| 摘要 |
In a temporary locking state, there is a little clearance C between an end wall of a contact hole provided at an insulator and an end surface of a contact. When a double locking member is pushed down from a temporary locking position to a regular locking position, an engaging portion of the double locking member pushes an inclined plane of a second stabilizer of the contact. Therefore, the contact moves to the forward direction. When the end surface of the contact is brought into contact with the end wall of the contact accommodating chamber, the contact stops. Then, the clearance C becomes naught. Since the contact of the connector cannot move to the insulator, contacts of the connector and a mating connector can stably comes into contact with each other.
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