Abstract: A connector position assurance (CPA) member for assuring the engagement of a first connector housing with a second connector housing. The CPA member includes terminals which can conduct electricity through a conductor in the second connector housing when the CPA member is at a full-lock position, due to a closed electrical circuit. The terminals of the CPA member cannot conduct electricity through the conductor in the second connector housing when the CPA member is at a pre-lock position due to an open electrical circuit.

Abstract: A self-rejecting connector apparatus ensures that the connector apparatus of the present invention become fully engaged or fully locked when a rejection force, which pushes connector locks out of any partial-lock or partial-mate condition, ceases to be generated. A specially-shaped spring element, which is used to generate the rejection force, is blocked from being removed from the connector apparatus of this invention until the connector apparatus is fully engaged or fully locked.

Abstract: An electrical connector having a male connector assembly of an insulating material for housing a plurality of pin contacts, and a female connector assembly of an insulating material, for housing a plurality of socket contacts for mating with the pin contacts. A circuit-to-circuit isolation distance is at least twice a connector mating distance, when the male and female connector assemblies are mated. A terminal position assurance cap, insertable from an end of the female connector assembly opposite an insertion face for the male connector assembly enables a maximized circuit-to-circuit isolation distance. The terminal position assurance cap assures that the socket contact is retained in the socket contact chamber, by blocking a flexible integral retention clip against the socket contact. The connector further includes an arrangement for removing the socket contact from the female connector assembly.

Abstract: A self-rejecting connector apparatus ensures that the connector apparatus of the present invention become fully engaged or fully locked when a rejection force, which pushes connector locks out of any partial-lock or partial-mate condition, ceases to be generated. A specially-shaped spring element, which is used to generate the rejection force, is blocked from being removed from the connector apparatus of this invention until the connector apparatus is fully engaged or fully locked.

Abstract: An electrical connector having a male connector assembly of an insulating material for housing a plurality of pin contacts, and a female connector assembly of an insulating material, for housing a plurality of socket contacts for mating with the pin contacts. A circuit-to-circuit isolation distance is at least twice a connector mating distance, when the male and female connector assemblies are mated. A terminal position assurance cap, insertable from an end of the female connector assembly opposite an insertion face for the male connector assembly enables a maximized circuit-to-circuit isolation distance. The terminal position assurance cap assures that the socket contact is retained in the socket contact chamber, by blocking a flexible integral retention clip against the socket contact. The connector further includes an arrangement for removing the socket contact from the female connector assembly.