Abstract: A card connector, comprising: an insulative housing having a base, a first passageway and a second passageway defined adjacently in the base; a plurality of contacts held within the base, the contacts having contact sections extending beyond the base; a pair of detecting switches including a stationary switch and a movable switch respectively located in the first passageway and the second passageway communicating with each other; the movable switch including a planar section abutting against a bottom wall of the second passageway, and a slanted spring arm attached to planar section, the slanted spring arm defining a contact end; a wedge-shaped block extending into the second passageway with a wedgy surface defined thereon, the slanted spring arm constantly contacting with said wedgy surface such that there is no portion of said spring arm electrically engages with the stationary switch when said contact end is pushed by an external force.

Abstract: An electrical card connector (100) includes an insulating housing (10), a metal shield (30) defining a plurality of channels (110, 142, 141), a terminal module (20) with a plurality of contacts (21) received therein and a clip. The metal shield shields over the insulating housing for defining a card receiving space. The clip includes a pair of first elastic pieces (40) and a second elastic piece (50). The first elastic piece forms a first contact portion (42) and a second contact portion (41). The first contact portion protrudes into the card receiving space for connecting with an inserted card (70). The second elastic piece forms a flexible arm (51) interfering with the second contact portion.

Abstract: An electrical connector for mounting on a printed circuit board, comprising: an insulating housing defining a first mating face and a second mating face adjacent to each other, and a top surface opposite to the second mating face, a plurality of passages extending from the second mating face toward the top surface and communicating with the first mating face, an imaginary central line extending through the top surface of the housing along lengthwise direction. A plurality of contact terminals received in the passages and each including a mounting portion securely positioned within the corresponding passage, each contact terminals including a contacting point extending from the mounting portion and out of the first mating surface, and a terminating end portion extending also from the mounting portion and away from the passage.

Abstract: A card connector, comprising: an insulative housing having a base, a first passageway and a second passageway defined adjacently in the base; a plurality of contacts held within the base, the contacts having contact sections extending beyond the base; a pair of detecting switches including a stationary switch and a movable switch respectively located in the first passageway and the second passageway communicating with each other; the movable switch including a planar section abutting against a bottom wall of the second passageway, and a slanted spring arm attached to planar section, the slanted spring arm defining a contact end; a wedge-shaped block extending into the second passageway with a wedgy surface defined thereon, the slanted spring arm constantly contacting with said wedgy surface such that there is no portion of said spring arm electrically engages with the stationary switch when said contact end is pushed by an external force.

Abstract: An electrical card connector (100), assembled on a printed circuit board (PCB), includes an insulating housing (1) and a plurality of contacts (3) received in the insulating housing. The insulating housing defines a plurality of receiving channels (12) and a plurality of fixing channels (11). Each contact includes a base portion (31), a contact portion (33) cantilevered above the base portion and partially received in the receiving channel, and a pair of fixing portions (34) respectively at two lateral sides of the base portion and received in corresponding fixing channels.

Abstract: An electrical card connector (100) includes an insulating housing (10), a metal shield (30) defining a plurality of channels (110, 142, 141), a terminal module (20) with a plurality of contacts (21) received therein and a clip. The metal shield shields over the insulating housing for defining a card receiving space. The clip includes a pair of first elastic pieces (40) and a second elastic piece (50). The first elastic piece forms a first contact portion (42) and a second contact portion (41). The first contact portion protrudes into the card receiving space for connecting with an inserted card (70). The second elastic piece forms a flexible arm (51) interfering with the second contact portion.

Abstract: A camera module connector (1) comprises a housing (10) having a plurality of sidewalls on which a plurality of conductive contacts (30) are retained and shield shell (50) attached and surrounded to an out-surface of the housing. Each conductive contact at least defines a slit hole (3011) with respect to a post (505) formed on the shield shell.

Abstract: An electrical connector adapted for receiving an electrical card therein, comprising an insulative housing having upper and lower surfaces, with a plurality of passageways extending therebetween; a plurality of contacts assembled to the passageways, each including a contact engaging portion extending above the upper surface; and a metal shell attached to the housing and defining a receiving space with the upper surface of the housing, the metal shell having a suction recess defined thereon. The suction recess is located at the top surface of the metal shell, and a geometric center of the suction recess of the metal shell about Z-axis coincides with a center of gravity of the electrical connector about Z-axis.

Abstract: A battery connector comprising: an insulative housing; a plurality of contacts received in the insulative housing; wherein the battery connector further including a block portion to prevent the contacts from dropping out of the insulative housing. The block portion can be used to reduce the moving extent of the contacts, increase the compactedness between of the contacts and the insulative housing.

Abstract: An electrical connector for mounting on a printed circuit board, comprising: an insulating housing defining a first mating face and a second mating face adjacent to each other, and a top surface opposite to the second mating face, a plurality of passages extending from the second mating face toward the top surface and communicating with the first mating face, an imaginary central line extending through the top surface of the housing along lengthwise direction. A plurality of contact terminals received in the passages and each including a mounting portion securely positioned within the corresponding passage, each contact terminals including a contacting point extending from the mounting portion and out of the first mating surface, and a terminating end portion extending also from the mounting portion and away from the passage.