Abstract: A receptacle connector (100) includes a metal shield (3) having the cover (31) and an opposite base (32). The cover (31) includes a pair of top lateral wings (312). The base includes a pair of bottom lateral wings (322) for mating with the respective top lateral wings (312). The top lateral wing (312) defines a first portion of a whole lateral wing board, while the bottom lateral wing (322) defines a second portion adapted to contribute towards completing the whole lateral wing board. Thus, the metal shield (3) is integrated by the cover (31) and the base (32), each of which is molded by a single sheet.

Abstract: An electrical card connector comprising an insulative housing 1 and a plurality of contacts 2, the insulative housing 1 has a base 13 and two sidewalls 11 extended from the two sides, a plurality of pinholes 120 are defined on the insulative housing 1 receiving corresponding contacts 2, wherein at least one of the contacts 2 has a supporting patch 24 extended from the side.

Abstract: An electrical card connector comprising an insulative housing 4 and a plurality of contacts 5 which received in the insulative housing, each contact includes a retention portion 51, an elastic portion 52 which extends from one end of the retention portion 51, a contact portion 53 which connects with the elastic portion 52, a preload portion 54 which extends from the end of the contact portion 53 and a soldering portion 55, wherein the contact 5 further includes a connect portion 56 which extends from the soldering portion 55 and a block portion 57 which extends from the end of the connect portion 56.

Abstract: A battery connector comprising: an insulative housing; a plurality of passageways defined in the insulative housing; a plurality of contacts received in the passageways; each contact including a retention section, an engaging section bending and extending from an end of the retention section, and a resilient section extending from the other end of the retention portion with a contact portion defined thereon, the contact portion having a block portion; wherein the cross section of the block portion showing cambered and extending against the contact portion.

Abstract: An electrical connector for connecting an electrical component to a printed circuit board through a flexible printed circuit comprises a shell defining a receiving space and a spring plate assembled in a bottom of the shell. The spring plate includes a main section extending in the longitudinal direction and against the bottom of the shell and contact sections extending from the two opposite sides of the main section. The main section defines a protrusion towards the receiving space in order to prevent the electrical component from overcompressing the spring plate.

Abstract: An electrical connector (100) includes a shielding (10) defining a receiving space and a spring plate (20) mounted in the receiving space of the shielding. The shielding comprises a bottom wall (11) for supporting the spring plate therein. The spring plate defines a main body (21), a plurality of contacting portions (22) extending slantly upward from two opposite longitudinal ends of the main body, and a locking portion (24) and a retention portion (25) extending outward from two transverse ends of the main body for engaging with a corresponding locating slot (16) and a cutout (113) of the shielding thereby the spring plate soldered by laser beam to the bottom wall of the shielding to obtain reliable connection between the shielding and the spring plate.

Abstract: A receptacle connector (100) includes a metal shield (3) having the cover (31) and an opposite base (32). The cover (31) includes a pair of top lateral wings (312). The base includes a pair of bottom lateral wings (322) for mating with the respective top lateral wings (312). The top lateral wing (312) defines a first portion of a whole lateral wing board, while the bottom lateral wing (322) defines a second portion adapted to contribute towards completing the whole lateral wing board. Thus, the metal shield (3) is integrated by the cover (31) and the base (32), each of which is molded by a single sheet.

Abstract: An audio jack comprises a set of contacts including a stationary contact (25) and a movable contact (23), and an anti-dust dome member (5). The anti-dust dome member (5) includes a conductive sheet (51) extending from a horizontal plate portion (250) of the stationary contact (25) to a lateral beam (235) of the movable contact (23), and a middle conductive dome sheet (52) below the conductive sheet (51). The conductive dome sheet (52) is constantly actuated to establish an electrical connection between the stationary contact (25) and the movable contact (23). Thus, even if dust is deposited on the anti-dust dome member (5) will have no effect on the electrical connection as established.

Abstract: An electrical connector adapted for connecting a camera module to a printed circuit board via a flexible printed circuit comprises a shield and a spring plate. The shield includes a pair of opposite rear and front walls, a pair of left and right walls adjacent to the rear and front walls, and a flat bottom wall connecting the walls together to enclose a cavity for receiving the camera module. The spring plate is mounted on the bottom wall of the shell and has a main portion and a number of elastic arms extending outward from the two opposite sides of the main portion. Each of the front and rear wall of the shield includes an upright base extending upwardly from the bottom wall, a retaining section extending upwardly from the center of the upright base, and a pair of fastening sections extending from both sides of the retaining section and bending toward the receiving cavity.

Abstract: An electrical connector adapted for connecting a camera module to a printed circuit board via a flexible printed circuit comprises a shield and a spring plate. The shield includes a pair of opposite rear and front walls, a pair of left and right walls adjacent to the rear and front walls, and a flat bottom wall connecting the walls together to enclose a cavity for receiving the camera module. The spring plate is mounted on the bottom wall of the shell and has a main portion and a number of elastic arms extending outward from the two opposite sides of the main portion. Each of the front and rear wall of the shield includes an upright base extending upwardly from the bottom wall, a retaining section extending upwardly from the center of the upright base, and a pair of fastening sections extending from both sides of the retaining section and bending toward the receiving cavity.

Abstract: An electrical connector (100) includes a shielding (10) defining a receiving space and a spring plate (20) mounted in the receiving space of the shielding. The shielding comprises a bottom wall (11) for supporting the spring plate therein. The spring plate defines a main body (21), a plurality of contacting portions (22) extending slantly upward from two opposite longitudinal ends of the main body, and a locking portion (24) and a retention portion (25) extending outward from two transverse ends of the main body for engaging with a corresponding locating slot (16) and a cutout (113) of the shielding thereby the spring plate soldered by laser beam to the bottom wall of the shielding to obtain reliable connection between the shielding and the spring plate.

Abstract: An electrical connector for connecting an electrical component to a printed circuit board through a flexible printed circuit comprises a shell defining a receiving space and a spring plate assembled in a bottom of the shell. The spring plate includes a main section extending in the longitudinal direction and against the bottom of the shell and contact sections extending from the two opposite sides of the main section. The main section defines a protrusion towards the receiving space in order to prevent the electrical component from overcompressing the spring plate.