Abstract: A card-edge connector for fixing and electrically connecting at least a first electrical card and a second electrical card to a circuit board includes a first insulating housing having a first card receiving slot and a second insulating housing having a second card receiving slot. The second insulating housing is mounted opposite from the first insulating housing such that the second card receiving slot faces the first card receiving slot. A first holding member is disposed on the second insulating housing for retaining the first electrical card in the first card receiving slot. A second holding member is disposed on the first insulating housing for retaining the second electrical card in the second card receiving slot.

Abstract: A card-edge connector for fixing and electrically connecting at least a first electrical card and a second electrical card to a circuit board includes a first insulating housing having a first card receiving slot and a second insulating housing having a second card receiving slot. The second insulating housing is mounted opposite from the first insulating housing such that the second card receiving slot faces the first card receiving slot. A first holding member is disposed on the second insulating housing for retaining the first electrical card in the first card receiving slot. A second holding member is disposed on the first insulating housing for retaining the second electrical card in the second card receiving slot.

Abstract: A card connector comprises a card insertion opening for receiving a PC card. A heat-dissipating device moves between a heat-dissipating position and a non-heat-dissipating position. The heat-dissipating device is positioned for contact with the PC card in the heat-dissipating position. A stopper is arranged adjacent to the card insertion opening. The stopper at least partially blocks the card insertion opening when the heat dissipating device is in the heat-dissipating position.