Electrical terminal with high conductivity core
View Patent ↗An electrical terminal including a first member and a second member. The first member has a front end configured to receive a mating contact and a rear end configured to attach to an electrical conductor. The first member is adapted to contact a first side of the mating contact. The second member is located, at least partially, in the first member. The second member is made from a material which is more conductive than material of the first member. The second member includes a front end configured to electrically contact an opposite second side of the mating contact and a rear end configured to attach to the electrical conductor.
1. An electrical terminal comprising:
a first member having a front end configured to receive a mating contact and a rear end configured to attach to an electrical conductor, wherein the first member is adapted to contact a first side of the mating contact; and
a second member located, at least partially, in the first member, wherein the second member comprises a material which is more conductive than material of the first member, and wherein the second member comprises a front end configured to electrically contact an opposite second side of the mating contact and a rear end configured to attach to the electrical conductor,
wherein the second member has a bottom side located substantially entirely against a surface of the first member.
2. An electrical terminal as in claim 1 wherein the front end of the first member comprises a cage.
3. An electrical terminal as in claim 1 wherein the rear end of the first member comprises crimp tabs.
4. An electrical terminal as in claim 1 wherein the front end of the first member comprises a spring to bias the mating contact in a direction towards the front end of the second member.
5. An electrical terminal as in claim 1 wherein the second member is substantially straight with a conductor receiving channel at the rear end of the second member.
6. An electrical terminal comprising:
a first member having a front end configured to receive a mating contact and a rear end configured to attach to an electrical conductor, wherein the first member is adapted to contact a first side of the mating contact; and
a second member located, at least partially, in the first member, wherein the second member comprises a material which is more conductive than material of the first member, and wherein the second member comprises a front end configured to electrically contact an opposite second side of the mating contact and a rear end configured to attach to the electrical conductor,
wherein the second member is substantially straight with a top side contact rail and lateral side mounting tabs on the front end of the second member.
7. An electrical terminal as in claim 1 wherein the second member is substantially straight.
8. An electrical terminal as in claim 1 wherein the first member is comprised of stainless steel and the second member is comprised of copper.
9. An electrical terminal as in claim 1 wherein the front end of the first member comprises a cage, and wherein the rear end of the first member comprises crimp tabs.
10. An electrical terminal as in claim 9 wherein the front end of the first member comprises a spring to bias the mating contact in a direction towards the front end of the second member.
11. An electrical terminal as in claim 10 wherein the second member is substantially straight with a conductor receiving channel at the rear end of the second member.
12. An electrical terminal as in claim 11 wherein the second member comprises a top side contact rail and lateral side mounting tabs on the front end of the second member.
13. A method of assembling an electrical terminal comprising:
providing a first member having a front end configured to receive a mating contact and a rear end configured to attach to an electrical conductor, wherein the first member is adapted to contact a first side of the mating contact;
providing a second member having a front end configured to electrically contact an opposite second side of the mating contact and a rear end configured to attach to the electrical conductor; and
inserting the second member into the first member, wherein the second member is located in a general nested position in the first member along a substantially entire length of the second member.
14. An electrical terminal as in claim 12 wherein the second member comprises copper.
15. An electrical terminal comprising:
a first member comprising a front end forming a cage for receiving a male contact, and a rear end having a conductor receiving area with tabs configured to be crimped onto a conductor; and
a second member connected to the first member in a general nested position along a substantially entire length of the second member, wherein the second member comprises a front end located in the cage and a rear end located in the conductor receiving area, wherein the front end of the second member comprises a first contact area for contacting the male contact received in the cage and the rear end of the second member comprises a second contact area for contacting the conductor crimped against the second contact area by the tabs.
16. An electrical terminal as in claim 15 wherein the front end of the first member comprises a spring to bias the male contact in a direction towards the front end of the second member.
17. An electrical terminal as in claim 15 wherein the second member is substantially straight and wherein the first contact area comprises a conductor receiving channel at the rear end of the second member.
18. An electrical terminal as in claim 15 wherein the second member is substantially straight with a top side contact rail and lateral side mounting tabs on the front end of the second member.
19. An electrical terminal as in claim 15 wherein the second member is substantially straight and has a bottom side located substantially entirely against a surface of the first member.
20. An electrical terminal as in claim 15 wherein the first and second members are comprised of different materials having different electrical conductivity.
21. A method as in claim 13 wherein providing the second member comprises forming the second member from a flat stock material in a front end to rear end series with other second members in a strip, wherein the second member is substantially straight.