Abstract: A socket contact is configured to receive a part of a mating contact. The socket contact comprises a spring portion, a spring support portion and a lance. The spring portion is brought into contact with the mating contact when the socket contact receives the part of the mating contact. The spring support portion supports the spring portion. The lance is provided on the spring support portion.

Abstract: A socket contact is configured to receive a part of a mating contact. The socket contact comprises a spring portion, a spring support portion and a lance. The spring portion is brought into contact with the mating contact when the socket contact receives the part of the mating contact. The spring support portion supports the spring portion. The lance is provided on the spring support portion.

Abstract: An electrical connector mountable to a circuit board is disclosed. The disclosed connector includes a shell which comprises a first plate-like portion, a second plate-like portion and connection portions. The first plate-like portion extends in a predetermined direction and is provided with fixed portions at opposite ends thereof in the predetermined direction. The fixed portion is to be fixed to the circuit board. The second plate-like portion extends in the predetermined direction. Each of the connection portions connects the first and the second plate-like portion. The second plate-like portion is provided with force resist portions at opposite ends thereof in the predetermined direction. The force resist portions are configured so that, when a force is applied to the electrical connector along a direction from the first plate-like portion towards the second plate-like portion, the force resist portions resist the force.

Abstract: An electrical connector mountable to a circuit board is disclosed. The disclosed connector includes a shell which comprises a first plate-like portion, a second plate-like portion and connection portions. The first plate-like portion extends in a predetermined direction and is provided with fixed portions at opposite ends thereof in the predetermined direction. The fixed portion is to be fixed to the circuit board. The second plate-like portion extends in the predetermined direction. Each of the connection portions connects the first and the second plate-like portion. The second plate-like portion is provided with force resist portions at opposite ends thereof in the predetermined direction. The force resist portions are configured so that, when a force is applied to the electrical connector along a direction from the first plate-like portion towards the second plate-like portion, the force resist portions resist the force.

Abstract: In a connector including a fitting portion to be fitted to a mating connector, signal contacts are disposed in the fitting portion in a first row. A ground plate includes a plurality of ground terminals disposed in the fitting portion in a second row parallel to the first row. These contacts are held by a housing. A conductive shell is coupled to the housing and includes a shell body partially covering these contacts, a bent portion bent inward from the shell body at an end of the fitting portion, and a protecting portion extending from the bent portion with a space which is kept between the protecting portion and the shell body. Each of the ground terminals includes a spring portion extending in the fitting portion and a free end portion extending from the spring portion and inserted into the space with being contacted with the protecting portion.

Abstract: In a connector to be mounted to a substrate, a strengthening member is coupled to a housing holding a contact The strengthening member is adapted to fix the housing to the substrate and includes a side plate portion extending in a direction away from the substrate in a state where the connector is mounted to the substrate, a top plate portion adjacent to the side plate portion and faced to the substrate, and first and second mounting portions to be attached to the substrate, The first mounting portion extends from an end of the side plate portion adjacent to the substrate in a widthwise direction of the housing perpendicular to a fitting direction in which a mating connector is fitted to the connector. The second mounting portion extends from the top plate portion at a side opposite to a fitting side to be fitted to the mating connector.

Abstract: In a connector including a fitting portion to be fitted to a mating connector, signal contacts are disposed in the fitting portion in a first row. A ground plate includes a plurality of ground terminals disposed in the fitting portion in a second row parallel to the first row. These contacts are held by a housing. A conductive shell is coupled to the housing and includes a shell body partially covering these contacts, a bent portion bent inward from the shell body at an end of the fitting portion, and a protecting portion extending from the bent portion with a space which is kept between the protecting portion and the shell body. Each of the ground terminals includes a spring portion extending in the fitting portion and a free end portion extending from the spring portion and inserted into the space with being contacted with the protecting portion.

Abstract: In a connector to be mounted to a substrate, a strengthening member is coupled to a housing holding a contact The strengthening member is adapted to fix the housing to the substrate and includes a side plate portion extending in a direction away from the substrate in a state where the connector is mounted to the substrate, a top plate portion adjacent to the side plate portion and faced to the substrate, and first and second mounting portions to be attached to the substrate, The first mounting portion extends from an end of the side plate portion adjacent to the substrate in a widthwise direction of the housing perpendicular to a fitting direction in which a mating connector is fitted to the connector. The second mounting portion extends from the top plate portion at a side opposite to a fitting side to be fitted to the mating connector.

Abstract: A lock release mechanism for releasing an engagement with a counterpart connector (10) by moving a lock lever (2) engaging with the counterpart connector (10). A pull-tab (6) is connected to the lock lever. The lock lever is moved by a force pulling the pull-tab.

Abstract: In a connector in which an insulator holds a conductive contact to be connected to a mating connector, the insulator has a receiving portion receiving a locking mechanism for locking a state of connection with the mating connector. The locking mechanism has a main body, a locking portion extending from the main body, a spring portion urging the locking portion, and an operating portion for unlocking the locking portion. The receiving portion has a cover part covering the spring portion and the operating portion.

Abstract: In a connector in which an insulator holds a conductive contact to be connected to a mating connector, the insulator has a receiving portion receiving a locking mechanism for locking a state of connection with the mating connector. The locking mechanism has a main body, a locking portion extending from the main body, a spring portion urging the locking portion, and an operating portion for unlocking the locking portion. The receiving portion has a cover part covering the spring portion and the operating portion.

Abstract: An insulator (40) retains a plurality of conductive signal contacts (10) arrayed in a first direction (A1) for contacting with signal contacts of a counterpart connector, and further retains a conductive ground plate (20). The ground plate is arranged so as to be spaced apart from the signal contacts and has a plurality of ground contacts (24, 25) for contacting with ground contacts of the counterpart connector. These ground contacts are arrayed in the first direction and joined to each other via a joining portion (21). A connection piece (32, 33) extends from a part of the joining portion in the same direction as each of the ground contacts. The connection piece contacts with a conductive shell (60) formed separately from the ground plate and covering the insulator.

Abstract: In a connector (10) for connecting a connection object (30), a conductive contact (11) is held by an insulator (12) and is for electrically connecting the connection object. In addition, a conductive plate (14) is held by the insulator. The conductive plate has a spring piece (16) facing the conductive contact. The spring piece has plural finger pieces and is for elastically contacting with the connection object. The finger pieces are arranged to have a slit left between adjacent ones of the finger pieces. The insulator has a beam portion (19) placed in the slit.

Abstract: An insulator (40) retains a plurality of conductive signal contacts (10) arrayed in a first direction (A1) for contacting with signal contacts of a counterpart connector, and further retains a conductive ground plate (20). The ground plate is arranged so as to be spaced apart from the signal contacts and has a plurality of ground contacts (24, 25) for contacting with ground contacts of the counterpart connector. These ground contacts are arrayed in the first direction and joined to each other via a joining portion (21). A connection piece (32, 33) extends from a part of the joining portion in the same direction as each of the ground contacts. The connection piece contacts with a conductive shell (60) formed separately from the ground plate and covering the insulator.