Electrical connector

1. An electrical connector configured such that blades that hold in place arrays of multiple terminals extending in a direction of connection to counterpart connector components are secured in place by a pair of housing halves split in said direction of connection, thereby forming a single connecting unit, each of the respective paired housing halves configured to be mated with a corresponding one of the counterpart connector components in the direction of connection, and multiple connecting units are coupled by coupling members extending in a coupling direction perpendicular to the terminal array plane of the blades, wherein:

the coupling members are positioned so as to span both paired housing halves and extend across multiple connecting units in the coupling direction, while, at the same time, having pairs of engagement tabs engaging the respective housing halves of each connecting unit, wherein each of the pairs of engagement tabs comprises a top engagement tab extending outward at a down rd incline in a connector width direction and having a lower distal end bent and extending downwardly at a direction different from the downward incline forming an engaging face, and a bottom engagement tab extending outward at an upward incline in the connector width direction and having an upper distal end bent and extending upwardly at a direction different from the upward incline forming another engaging face, and

each of the paired housing halves have recesses engaging the corresponding engagement tabs both in the direction of connection and in the coupling direction.

2. The electrical connector according to claim 1 , wherein the coupling members are metal strip-shaped members and the engagement tabs are obtained by cutting out and raising portions of said coupling members and are resiliently deformed.

3. The electrical connector according to claim 2 , wherein the recesses are configured to have the engagement tabs to be push-fitted therein, and the engagement tabs are adapted to engage the interior wall surfaces of the recesses of the housing halves with the edges of said engagement tabs.

4. The electrical connector according to claim 3 wherein, in the housing halves, there are formed insertion grooves that are open to the mutually opposed surfaces of the paired housing halves forming the connecting units and that permit insertion of the coupling members in the direction of connection up to the central location of said coupling members, and, in the coupling members, the engagement tabs can undergo resilient deformation when said coupling members are inserted into the insertion grooves, and, once a predetermined position is reached, the amount of resilient deformation is reduced and the tabs are push-fitted into the recesses of the housing halves.