Abstract: An electrical connector terminal is provided. The electrical connector terminal has axially aligned sections including a contact section and a connecting section away from the contact section. The connecting section is circumferentially formed with a plurality of axially extending resilient members, each having a thickness T and a width W that satisfy the relationship of 1.5T<W<6T. The resilient members are formed in accordance with the thickness-width relationship to enhance the strength of contact. The number of the resilient members is also selected according to the thickness-width relationship to increase the area of contact. Thus, the electrical connector terminal can be inserted securely into an electrical connector and, once inserted, is unlikely to be easily pulled out of the electrical connector.

Abstract: An electrical connector terminal is provided. The electrical connector terminal has axially aligned sections including a contact section and a connecting section away from the contact section. The connecting section is circumferentially formed with a plurality of axially extending resilient members, each having a thickness T and a width W that satisfy the relationship of 1.5 T<W<6 T. The resilient members are formed in accordance with the thickness-width relationship to enhance the strength of contact. The number of the resilient members is also selected according to the thickness-width relationship to increase the area of contact. Thus, the electrical connector terminal can be inserted securely into an electrical connector and, once inserted, is unlikely to be easily pulled out of the electrical connector.