Abstract: A battery connector, used to connect the battery and PCB, includes an insulating housing and a number of contacts received in the housing. Each contact is equipped with a retaining portion, a soldering portion extending downwardly from a lower edge of the retaining portion, and a contacting portion extending forwardly from a front edge of the retaining portion. A first notch is defined between a lower junction part which is formed between a lower edge of the retaining portion and a rear edge of the contacting portion and the first notch positioned beside the soldering portion.

Abstract: A battery connector, used to connect the battery and PCB, includes an insulating housing and a number of contacts received in the housing. Each contact is equipped with a retaining portion, a soldering portion extending downwardly from a lower edge of the retaining portion, and a contacting portion extending forwardly from a front edge of the retaining portion. A first notch is defined between a lower junction part which is formed between a lower edge of the retaining portion and a rear edge of the contacting portion and the first notch positioned beside the soldering portion.

Abstract: A camera socket (100) includes a metallic housing (40) defining a receiving space (101), a contact terminal insert disposed within the metallic housing (40) and including a plurality of contact terminals (30) integrally formed with an insulative housing (20) and arranged in an array. Each contact terminal (30) includes a fold-back contact engaging arm (34) extending backwardly and offset from a main portion (33) of the contact terminal (30) in a way such that a free end (341) of each of the contact engaging arm is located adjacent to a sidewall (41) of the metallic housing (40) for engaging with a camera module (100a).

Abstract: A camera socket (100) includes a metallic housing (40) defining a receiving space (101), a contact terminal insert disposed within the metallic housing (40) and including a plurality of contact terminals (30) integrally formed with an insulative housing (20) and arranged in an array. Each contact terminal (30) includes a fold-back contact engaging arm (34) extending backwardly and offset from a main portion (33) of the contact terminal (30) in a way such that a free end (341) of each of the contact engaging arm is located adjacent to a sidewall (41) of the metallic housing (40) for engaging with a camera module (100a).

Abstract: A shielding device with a replaceable top, comprising: a metallic frame 1 having side walls interconnected with a top portion having a top surface 10 thereon; a removable top surface 12 attached to the top surface 10; and a metallic cap 2 attached to the frame when the removable top surface 12 is removed from the metallic frame 1.

Abstract: An electrical connector includes an insulative housing (1), a number of terminals (2) received in the housing and a shell (3) covering the housing thereby forming a receiving space (310). The insulative housing (1) defines a base portion (11), a tongue portion (12) extending frontward from the base portion and having numbers of passageways (19) receiving the terminals and extending through the base portion. The shell (3) include a pair of pressing portions (36) extending to the receiving space and pressing against said tongue portion (12) in a direction perpendicular to the tongue portion.

Abstract: An electrical connector includes an insulating housing having sidewalls and end walls for defining a receiving groove, a number of contacts retained in the insulating housing, the contact including a mating beam extending into the receiving groove and a retaining beam retained in the sidewall. The contact further includes a tail portion extending out of the insulating housing from the retaining beam and a soldering portion formed on a tip end of the tail portion. The soldering portion is located between a highest point and a lowest point of the contact so that the height of the electrical connector upon a PCB can be reduced, which can also reduce the mating-height of the electrical connector after mating with a mating connector.

Abstract: An electrical card connector includes: an insulating housing having a mounting surface, a mating surface and a pair of sidewalls between the mounting surface and the mating surface; a plurality of contacts retained in the insulating housing. The contact has a base portion retained in the insulating housing, a contacting beam extending upwardly from the base portion for protruding on the mating surface, a connecting portion downwardly extending from the base portion and a soldering portion formed on a tip end of the connecting portion. The contact further includes a retaining beam connected with the connecting portion and extending inwardly for locking the connecting portion without moving outwardly, which can provide a stable and right position for the connecting portion and prevent the connecting portion from disengaging away from the passageway outwardly.

Abstract: Provided is an electrical connector comprises an insulative housing defining a mounting surface and a mating surface in a parallel relationship and surrounded by a pair of end portions and side edges. A plurality of contacts are arranged into two distinct rows, and each contact comprises a first solder tail and a second solder tail respectively extending outward from the end portion and the side edge of the insulative housing.

Abstract: An electrical connector includes: an insulating housing having a pair of sidewalls, a pair of endwalls and a bottom wall for defining a receiving room therebetween; a number of contacts retained in the insulating housing, each contact having a retaining beam, a moveable spring beam extending into the receiving room and a soldering leg extending from the retaining beam; and a sustaining member retained in the insulating housing and having a plurality of spring fingers located under the spring beam for sustaining said spring beam. The spring finger can provide an enough flexibility to the spring beam and also prevent the spring beam from being over distorted during a mating process.

Abstract: A contact used in an electrical connector for mounting onto a PCB includes: a base portion with a horizontal bottom surface and at least one locking hole formed on the bottom surface, a spring beam bended from one end of the base portion and extending upwardly to contact with a mating object, and at least one soldering pad received in the locking hole correspondingly. The soldering pad includes a pair of soldering legs with soldering surfaces thereon for soldering onto the PCB. The soldering material on the soldering surfaces of the soldering pads is not easy to creep upwardly onto the spring beam so that the spring beam can keep a good performance during a mating process with a mating object.

Abstract: An electrical connector includes an insulating housing having sidewalls and end walls for defining a receiving groove, a number of contacts retained in the insulating housing, the contact including a mating beam extending into the receiving groove and a retaining beam retained in the sidewall. The contact further includes a tail portion extending out of the insulating housing from the retaining beam and a soldering portion formed on a tip end of the tail portion. The soldering portion is located between a highest point and a lowest point of the contact so that the height of the electrical connector upon a PCB can be reduced, which can also reduce the mating-height of the electrical connector after mating with a mating connector.

Abstract: A keyboard sustainer used in an electronic device includes a metal body having a base portion with a first sustaining surface thereon for sustaining a keyboard, and an insulative body engaged with the metal body. The insulative body defines a second sustaining surface for sustaining the keyboard. The metal body includes a plurality of retaining tabs extending from a side edge of the base portion and embedded in the insulative body by insert-molding to get a firmly engagement therebetween. The first sustaining surface is coplanar with the second sustaining surface so that the keyboard can be sustained steady without any invalid connection to the sustainer.

Abstract: An electrical connector includes an insulative housing (1), a number of terminals (2) received in the housing and a shell (3) covering the housing thereby forming a receiving space (310). The insulative housing (1) defines a base portion (11), a tongue portion (12) extending frontward from the base portion and having numbers of passageways (19) receiving the terminals and extending through the base portion. The shell (3) include a pair of pressing portions (36) extending to the receiving space and pressing against said tongue portion (12) in a direction perpendicular to the tongue portion.

Abstract: A shielding device comprising: a metallic frame stamped from a sheet of metal material, the metallic frame having a top wall and sidewalls disposed along a periphery thereof, a central window defined on the top wall, a pair of interference pieces with a cutout extending therebetween and disposed on at least one of window side edges, the interference pieces adapted to extend away from central window, a metallic cap has a planar potion, and at least a pair of spaced spring legs extending from each side edge of the planar potion to elastically clamp the sidewalls of the metallic frame, each of spring legs having a resilient potion standably and elastically connected to free ends of spring legs, said resilient potion defining a shoulder edge below the interference pieces and a interference portion extending from the shoulder edge and into the cutout of the metallic frame.

Abstract: A shielding device with a replaceable top, comprising: a metallic frame 1 having side walls interconnected with a top portion having a top surface 10 thereon; a removable top surface 12 attached to the top surface 10; and a metallic cap 2 attached to the frame when the removable top surface 12 is removed from the metallic frame 1.