Abstract: A card connector includes a first housing, a plurality of first terminals, a second housing and a plurality of second terminals. A plurality of accepting grooves are arranged in the first housing. An inserting groove is opened in the inner side of the accepting groove. The first terminals are accepted in the accepting grooves. A plurality of accepting holes are opened in the second housing. Each of the second terminals includes a welding portion and a base portion. The second terminal is arranged in the second housing. The welding portion projects out from the bottom of the second housing. The second housing is fixed on the bottom of the first housing. While the card connector is welded on a PCB, and the welding portion of the second terminal connects to the PCB, a space is formed between the card connector and the PCB.

Abstract: A connector has an insulating housing. The insulating housing has a mating body and a receiving body connected with the mating body. The mating body has a mating surface which defines at least one cavity. The receiving body defines a top surface, a bottom surface and a side surface. A first terminal has a first contacting portion positioned on the top surface and adapted for being connected with a first printed circuit board, and a first connecting portion protruding into the corresponding cavity. A second terminal has a second contacting portion also positioned on the top surface and a second connecting portion extending out of the side surface and adapted for being connected to a second printed circuit board. A third terminal has a third contacting portion also positioned on the top surface and an antenna-connecting portion extending out of the bottom surface for connecting an antenna device.

Abstract: A memory card connector mountable onto a printed circuit board for receiving at least one kind of memory card includes an insulating housing and a shielding shell covering the insulating housing to define a receiving chamber therebetween. The shielding shell has a contacting end at a side thereof. A detecting terminal is received in a side of the insulating housing, the detecting terminal has a soldering portion adapted for electrically connecting to the printed circuit board, a resilient conductive portion adjacent to the contacting end of the shielding shell, and a resilient contact portion extending towards the receiving chamber and capable of moving outwards resiliently to push the resilient conductive portion to electrically contact the contacting end of the shielding shell.

Abstract: A card connector includes a first housing, a plurality of first terminals, a second housing and a plurality of second terminals. A plurality of accepting grooves are arranged in the first housing. An inserting groove is opened in the inner side of the accepting groove. The first terminals are accepted in the accepting grooves. A plurality of accepting holes are opened in the second housing. Each of the second terminals includes a welding portion and a base portion. The second terminal is arranged in the second housing. The welding portion projects out from the bottom of the second housing. The second housing is fixed on the bottom of the first housing. While the card connector is welded on a PCB, and the welding portion of the second terminal connects to the PCB, a space is formed between the card connector and the PCB.

Abstract: A microphone connector includes an insulation housing and an electrical contact. The insulation housing has an insertion passage arranged at a top surface thereon, a receiving space arranged at a bottom surface thereon and communicated with the insertion passage and grooves passing through opposite sidewalls of the insulation housing. The electrical contact includes a body portion arranged up on the sidewalls, a soldering portion arranged at one end of the body portion, at least two opposite arms arranged at the other end of the body portion and received in the corresponding grooves respectively and elastic connection portions respectively arranged at the side arms and received in the receiving space. While a terminal of a microphone inserts into the insertion passage and electronically couples to the elastic connection portions to form multi-conductive areas, signal is transmitted between the microphone and the microphone connector stably through the multi-conductive areas.

Abstract: A plug connector includes an insulating housing, a plurality of terminals, a rear lid and a cover. The insulating housing has a base portion and a tongue portion extending forward from the base portion and defines a plurality of receiving slots for receiving the respective terminals. Each of the terminals has a soldering section stretching out from the rear of the base portion. The rear lid has a prop section and a support section protruding rearward from the rear of the prop section. The prop section is propped against the rear of the base portion of the insulating housing and defines a plurality of channels passing therethrough. The soldering sections of the terminals pass through the corresponding channels and are supported by the support section to be soldered with cables. The cover wraps the insulating housing and the rear lid.

Abstract: A memory card connector includes an insulating housing, an auxiliary member and an ejecting device used for withdrawing a memory card from the memory card connector. The insulating housing has a base. Two sidewalls and a rear wall extend upwards from edges of the base. A plurality of terminal cavities are defined in the insulating housing for receiving a plurality of electric terminals. A cover is coupled with the insulating housing. One side of the insulating housing defines an accommodating cavity. A preventing member is formed at the inside of the accommodating cavity. The auxiliary member is received in the accommodating cavity and slides between the sidewall and the preventing member. The auxiliary member includes at least one elastic member and a cooperative member. The elastic member is located between and against the sidewall and the cooperative member. Hence, the cooperative member is blocked by the preventing member.

Abstract: A memory card connector includes an insulating housing, an auxiliary member and an ejecting device used for withdrawing a memory card from the memory card connector. The insulating housing has a base. Two sidewalls and a rear wall extend upwards from edges of the base. A plurality of terminal cavities are defined in the insulating housing for receiving a plurality of electric terminals. A cover is coupled with the insulating housing. One side of the insulating housing defines an accommodating cavity. A preventing member is formed at the inside of the accommodating cavity. The auxiliary member is received in the accommodating cavity and slides between the sidewall and the preventing member. The auxiliary member includes at least one elastic member and a cooperative member. The elastic member is located between and against the sidewall and the cooperative member. Hence, the cooperative member is blocked by the preventing member.

Abstract: A memory card connector includes an insulating housing defining conductive terminal grooves and a switch terminal groove. A metallic shell coupling with the insulating housing to form a card cavity therebetween has a top section and two side sections. The front of a top surface of one side section extends and inclines to the front of the top section to form an anti-mismating portion connecting with the front of the top section to form an inclined corner at the front of the metallic shell. One side section extends rearward to form a touching portion protruding toward the inner of the card cavity. Conductive terminals received in the conductive terminal grooves have a base portion, a soldering portion and a contacting portion. A switch terminal assembled in the switch terminal groove has a main body extending rearward to form a resilient arm received in the card cavity. The resilient arm defines a contacting projection facing the touching portion and a pressing portion facing the inner of the card cavity.

Abstract: A memory card connector includes a housing, a plurality of terminals and a cover. The housing consists of a bottom wall, a front wall, a back wall and a pair of side walls and defines a plurality of slots therein. A receptacle is formed among the walls. The terminals are received in the corresponding slots. The cover is pivotally mounted to the housing, having a top member. At least one pressed component is arranged on the top member. The pressed component includes a pair of opposite spring arms, one end of the spring arms connects with the top member, and the other is stamped individually to form a pair of inclined arms on the top member. The inclined arms joint together by a protruding joint portion, which presses down a memory card. Therefore, a firmly electrical connection between the memory card and the terminals is established.

Abstract: A memory card connector includes an insulating housing having a top wall and two sidewalls and defining conductive terminal grooves and a switch terminal groove. One sidewall extends upward and then extends toward the other sidewall to define an anti-mismating portion having a transverse portion above the top wall and a vertical portion connecting with the transverse portion and the sidewall. A metallic shell coupling with the insulating housing to form a card cavity has two side sections. One side section extends rearward to form a touching portion. Conductive terminals received in the conductive terminal grooves have a base portion, a soldering portion and a contacting portion. A switch terminal assembled in the switch terminal groove has a main body extending rearward to form a resilient arm received in the card cavity. The resilient arm defines a contacting projection facing the touching portion and a pressing portion facing the inner of the card cavity.

Abstract: A memory card connector includes a housing with a base, a cover, multiple electric terminals installed on the top surface of the base. The base has a left fixing hole and a right fixing hole penetrating its surface. Both sides of the base extend upwards to form a first wall and a second wall. The first wall has a left passageway at its back. The second wall has a right passageway at its back. The cover has a left back board with a left rivet and a left fixing arm. A right back board has a right rivet and a right fixing arm. The cover and the housing are assembled after the rivets are received in the corresponding passageways respectively. After the cover is opened, the fixing arms are inserted into the corresponding fixing holes respectively so that the cover can't come off the housing.

Abstract: A connector includes an insulating housing, a plurality of terminals, an actuator and a support member. The insulating housing defines a mouth and a plurality of cavities for receiving the corresponding terminals. The actuator is rotatably mounted to the mouth of the insulating housing and has a base. Two opposite sides of the base respectively define an incline slightly sloping inward from bottom to top. A top of the incline protrudes sideward to form an edge. The support member has a base section. A top of the base section bends sideward to form an arcuate section. A free end of the arcuate section extends downward to form an elastic section. While the actuator is at a closed position, the elastic section and the corresponding incline buckle with each other, the edge is held by the arcuate section.

Abstract: A memory connector includes an insulative housing, a plurality of terminals accommodated in the insulative housing, a cover engaged with the insulative housing and a switch mechanism secured in the insulative housing. The switch mechanism includes a first member and a second member. The first member keeps a proper distance to the second member. When a memory card is fully inserted into the memory card connector, the memory card passes over and pushes the first member to make electric connection to the second member. The connection between the first member and the second member generates a signal to judge whether the memory card is right inserted or not.