Abstract: An electrical connector (100) includes an insulating housing (30), a plurality of terminals (32) received in the insulating housing, an L-shaped metal shield (10), a base portion (20) and an ejector (40). The metal shield covers the insulating housing for defining a card receiving space. The base portion comprises a guide rail (21) and a cam plate (22) integral with the guide rail. A pair of arms (not labeled) extends upwardly from the cam plate to define a receiving channel (225) and the receiving channel defines a heart-shaped slot (220) at a front end thereof. The ejector is received in the receiving channel of the base portion and comprises a slider piece (41), a pin member (42) and a resilient element (43). The slider piece is being moveable to drive the pin member to move in the heart-shaped slot.

Abstract: A card connector (1) for receiving or ejecting a card includes an insulating body (4) retaining a plurality of terminals, a shell (2) covering the insulating body to define a card slot (10), an ejector (2) mounted on a lateral side of the shell. The ejector includes an ejecting member (51) for engaging with the card and removing with the card and an operating member (52) adapted to promote the ejecting member. The operating member includes a base (521) having a circular groove (5211), a slider (522), a pushing bar (523), and an elastic member (524). The circular groove generally defines two opposite channels with different length, and the two opposite channels diverge forwardly and extending backwardly in a crossed direction to meet each other then extending horizontally to form a horizontal groove (5212) for locking the slider under a careless attitude.

Abstract: An electrical card connector assembly (100) comprising: a first electrical card connector (1); a second electrical card connector (2) disposed below the first electrical card connector; a third electrical card connector (3); a fourth electrical card connector (4) arranged abreast with the third electrical card connector; a PCB (5) defining an upper surface (50) and a lower surface (51), the upper and lower surface having a plurality of traces, respectively; wherein the combined first and second card connector are disposed on the upper surface (50) of the PCB and electrically connected with the corresponding traces of the upper surface, and the third and fourth electrical card connector are arranged abreast on the lower surface of the PCB (5) and electrically connecting with the corresponding traces of the lower surface (51).

Abstract: The present invention relates to an electrical card connector comprising: a first connector with a plurality of first contacts; a second connector located at the lateral side of the first connector and with a plurality of second contacts; a PCB located at the bottom of the first connector and the second connector; a shell covering the first connector; a bottom plate mounted at the bottom of the shell; the first connector and the second connector are held on the same side of the PCB, a first receiving room is defined between the shell and the bottom plate, and the second receiving room is defined between the bottom plate and the PCB.

Abstract: An electrical connector adapted for mounting on a printed circuit board (PCB) includes a first, a second and third mating port. The first and second mating ports are of horizontal types relative to the PCB and the third mating port is of vertical type. The first and second mating ports are stacked one over another and the third mating port is located at one side of the first mating port and the second mating port.

Abstract: An electrical card connector assembly (10) for receiving a first and a cards includes a first card connector (100) and a second card connector (200). The first card connector includes a first housing (12), a plurality of first terminals (21) received in the first housing, and an L-shape shell assembled on the first housing. The first housing associating with the L-shape shell to define a rectangular space. The second card connector (200) includes a second housing (14) extending laterally from the first housing and a plurality of second terminals (22) received in the second housing. The second housing is located in the rectangular space.

Abstract: A card connector (1) for receiving or ejecting a card includes an insulating body (4) retaining a plurality of terminals, a shell (2) covering the insulating body to define a card slot (10), an ejector (2) mounted on a lateral side of the shell. The ejector includes an ejecting member (51) for engaging with the card and removing with the card and an operating member (52) adapted to promote the ejecting member. The operating member includes a base (521) having a circular groove (5211), a slider (522), a pushing bar (523), and an elastic member (524). The circular groove generally defines two opposite channels with different length, and the two opposite channels diverge forwardly and extending backwardly in a crossed direction to meet each other then extending horizontally to form a horizontal groove (5212) for locking the slider under a careless attitude.

Abstract: An electrical card connector (100) includes a first connector (1) and a second connector (2). The first connector includes a first insulating housing (12), a first shield (11) mounted on the first insulating housing to define a first receiving room (10), and a plurality of first terminals (13) retained in the first insulating housing. The second connector (2) is mounted under the first connector, and includes a second insulating housing (22) to define a second receiving room (20), and a plurality of second terminals (23) retained in the second insulating housing. Wherein the first insulating housing includes a base section (121) having an embossment (125), the embossment protruding into the second receiving room.

Abstract: An electrical card connector for receiving at least two different cards, comprises: an insulative housing; a plurality of contacts received in the housing; an L-shaped shell assembled on the housing defining a receiving space for receiving the card; and a guide member assembled on the shell with a spring plate extending into the receiving space. When an L-shaped electrical card inserts into the connector, it could be keep in the connector steadily because of the friction between the card and the spring plate.

Abstract: An electrical card connector assembly (10) for receiving a first and a cards includes a first card connector (100) and a second card connector (200). The first card connector includes a first housing (12), a plurality of first terminals (21) received in the first housing, and an L-shape shell assembled on the first housing. The first housing associating with the L-shape shell to define a rectangular space. The second card connector (200) includes a second housing (14) extending laterally from the first housing and a plurality of second terminals (22) received in the second housing. The second housing is located in the rectangular space.

Abstract: An electrical card connector (1) for receiving an electrical card, comprises an insulative housing (2) with a plurality of terminals (3) receiving therein, a shield (4) assembled on the housing, and a base portion (6) on one side of the housing and receiving an ejecting mechanism, the ejecting mechanism comprises a slider (7), the slider forms an engaging block (71) towards to the housing thereon, and during the card inserting, the engaging block engages with a edge of the card.

Abstract: An electrical card connector (100) includes a first connector (1) and a second connector (2). The first connector includes a first insulating housing (12), a first shield (11) mounted on the first insulating housing to define a first receiving room (10), and a plurality of first terminals (13) retained in the first insulating housing. The second connector (2) is mounted under the first connector, and includes a second insulating housing (22) to define a second receiving room (20), and a plurality of second terminals (23) retained in the second insulating housing. Wherein the first insulating housing includes a base section (121) having an embossment (125), the embossment protruding into the second receiving room.

Abstract: An electrical card connector (1) for receiving an electrical card, comprises an insulative housing (2) with a plurality of terminals (3) receiving therein, a shield (4) assembled on the housing, and a base portion (6) on one side of the housing and receiving an ejecting mechanism, the ejecting mechanism comprises a slider (7), the slider forms an engaging block (71) towards to the housing thereon, and during the card inserting, the engaging block engages with a edge of the card.

Abstract: An electrical connector (100) for a card (5) includes an insulative housing (1), a number of contacts (2) received in the housing and a shell (4) attached to the housing. The housing includes a bottom wall (11) having a number of passageways (111) and a number of support portions (113) extending from lower portion of the bottom wall and partially covering bottom surface of corresponding passageways. Each contact has a contact portion (22) having an upper convex portion upwardly projecting for contacting with the inserted card. Each of the contact portions comprises an abutting portion (24) having a lower convex surface downwardly projecting for abutting against the support portion. The contact portions and the abutting portions are opposite to each other in a top-to-bottom direction.

Abstract: A card connector (100) is mounted on a printed circuit board for receiving at least two kinds of cards and includes a dielectric housing (1), a number of contacts (2) and terminals (3) being retained in the housing. The housing includes a first receiving space (101) for receiving a first card (5) and a second receiving space (102) for receiving a second card (6) and the two receiving spaces are provided with a common insertion opening (14). A pair of guide portions (15) positioned at an inner corner of the housing adjacent to the opening. Each guide portion includes a first leading surface (151) for guiding the first card into the first receiving space and a second leading surface (152) for guiding the second card into the second receiving space.

Abstract: An electrical connector assembly (1) includes a first connector (2) and a second connector (3). The first connector includes a first housing (21) and first electrical contacts (22). The second connector includes a second housing (31) and second electrical contacts (32). The first contacts include signal contacts (22A), ground contacts (22B), and shield-joint contacts (22C). The signal contacts are arranged in pairs, with each pair transmitting one set of differential signals. The signal contacts within each pair are separated by an empty passage (214). Adjacent pairs of signal contacts are separated by one ground contact or by one shield-joint contact. The second contacts are configured to correspond to the first contacts, so that the first and second contacts can electrically mate with each other to electrically interconnect the first and second connectors. The wide interval between adjacent signal contacts enables cross talk between adjacent signal contacts to be reduced.

Abstract: An electrical connector (100) is mounted on a printed circuit board (4) and is adapted for mating with a complementary connector. The printed circuit board has a detecting pad (41). The electrical connector includes an insulative housing (1), a conductive contact (3) retained in the housing and a metal shell (2) substantially covering the housing. The metal shell has a resilient detecting tab (22) to elastically abut against and electrically contact with the detecting pad during the electrical connector fully mating with the complementary connector.

Abstract: An electrical connector assembly (1) includes a first connector (2) and a second connector (3). The first connector includes a first housing (21) and first electrical contacts (22). The second connector includes a second housing (31) and second electrical contacts (32). The first contacts include signal contacts (22A), ground contacts (22B), and shield-joint contacts (22C). The signal contacts are arranged in pairs, with each pair transmitting one set of differential signals. The signal contacts within each pair are separated by an empty passage (214). Adjacent pairs of signal contacts are separated by one ground contact or by one shield-joint contact. The second contacts are configured to correspond to the first contacts, so that the first and second contacts can electrically mate with each other to electrically interconnect the first and second connectors. The wide interval between adjacent signal contacts enables cross talk between adjacent signal contacts to be reduced.

Abstract: An electrical connector assembly (1) includes a first connector (2) and a second connector (3). The first connector includes a first housing (21) and first electrical contacts (22). The second connector includes a second housing (31) and second electrical contacts (32). The first contacts include signal contacts (22A), ground contacts (22B), and shield-joint contacts (22C). The signal contacts are arranged in pairs, with each pair transmitting one set of differential signals. The signal contacts within each pair are separated by an empty passage (214). Adjacent pairs of signal contacts are separated by one ground contact or by one shield-joint contact. The second contacts are configured to correspond to the first contacts, so that the first and second contacts can electrically mate with each other to electrically interconnect the first and second connectors. The wide interval between adjacent signal contacts enables cross talk between adjacent signal contacts to be reduced.

Abstract: An electrical card connector (1) comprises an insulative housing (2), a plurality of contacts (21), (22) received in the insulative housing, a shell (3), an ejector (4), and a retention device (5). The insulative housing defines a plurality of passageways extending therethrough. The contacts includes signal contacts (21) received in the passageways, and a pair of grounding contact (22) being positioned at a rear end of the insulative housing and each having a curved portion (222). The shell is assembled to the insulative housing and comprises a top wall (31), opposite side walls (320), and a pair of grounding portions (35) each extending downwardly from the top wall and connecting with the curved portion of the grounding contact.