Second connector

Abstract

A second connector includes a second housing and a mating module. The mating module includes a second terminal module. The second terminal module includes a second terminal assembly and a cable connected to the second terminal assembly. The second terminal assembly includes an insulating block and a first mating terminal disposed on the insulating block. The first mating terminal includes a first holding portion held on the insulating block, a first mating portion extending from one end of the first holding portion, a first twisting portion extending from the other end of the first holding portion, and a first cable connection portion connected to the first twisting portion. The first twisting portion causes the first cable connection portion to be arranged at an angle relative to the first holding portion. The cable includes a first conductive wire electrically connected to the first cable connection portion.

Claims

1. A second connector, wherein, include: Second shell; The plug-in module is disposed in the second housing. The plug-in module includes a second terminal module, which includes a second terminal assembly and a cable electrically connected to the second terminal assembly. The second terminal assembly includes an insulating block and a first mating terminal disposed on the insulating block. The first mating terminal includes a first holding portion, a first mating portion, a first twisting portion, and a first cable connection portion fixed to the insulating block. The first twisting portion causes the first cable connection portion to be arranged at an angle relative to the first holding portion. The cable includes a first conductive wire electrically connected to the first cable connection portion.

2. The second connector as described in claim 1, wherein: The aforementioned first twist portion causes the aforementioned first cable connection portion to be arranged at an angle relative to the aforementioned first docking portion.

3. The second connector as described in claim 1, wherein: Both the aforementioned first retaining part and the aforementioned first cable connecting part are U-shaped.

4. The second connector as described in claim 1, wherein: The aforementioned first torsion section is U-shaped.

5. The second connector as described in claim 1, wherein: The aforementioned first torsion section is in the form of a single-layer sheet.

6. The second connector as described in claim 5, wherein: The aforementioned first mating terminal also includes a first electrical connection element fixed on the aforementioned first torsion portion, wherein the aforementioned first electrical connection element is electroplated plastic or conductive plastic.

7. The second connector as described in claim 6, wherein: The aforementioned first electrical connection element smoothly transitions with the aforementioned first retaining portion and the aforementioned first cable connection portion.

8. The second connector as described in claim 1, wherein: The aforementioned first docking portion is provided with a first accommodating space and a first flared opening located at the end of the aforementioned first docking portion, and the aforementioned first accommodating space is connected to the aforementioned first flared opening.

9. The second connector as claimed in claim 1, wherein: The aforementioned second terminal module includes a second mating terminal disposed on an insulating block. The aforementioned second mating terminal includes a second holding portion fixed to the aforementioned insulating block, a second mating portion extending from one end of the aforementioned second holding portion, a second twisting portion extending from the other end of the aforementioned second holding portion, and a second cable connection portion connected to the aforementioned second twisting portion. The aforementioned second twisting portion causes the aforementioned second cable connection portion to be arranged at an angle relative to the aforementioned second holding portion. The aforementioned cable includes a second conductive wire electrically connected to the aforementioned second cable connection portion.

10. The second connector as claimed in claim 9, wherein: The aforementioned second twist portion causes the aforementioned second cable connection portion to be arranged at an angle relative to the aforementioned second docking portion.

11. The second connector as claimed in claim 9, wherein: The aforementioned cable includes a first insulating layer wrapped circumferentially around the aforementioned first conductive wire, a second insulating layer wrapped circumferentially around the aforementioned second conductive wire, a first signal line connected to the aforementioned first conductive wire and wrapped by the aforementioned first insulating layer, and a second signal line connected to the aforementioned second conductive wire and wrapped by the aforementioned second insulating layer. The arrangement direction of the aforementioned first signal line and the aforementioned second signal line forms a first angle α1 with the thickness direction of the aforementioned plug-in module, wherein 0° < α1 < 90°.

12. The second connector as claimed in claim 11, wherein: The aforementioned first included angle α1 is 45°.

13. The second connector as claimed in claim 11, wherein: The aforementioned cable also includes an outermost insulating layer, which is elliptical in shape and is arranged at an angle relative to the thickness direction of the aforementioned plug-in module.

14. The second connector as claimed in claim 9, wherein: The aforementioned first cable connection portion includes a U-shaped first transition portion and a U-shaped first rear end portion connected to the aforementioned first transition portion; the aforementioned first transition portion has a first outer side wall and a first folded portion formed by bending from the upper and lower edges of the aforementioned first outer side wall; the aforementioned first rear end portion has a second outer side wall and a second folded portion formed by bending from the upper and lower edges of the aforementioned second outer side wall; the aforementioned second cable connection portion includes a U-shaped second transition portion and a U-shaped second rear end portion connected to the aforementioned second transition portion; the aforementioned second transition portion has a third outer side wall and a third folded portion formed by bending from the upper and lower edges of the aforementioned third outer side wall; the aforementioned second rear end portion has a fourth outer side wall and a fourth folded portion formed by bending from the upper and lower edges of the aforementioned fourth outer side wall; The aforementioned first rear end portion is further away from the aforementioned first docking portion than the aforementioned first transition portion; the aforementioned second rear end portion is further away from the aforementioned second docking portion than the aforementioned second transition portion; the aforementioned first folded portion and the aforementioned third folded portion extend face to face, and a first gap is formed between them; the aforementioned second folded portion and the aforementioned fourth folded portion extend face to face, and a second gap is formed between them; the aforementioned first gap is greater than the aforementioned second gap.

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