preventing unit is provided on a top surface and a bottom surface of the inner housing and parts of the shield part which opposite to the top surface and the bottom surface of the inner housing so as to prevent a shaking between the inner housing and the shield shell.

Abstract: A high power receptacle connector has a first insulating housing, a second insulating housing, a first terminal, a second terminal, a third terminal and a shell. The second insulating housing is mounted on the first insulating housing and has a cylinder. The first terminal is cylindrical, surrounds the cylinder and has multiple first resilient contacting tabs and a reinforcing ring formed on front ends of the first resilient contacting tabs. The second terminal is cylindrical and mounted around the cylinder and has multiple radially protruding second resilient contacting tabs. The second resilient contacting tabs increase the contacting areas, reduce the resistance of the terminals and further improve the power of the high power receptacle connector and stably hold an external plug connector.

Abstract: Upon fitting of the first housing 10 and the second housing 50, joints 21, 63 of the two terminals 20, 60 are superposed in the fitting portion 11, the two joints 21, 63 having respective bolt-insertion holes 21A, 63A that allow for insertion of a bolt V thereinto so that the two joints 21, 63 are fixed together. The fitting portion 11 of the two housings 10 has an operation hole 23 that allows for bolting of the two terminals 20, 60. A first shield shell 40 is attached to the first housing 10. The first shield shell 40 is fixable to the case. A second shield shell 70 is attached to the second housing 50. The second shield shell 70 in a fitted state of the two housings 10, 50 is slidable between: a position to expose the operation hole 23 to the outside; and a position to cover the operation hole 23 and to cooperate with the first shield shell 40 to cover the fitting portion 11.

Abstract: An cable assembly includes an insulative housing; a plurality of terminals received in the insulative housing; a cable having a plurality of wires connected to the terminals; and a metallic shell enclosing the insulative housing and the terminals, the metallic shell includes a first shell, a second shell and a third shell, the first shell enclosing the second shell, and the third shell arranged between the first shell and the second shell.

Abstract: A three-pin microphone connector includes a connector base composed of an electrical insulator; a printed circuit board; a first pin for grounding and second and third pins for signals which penetrate through the connector base and the printed circuit board, a shield layer electrically connected to the first pin but not to the second and third pins, overlying almost the entire surface of the printed circuit board which faces the connector base; a first shield cover through which the three pins penetrate, covering the printed circuit board and the connector base from one surface, and a second shield cover through which the three pins penetrate, covering the connector base from the other surface. The first and second shield covers squeeze together at both ends to enwrap the connector base.

Abstract: A connector assembly (100) includes an insulative cover (1) defining a plurality of grooves arranged in a row along a transversal direction; a plurality of connectors (21) accommodated in the grooves, respectively, each of the connectors having a terminal module and a metallic shell enclosing the terminal module; a metallic cage (5) enclosing the insulative cover; and a plurality of conductive members (3), each of the conductive member (3) including a horizontal portion (31) and a vertical portion (32), the horizontal portion having a first tab (311) abutting against the metallic cage, and the vertical portion having a second tab (321) pressing against the metallic shell of a corresponding connector.

Abstract: A connector assembly according to embodiments of the present disclosure is advantageously configured to allow a sensor connector to straightforwardly and efficiently join with and detach from a patient cable connector. Further, embodiments of the connector assembly advantageously reduce un-shielded area in an electrical connection between a patient cable and a sensor connector. In addition, embodiments of the connector assembly advantageously increase the shielding of detector signals coming from the patient sensor to the monitor.

Abstract: An electrical connector includes an inner shell having a bottom board, two side boards and a top board to define a receiving space thereamong, an insulating body having a base portion mated with a rear of the receiving space and a tongue portion extended forward from the base portion and stretching into a front of the receiving space, a plurality of terminals disposed in the insulating body, and an outer shell mounted around the inner shell. The outer shell has a base plate electrically covered on the top board and at least one soldering tail soldered to a printed circuit board so as to achieve a ground function of the inner shell through the outer shell and the outer shell further prevents the water which enters the receiving space from an opened front end mouth of the receiving space from flowing onto the printed circuit board.

Abstract: An electrical connector includes an inner shell, an insulating housing, a plurality of terminals disposed in the insulating housing, an insulating jacket and an outer shell. The inner shell is looped from a metal plate to define an accommodating chamber therein and form a joint at a first top plate thereof. Two portions of the first top plate are punched outward to form two hollow receiving hats. The insulating housing is fastened in the accommodating chamber. The insulating jacket includes a first frame substantially airtightly surrounding the inner shell and a covering piece protruded frontward from a front of a top part of the first frame for covering the joint and locating between the receiving hats. The outer shell surrounds and electrically connects with the inner shell. The outer shell has at least one soldering arm soldered to the printed circuit board for achieving a ground function.

Abstract: An electrical connector includes an inner shell having a bottom board, two side boards and a top board to define a receiving space thereamong, an insulating body having a base portion mated with a rear of the receiving space and a tongue portion extended forward from the base portion and stretching into a front of the receiving space, a plurality of terminals disposed in the insulating body, and an outer shell mounted around the inner shell. The outer shell has a base plate electrically covered on the top board and at least one soldering tail soldered to a printed circuit board so as to achieve a ground function of the inner shell through the outer shell and further prevent the water which enters the receiving space from an opened front end mouth of the receiving space from flowing onto the printed circuit board.

Abstract: A connector system may facilitate interconnection between electrical components, such as a printed circuit board and a cable. The connector system may reduce the effect of electromagnetic interference on the transfer of power and data signals between the cable and the printed circuit board. The connector systems may include a cable connector assembly and an electromagnetic shield. The electromagnetic shield may include a body that is configured to receive the connector assembly, thus, providing a shielded channel into which the connector assembly may be inserted. The connector system may includes latches that facilitate having multiple connectors adjacent to one another in close proximity. The cable assembly include pivotally supported latches with vertically staggered handles such that when a pair of connector systems are mounted laterally side-by-side, the adjacent handles can pivot without interfering with each other.

Abstract: A contact module is provided for an electrical connector. The contact module includes a housing having a mating edge, a mounting edge, and a side. An electrical lead is held by the housing. The electrical lead extends from a mating contact to a mounting contact. The mating contact extends outwardly from the mating edge of the housing. The mounting contact extends outwardly from the mounting edge of the housing. An inner ground shield is mounted on the housing. The inner ground shield includes a housing side segment that extends over at least a portion of the side of the housing between the mating and mounting edges thereof. An outer ground shield is mounted on the housing. The outer ground shield extends over at least a portion of the housing side segment of the inner ground shield.

Abstract: An electrical connector is adapted for being mounted to a printed circuit board. The electrical connector includes a housing, a plurality of terminals, a shell and a bracket. A front edge of a periphery of the housing is protruded outward to form a flange. The terminals are received in the housing. The shell surrounds the housing. A front edge of the shell abuts against the flange. The bracket has a base board, and two opposite ends of the base board extends downward to form two blocking boards. Bottoms of the blocking boards extend outward to form two soldering boards. The base board of the bracket is mounted on the top board of the shell. The blocking boards are mounted on the two side boards. Front edges of the base board and the blocking boards of the bracket abut against the flange.

Abstract: A contact module is provided for an electrical connector. The contact module includes a housing having a mating edge, a mounting edge, and a side. An electrical lead is held by the housing. The electrical lead extends from a mating contact to a mounting contact. The mating contact extends outwardly from the mating edge of the housing. The mounting contact extends outwardly from the mounting edge of the housing. An inner ground shield is mounted on the housing. The inner ground shield includes a housing side segment that extends over at least a portion of the side of the housing between the mating and mounting edges thereof. An outer ground shield is mounted on the housing. The outer ground shield extends over at least a portion of the housing side segment of the inner ground shield.

Abstract: A receptacle connector is arranged on an interface of an electronic device for mating with a corresponding plug connector. An anti-incorrect-insertion block is arranged on and protruded from a mating portion of the plug connector. The receptacle connector comprises an insulating housing, conductive terminals assembled in the housing and a first shielding shell for covering on the outside of the insulating housing. A soldering portion welded to a circuit board is arranged on the lower edge of the first shielding shell. The receptacle connector is further provided with a second shielding shell for shielding the electromagnetic signals from the fool-proof opening of the interface. A receptacle connector of the invention shields the fool-proof opening by adding the second shielding shell, thereby preventing the electromagnetic leakage, improving the anti-electromagnetic interference capability of the connector and ensuring an electrical connection of the connector.

Abstract: A receptacle cage (100) for receiving a small form-factor pluggable (SFP) transceiver therein includes a cage body (10) inserted into a passage (201) defined in a chassis (200), and a conductive plate (21) attached to outside of the cage body (10), said conductive plate (21) forming a plurality of resilient fingers (26) for grounding said cage body (10) to said chassis (200). The conductive plate (21) forming a front edge portion (282) closed to the cage body (10), a connection portion (284) extending slantways and rearwardly from the front edge portion (282), and the plurality of resilient fingers (26) being listed side by side in a first direction and extending from the connection portion (284), wherein said connection portion (284) extends continuously in a direction perpendicular to the first direction and parallel to corresponding wall of the cage body (10).

Abstract: A module connector has a socket and a second shield covered to the socket. The socket has an insulating housing having a rectangular base and four sidewalls extended upwards from four edges of the base, forming a receiving chamber for receiving a lens module, and a first shield coupled with the insulating housing and having four lateral plates. At least one lateral plate has a plurality of locking openings. The second shield has a rectangular frame and four containing plates extended downwards from outer edges of the frame. At least one containing plate has two parallel slits extending upwards and downwards and passing through a bottom edge thereof, forming a free slice therebetween. A plurality of protrusions is disposed at an inner surface of the free slice, corresponding to the locking openings.

Abstract: An electrical connector includes an inner shell which defines a receiving recess and has a base board, an insulating body which defines a receiving chamber with a front end being opened freely for receiving the inner shell therein, a plurality of terminals insert-molded in the insulating body and exposed to the receiving recess, and an outer shell which encloses the insulating body and has a base plate. A connecting slot is opened in and penetrates through a rear wall of the receiving chamber. A rear edge of the base board is provided with a contact slice passing through the connecting slot and then bent against the rear wall. A rear edge of the base plate is bent downward and then arched forward to form a contact tail which is located behind the rear wall and electrically abuts against the contact slice to achieve a ground function of the inner shell.

Abstract: An electrical connector includes a first housing (1) defining a receiving space (11) therethrough. A second housing (2) includes a main body (20) retained in the receiving space (11) of the first housing and a pair of tongue plates (21) projecting to an exterior of the first housing. A plurality of terminals (3) are mounted on the second housing. An inner shell (4) defines a first receiving cavity (41) for receiving said tongue plates (21) therein and a pair of fork shaped locking plates (45,46) extending rearward for locking with protrusion portions (22) formed on the main body (20) of the second housing. An outer shell (5) surrounds the first housing (1). A plurality of clips (7) each includes a first contacting portion (721) contacting with the locking plates of the inner shell (4) and a second contacting portion (731) contacting with the outer shell (5).

Abstract: A case with a connector integrally formed with a resin connector, and can be manufactured with a small number of processes is provided. The connector case includes a housing, a resin connector, and a ground terminal extending along an outer periphery of the connector. A terminal-side fixing portion extending backward from the ground terminal is crimped to or pressed over a housing-side fixing portion. When molds are closed after the housing and the ground terminal are placed in the molds for injection molding of the resin connector, a pressing portion formed on the mold presses the terminal-side fixing portion against the housing-side fixing portion to crimp or press the terminal-side fixing portion to or over the housing-side fixing portion. As a result, in the process for the injection molding of the connector, the ground terminal is fixed to the housing at the same time. The connector case with the ground terminal fixed to the housing can be manufactured in a small number of processes.

Abstract: An electrical connector includes an insulative housing (100), a plurality of contacts (3) retained in the housing, a shell covering on the housing (100) and a metal connecting sheet (7). The insulative housing defines an insulative base (1) and a mating portion (2) extending forwards out of a front face (10) of the insulative base, and the contacts are retained in the mating portion. The shell defines a first shell (4) covering outside of the mating portion, and a second shell (5) covering outside of the insulative housing. The metal connecting sheet defines at least one first contacting arm (74) connecting with the first shell, at least one second contacting arm (73) connecting with the second shell and a main portion (72) connecting with the at least one first and second contacting arms, and the front face of the insulative base is wholly covered by the main portion.

Abstract: An electrical connector (100) includes an insulative housing (10) and a number of contacts (4) retained in the insulative housing (10). The insulative housing (10) includes a first body portion (11) and a first tongue (12) extending from the first body portion (11). The first tongue (12) defines a number of first receiving slots (13). The contacts (4) comprise a plurality of first contacts (41) insert molded in the insulative housing (10) and a number of second contacts (42). Each first contact (41) has a flat first contact portion (411) extending to the first tongue (12). Each second contact (42) has an elastic second contact portion (421) received in the first receiving slot (13). The first contact portions (411) and the second contact portion (421) are arranged at a same side of the first tongue (12) along a thickness direction of the first tongue (12).

Abstract: A shield connector includes a housing that has a metal terminal, a conductive inner shield shell that contains the housing, and a conductive outer shield shell that contains the inner shield shell. The inner shield shell includes a first shell body in a tubular shape for covering an outer face of the housing. The outer shield shell includes a second shell body in a tubular shape, and a fixing portion which fixes the inner shield shell. The fixing portion has an annular wall which is formed inside of the second shell body along in a circumferential direction of the second shell body. An inner face of the annular wall is tightly face-contacted on an outer face of the first shell body of the inner shield shell over an entire circumference of the outer face of the first shell body.

Abstract: A shield connector structure 1 includes a pair of connectors 2 and 6 that is capable of being fitted to each other and a conductive connector attachment portion 11. One connector 2 includes a terminal metal part 21, an insulating connector housing 22, and a conductive shield shell 23. The other connector 6 includes a terminal metal part 61, an insulating connector housing 62, and a conductive shield shell 63. The shield shell 23 is provided with a connection portion 49, and the shield shell 63 is provided with a connection portion 83. When the connectors 2 and 6 are fitted to each other so that the shield shells 23 and 63 are shield-connected to each other, each of the connection portions 49 and 83 is connected to the connector attachment portion 11 and the shield shells 23 and 63 are grounded.

Abstract: A camera module connector (100) includes an insulative housing (1), a plurality of terminals (2) received therein, a shell (3) encircling the housing 1, and a lid 4 covering the housing (1), there are ears (411) located in the lid (4). When the connector (100) disassembled, carry the ears (411) will make disassembling easily.

Abstract: An electrical connector assembly (100) comprises an insulative body (1) integrally including a forward part (12) and a backward part (11). A main shell (32) includes a front pocket (320) enclosing the forward part (12), and a back segment (322) covering an upper portion of the backward part (11) of the body (1). A sub-shell (31) is assembled with the main shell (32), and includes a lower piece (316) covering a lower portion of the backward part (11). Therefore, the main shell (32), the sub-shell (31) are assembled with each other to provide a good shielding enclosure for the insulative body (1), where the contact terminals (2) are held therein.

Abstract: An electrical connector includes an insulative housing (1), a plurality of contacts (2) arranged in the insulating housing, a pair of locking pieces (4) received in the insulative housing and a metal shell (3) receiving the insulative housing. The insulative housing has a base portion (11) and a tongue portion (12) extending from the base portion. The metal shell includes a main shell (31) and a sub shell (32) an ached to the main shell. The main shell has a front shroud portion (311) surrounding the tongue portion of the insulative housing and a rear portion (312) supporting the base portion. The front shroud portion forms at least one embossed portion (313) thereon. The sub shell is attached to the rear portion of the main shell and has a curve portion (321) abutting against a rear end of the front shroud portion to enclose the base portion of the insulative housing. The main shell and the sub shell each have curve arms (3102, 3202) abutting against the rear ends of the locking pieces.

Abstract: An electrical connector includes a first housing (1) defining a receiving space (11) therethrough. A second housing (2) includes a main body (20) retained in the receiving space (11) of the first housing and a pair of tongue plates (21) projecting to an exterior of the first housing. A plurality of terminals (3) are mounted on the second housing. An inner shell (4) defines a first receiving cavity (41) for receiving said tongue plates (21) therein and a pair of fork shaped locking plates (45,46) extending rearward for locking with protrusion portions (22) formed on the main body (20) of the second housing. An outer shell (5) surrounds the first housing (1). A plurality of clips (7) each includes a first contacting portion (721) contacting with the locking plates of the inner shell (4) and a second contacting portion (731) contacting with the outer shell (5).

Abstract: An electrical connector includes an insulative housing (100), a plurality of contacts (3) retained in the housing, a shell covering on the housing (100) and a metal connecting sheet (7). The insulative housing defines an insulative base (1) and a mating portion (2) extending forwards out of a front face (10) of the insulative base, and the contacts are retained in the mating portion. The shell defines a first shell (4) covering outside of the mating portion, and a second shell (5) covering outside of the insulative housing. The metal connecting sheet defines at least one first contacting arm (74) connecting with the first shell, at least one second contacting arm (73) connecting with the second shell and a main portion (72) connecting with the at least one first and second contacting arms, and the front face of the insulative base is wholly covered by the main portion.

Abstract: An electrical connector assembly (100) includes a connector holder (2) defining a plurality of positioning cavities (2101) therein, and at least a slot (2103) located in a front portion of each of the positioning cavities; a plurality of grounding members (5) respectively mounted to the positioning cavities, each of the grounding members (5) having a body portion (50), a first contacting portion (51) connected to a front edge of the body portion, a second contacting portion (52) connected to a back edge of the body portion and at least an arm (53) connected to a lateral edge of the body portion, said at least an arm received in the at least a slot, and the first contacting portion disposed out of the connector holder; a plurality of connectors respectively mounted to the positioning cavities, each of the connectors having a metallic shell contacting the second contacting portion; and a metallic cage (4) enclosing the connector holder and the connectors, with the first contacting portion contacting inner surfa

Abstract: A starter housing (1) for a gas discharge lamp (3) is described. The starter housing (1) comprises an outer (5) and an inner housing (10) which are arranged one inside the other in an assembled state of the starter housing (1), of which the outer housing (5) has a metal layer for electromagnetic screening. The starter housing (1) in addition comprises an inner housing tube (11) at its inner housing (10), which is surrounded in the assembled state by an outer housing tube (8) arranged at the outer housing (5), such that the inner housing tube (11) and the outer housing tube (8) together form a socket (4). Reference elements (13; 14) are provided at the tubes (8; 11) of the two housings (5; 10) such that they co-operate in the assembled state for defining the positions of the two tubes (8; 11) with respect to one another. Furthermore, a method of mounting such a starter housing (1) is disclosed.

Abstract: A shield connector structure 1 includes a pair of connectors 2 and 6 that is capable of being fitted to each other and a conductive connector attachment portion 11. One connector 2 includes a terminal metal part 21, an insulating connector housing 22, and a conductive shield shell 23. The other connector 6 includes a terminal metal part 61, an insulating connector housing 62, and a conductive shield shell 63. The shield shell 23 is provided with a connection portion 49, and the shield shell 63 is provided with a connection portion 83. When the connectors 2 and 6 are fitted to each other so that the shield shells 23 and 63 are shield-connected to each other, each of the connection portions 49 and 83 is connected to the connector attachment portion 11 and the shield shells 23 and 63 are grounded.

Abstract: A Universal Serial Bus flash memory unit having an electrically conductive housing includes a spring that provides an electrically conductive, low-resistance pathway between the housing and the metal shell of the Universal Serial Bus connector so that electrostatic charge can directly discharge from the housing to the metal shell instead of discharging through electronic components within the housing.

Abstract: A shield connector is provided, by which an electric shield can be securely performed. The shield connector includes: a plurality of terminal fittings; a housing holding the plurality of the terminal fittings; an electrically conductive inner shield shell receiving the housing; and an electrically conductive outer shield shell receiving the inner shield shell, wherein the outer shield shell includes: a square tube-shaped shell body; and surface-fixing parts, each of which is formed projecting from a peripheral wall of the shell body toward the inside of the shell body and has a parallel wall, which is formed parallel to the peripheral wall and placed closely on an outer surface of the inner shield shell.