A connector has a housing configured to mate with a second housing, a pair of slide members movably mounted on the housing, and a lever pivotably attached to the housing and slidably coupled to the slide members. Each slide member has a cam groove in a side surface which provides an angled lead-in surface into the cam groove and cam surfaces engageable with a cam follower post of the second housing. A blocking shoulder partially blocking an opening of the cam groove to prevent entry of the cam follower post unless the cam follower post is in a correct position. When the cam follower post engages the angled lead-in surface, this provides a visual and tactile indication to a user that the connector is ready to be mated with the second housing.

A connector position assurance member (60) includes a body (61), a resiliently displaceable lock (70) projecting forward from a front of the body (61) and a push-in suppressing member (80) projecting rearward from a rear of the body (61). The housing (30) includes a receptacle (31) and a lock arm (40) provided on an upper surface of the receptacle (31). The lock arm (40) includes a locking portion (44) to be locked to a projection (102) of a mating housing (100) and a connection releasing portion (45) for displacing the locking portion (44) by being pushed toward an outer peripheral surface of the receptacle (31). With the connector position assurance member (60) at a connection assurance position (CAP), the lock (70) is locked to the locking portion (44) and the push-in suppressing member (80) is between the upper surface of the receptacle (31) and the connection releasing portion (45).

Power connection assembly including a connection module and electric cable terminations to be locked in/unlocked from the module in a desired insertion position. Terminal block includes a plurality of independent connection modules. A cavity in the body of a connection module is provided into which it is possible to insert an electric cable termination that is able to be fastened and locked in at least two separate insertion positions, preferably a multitude thereof, through sliding/translational movement of a locking plate over the body that is provided with reliefs, preferably ridges that interleave in complementary reliefs, preferably ridges of the sleeve of the termination.

Terminal block connection assembly with a plurality of independent power connection modules and system for the quick locking/unlocking of the modules on a rail intended to be fastened to a structure, in particular an aircraft structure. A terminal block connection assembly with a terminal block includes one or more connection modules with a plurality of connection cavities, the individual fastening of which to a support rail that is itself intended to be fastened to a structure is ensured by one or more positioning pieces that are each able to be inserted into and then held in a fastening groove through a single translational movement.

A set of electrical connectors includes a connector and a mating connector. The connector comprises a locking device mounted on a housing so as to slide in a locking direction between a pre-locking position and a locking position. The connector also has a latch. The latch is provided with a locking surface for locking the connector to the mating connector. The latch extends between a junction that joins it to the body of the housing and at least the locking surface in a direction opposite to the locking direction.

An electrical connector has an insulative body, a group of first conductive terminals and a group of second conductive terminals fixed to the insulative body, a grounding metal plate and an outer shielding shell. A front part of the shell forms a first mating cavity and a rear part of the shell forms a second mating cavity. An insertion space is formed between elastic extending arms of the first terminal group and elastic extending arms of the second terminal group. An electrical connector combination, which includes the electrical connector and a circuit board, is further provided. An inserted portion of the circuit board can be correspondingly inserted into the insertion space and can be elastically interposed by the elastic extending arms of the first terminal group and the elastic extending arms of the second terminal group so as to be correspondingly electrically connected.

An electrical connector has an insulative body, a group of first conductive terminals and a group of second conductive terminals fixed to the insulative body, a grounding metal plate and an outer shielding shell. A front part of the shell forms a first mating cavity and a rear part of the shell forms a second mating cavity. An insertion space is formed between elastic extending arms of the first terminal group and elastic extending arms of the second terminal group. An electrical connector combination, which includes the electrical connector and a circuit board, is further provided. An inserted portion of the circuit board can be correspondingly inserted into the insertion space and can be elastically interposed by the elastic extending arms of the first terminal group and the elastic extending arms of the second terminal group so as to be correspondingly electrically connected.

A cable assembly includes a first cable and a second cable that is arranged co-axial to the first cable. Proximal ends of the first and second cables are provided with a connector assembly. The connector assembly from each proximal end is adapted to connect with one another, or a pair of receptacle ports located within a PCB, the PCB being disposed alongside the co-axially arranged first and second cables.

A connector assembly comprises a first connector and a second connector. The first connector comprises a first inner structure and a first housing. The first inner structure comprises a first connector main body. The second connector comprises a second inner structure and a second housing. The second inner structure comprises a second connector main body. The second connector main body comprises a plurality of second terminals, a second holding member and a second shell. The second connector main body is mated with the first connector main body under a mated state where the first connector and the second connector are mated with each other. A distance from a front end of the first housing to a rear end of the second shell is shorter than a distance from a rear end of the second housing to the rear end of the second shell in a front-rear direction under the mated state.

An electrical connection system can include a cage and/or a corresponding cable. The cage can be formed by walls and define faces on the top, bottom, right, left, front, and rear. A rear portion can house a receiving portion of a connector interface, which can be engaged via insertion of a module through the front face, or alternately by insertion of a plug through the top face. The cable at a terminating end can include the plug, which may include a vertical upright column and a horizontal base that includes an insertion portion of the connector interface. The cable at an originating end can include another instance of the receiving portion of the connector interface. A retainer can be provided to retain the plug in engagement with the receiving portion of the connector in the cage. The retainer can include a cover or other structure on the cable and/or cage.