Abstract: A card connector comprises an insulative body (1) defining a first passageway (161) and a second passageway (162) above the first passageway (161) for receiving two cards (6, 7) different in sizes, a plurality of contacts (2) retained in the insulative body (1) and provided with first and second engaging portions (21, 22) exposed in corresponding passageways (161, 162) for electrically connecting with corresponding cards (6, 7), and a discriminating elastic device (41) disposed in an entrance of the first passageway (161) and having a resisting section (412) protruding towards a center of the first passageway (161). The resisting section (412) provides a slant (4121) extending upwardly towards the second passageway (162) at a terminal thereof.

Abstract: A connector including a housing (10) having a pair of opposing walls (110, 120) defining a mating slot (100) therebetween; a shell (20) enclosing the housing and having at least a grounding leg (211) for being grounded to a printed circuit board (PCB); a plurality of signal terminals (40) each having a retaining portion (410) retained in the housing, a deflectable contact beam (420) formed with a contact point (421) and extending into the mating slot along one of said opposing walls (110), and a solder tail (430) to be soldered to the PCB; and a conductive means (30) retained in the housing and having at least a deflectable contact finger (320) partly accommodated in the other of said opposing walls (120) and formed with a first contact point (321) protruding towards the contact point of said signal terminal and a second contact point (322) protruding for contacting the shell.

Abstract: A card connector comprises an insulating housing defining a card receiving space for accommodating two kinds of different cards in size; a plurality of contacts retained in the housing, and comprising a plurality of different contacting portions for electrically connecting with the different cards respectively; and at least a anti-misinsertion appliance disposed in the housing, and comprising a shutter member and an actuator member for controlling the shutter member to open and close so that the different cards are led into the correct contacting areas.

Abstract: A card connector comprises an insulating housing defining a card receiving space for accommodating two kinds of different cards in size; a plurality of contacts retained in the housing, an anti-misinsertion appliance disposed in the housing, and comprising a shutter member and an actuator member for controlling the shutter member to open and close and the actuator formed with a locking hole for engaging with a mating portion of the shutter member and having a guiding slope extending from the second card cavity to the first card cavity; and when the actuator member is moved outwardly from the card receiving space because of an outer force, the shutter member can open the card receiving space completely for receiving the corresponding card.

Abstract: A connector including a housing (10) having a pair of opposing walls (110, 120) defining a mating slot (100) therebetween; a shell (20) enclosing the housing and having at least a grounding leg (211) for being grounded to a printed circuit board (PCB); a plurality of signal terminals (40) each having a retaining portion (410) retained in the housing, a deflectable contact beam (420) formed with a contact point (421) and extending into the mating slot along one of said opposing walls (110), and a solder tail (430) to be soldered to the PCB; and a conductive means (30) retained in the housing and having at least a deflectable contact finger (320) partly accommodated in the other of said opposing walls (120) and formed with a first contact point (321) protruding towards the contact point of said signal terminal and a second contact point (322) protruding for contacting the shell.

Abstract: A card connector comprises an insulating housing defining a card receiving space for accommodating two kinds of different cards in size; a plurality of contacts retained in the housing, an anti-misinsertion appliance disposed in the housing, and comprising a shutter member and an actuator member for controlling the shutter member to open and close and the actuator formed with a locking hole for engaging with a mating portion of the shutter member and having a guiding slope extending from the second card cavity to the first card cavity; and when the actuator member is moved outwardly from the card receiving space because of an outer force, the shutter member can open the card receiving space completely for receiving the corresponding card.

Abstract: A card connector comprises an insulating housing defining a card receiving space for accommodating two kinds of different cards in size; a plurality of contacts retained in the housing, and comprising a plurality of different contacting portions for electrically connecting with the different cards respectively; and at least a anti-misinsertion appliance disposed in the housing, and comprising a shutter member and an actuator member for controlling the shutter member to open and close so that the different cards are led into the correct contacting areas.

Abstract: A card connector comprises an insulative body (1) defining a first passageway (161) and a second passageway (162) above the first passageway (161) for receiving two cards (6, 7) different in sizes, a plurality of contacts (2) retained in the insulative body (1) and provided with first and second engaging portions (21, 22) exposed in corresponding passageways (161, 162) for electrically connecting with corresponding cards (6, 7), and a discriminating elastic device (41) disposed in an entrance of the first passageway (161) and having a resisting section (412) protruding towards a center of the first passageway (161). The resisting section (412) provides a slant (4121) extending upwardly towards the second passageway (162) at a terminal thereof.