Abstract: An electrical connector for receiving an electronic component therein, comprises an insulating housing defining a receiving room; a plurality of contacts mounted in the housing; and a top shell mounted on the top of the housing. The top shell comprises a pair of opposite first wall and a pair of opposite second wall. A bending portion extends from the top of each first wall toward the receiving room. An assembling portion extends from the bottom of each bending portion downwardly, and a corresponding assembling groove is defined on the housing and engages with the assembling portion for fixing the top shell onto the housing.

Abstract: An electrical connector for receiving an electronic component therein, comprises an insulating housing comprising a front wall, a rear wall, a pair of opposite sidewalls, and a footwall together forming a receiving room, a plurality of contacts mounted in the housing, and a shell covering the housing. The footwall of the housing is approximately symmetrical H-shaped and comprises an elongated body and a pair of wings extending from the two opposite ends of the body. The two wings respectively connect the front wall and the rear wall of the housing.

Abstract: An electrical connector (1) comprises a metal housing (10) configured by first, second, third and fourth sidewalls (100, 101, 102, 103) defining a receiving space (104) therebetween, first and second insulating housings (20) securely attached to the first and third sidewalls of the metal housing respectively, a plurality of contacts (30) securely attached to the insulating housing, first and second metal shield (40) assembled to the first and second insulating housing, and a fastening means (50) extending from the metal shield, through the insulating housing and anchored to the first and third sidewalls of the metal housing, respectively.

Abstract: An electrical connector (1) comprises a metal shell (10) having a cavity (104) and defining a pair of side walls (100, 101) and a pair of end walls (102) beside the side walls, a pair of insulating housings (20) mounted on the end walls of the metal shell, a plurality of terminals (30) insert molded with the insulating housing, and a pair of shielding shells (40) covering the insulating housings. The shielding shell defines a pair of soldering tabs (4040) on the two ends thereof bearing against the side walls of the metal shell. The shielding shell are connected with the metal shell by spot welding the soldering tabs of the shielding shell to the end walls. Therefore, a firm connection is provided between the metal shell, the insulating housing, and the shielding shell.

Abstract: An electrical connector assembly of the present invention comprises a metal case (4) defining an upper receiving cavity (40) cooperatively formed by four sidewalls upwardly extending from a bottom wall (41) for receiving a camera module (3) therein, and at least one securing member (47) extending from the case (4) for fixing the case (4) onto the printed circuit board (2). The securing member (4) comprises an extending portion (473) extending from the sidewall of the case (4) in a horizontal direction and an inserting portion (471) extending from a free end of the extending portion (473) in a vertical direction for inserting into the printed circuit board (2).

Abstract: A socket connector includes a bottom shielding (10) with a receiving room (15), an electronic module (2) received in the receiving room of the bottom shielding, an elastic padding (20) defined between the electronic module and the bottom shielding, and a top shielding (30) for engaging with the bottom shielding and pressing the electronic module tightly in the bottom shielding. Wherein, the electronic module has an un-coplanar lower surface, and the thickness of different parts of the padding varies for supporting different parts of the un-coplanar bottom surface of the electronic modular. Therefore, the electronic module can be fitly mounted in the receiving room of the bottom surface when the top shielding engaging with the bottom shielding and pressing onto the electronic module.

Abstract: A camera module (100) includes a camera unit (3) and a shielding housing for wrapping a main body (30) of the camera unit. The camera unit further includes the main body and a front end section (31), the front end section adapted for electrically connecting with a flexible substrate (5). The shielding housing includes a front end opening (140) for allowing the front end section of the camera unit to be exposed, and an outer extension section (110) located below the front end opening for supporting at least a part of the flexible substrate. With such an arrangement, the induced electromagnetic wave of the camera unit can be diminished through the use of the shielding housing, thereby stabilizing the transmission of electronic signal of the camera unit.

Abstract: An electrical card connector (1) includes a housing (10) having a main body (13), and first and second sidewalls (11,12) substantially parallel extending forwards form opposite ends of the main body; the main body defining a receiving cavity together with the first and second sidewalls for receiving an electrical card, a plurality of terminals (20) disposed in the housing and each having a connect portion (21) extending into the receiving cavity for contacting the card, and a pair of switching terminals (41, 42) engaged with the housing and each defining a contacting portion to connect with each other, and a cover (50) engaged with the housing and covering onto the contacting portions of the switching terminals.

Abstract: An electrical connector (1) includes an electrical element (3) a flexible printed circuit (2), a lower shield (10), and an upper shield (12). The lower shield has a bottom wall (101), a number of sidewalls (102), and a receiving space (100) defined therebetween. The flexible printed circuit is placed upon a number of flexible fingers (1011) formed on the bottom wall. The electrical element is placed upon the flexible printed circuit and urged thereby through the flexible fingers of the lower shield to bear against a top wall of the upper shield.

Abstract: A card connector comprises an insulative housing having a rear contact-mounting section at the rear of the cavity, a longitudinal side wall section extends forwardly from one end of the rear section at one side of the cavity, a bottom surface for mounting on a circuit board, a plurality of contacts are mounted on the rear contact-mounting section of the housing and have contact portions for engaging appropriate contacts on the memory card. The sidewalls and the bottom surface cooperatively form an interior cavity for receiving a memory card. A pair of switch contacts is mounted on the sidewall section of the housing; one of the sidewalls defines a pair of retaining recess for receiving the switch contacts. At least one switch contact defines a number of dimples for engaging with inner walls of the corresponding retaining recess.

Abstract: A module assembly (100) comprises a module body (2) with a plurality of conductive pads (210) thereof, a FPC (3) with a plurality of conductive strips (310) in one end and a metal shell (1). The shell has a planar bottom wall (11) and sidewalls (12,13,14) approximately extending from edges of the bottom wall forming a room to receive the FPC and the module body. Sidewalls define arms of two types extending therefrom. The arms (123,131,141) of first type slant into the room to retain the module body and the arms (122) of second type slant outwards and away from the room to retain the module assembly. And the module assembly is fitted into an electronic equipment (300).

Abstract: A module assembly (100) comprises a module body (2) with a plurality of conductive pads (210) thereof, a FPC (3) with a plurality of conductive strips (310) in one end and a metal shell (1). The shell has a planar bottom wall (11) and sidewalls (12,13,14) approximately extending from edges of the bottom wall forming a room to receive the FPC and the module body. Sidewalls define arms of two types extending therefrom. The arms (123,131,141) of first type slant into the room to retain the module body and the arms (122) of second type slant outwards and away from the room to retain the module assembly. And the module assembly is fitted into an electronic equipment (300).

Abstract: A contact element (10) includes a main portion (200), a mating portion (300) extending from the main portion for electrically connecting to an printed circuit board, a tail portion (100) extending from the main portion for electrically connecting to a cable, a restrictive portion (400) extending from either the tail portion or the main portion and a spring portion (401) extending from the mating portion and restrictively attached to the restrictive portion for preventing abnormal moving of the mating portion.

Abstract: A memory card connector adapted for connecting a memory card to a PCB comprises an insulative housing (10) defining a receiving portion for receiving a memory card therein, a plurality of terminals (20) received in the housing, a switch contact (40) received in a front corner portion of the housing, and a metal cover (30) enclosing the housing. The switch contact includes an engaging arm (41) extending opposite to the card insertion direction. The metal cover includes a side plate (35) secured in a side portion of the housing and a flexible beam (38) extending forwardly and inwardly from a front end of the side plate. The flexible beam includes a contact portion (383) spaced from the engaging arm of the switch contact and deflectable upon insertion of the memory card to contact with the engaging arm of the switch contact.

Abstract: A memory card connector adapted for connecting a memory card to a PCB comprises an insulative housing (10) defining a receiving portion for receiving a memory card therein, a plurality of terminals (20) received in the housing, a switch contact (40) received in a front corner portion of the housing, and a metal cover (30) enclosing the housing. The switch contact includes an engaging arm (41) extending opposite to the card insertion direction. The metal cover includes a side plate (35) secured in a side portion of the housing and a flexible beam (38) extending forwardly and inwardly from a front end of the side plate. The flexible beam includes a contact portion (383) spaced from the engaging arm of the switch contact and deflectable upon insertion of the memory card to contact with the engaging arm of the switch contact.