CROSS-REFERENCE TO RELATED APPLICATION

This application claims priority to a Chinese patent application No. 202020446312.6 filed on Mar. 31, 2020, disclosure of which is incorporated herein by reference in its entirety.

TECHNICAL FIELD

The present disclosure relates to the technical field of connectors and, in particular, to a connector.

BACKGROUND

In a high-speed connector, a front end of a conductive terminal of the connector is generally bent downward, and is formed with a contact point to abut on a docking terminal of a docking connector, so as to connect the two connectors. After the two connectors are completely docked, a distance between the contact point of the conductive terminal and a docking edge of the docking terminal that is abutted on the contact point of the conductive terminal is stub, which has a crucial impact on signal integrity (SI) performance of the connector. In a design process, the stub is shortened as much as possible to improve the SI performance of the connector.

However, a length of the stub of the connector in the related art is relatively large, resulting in poor SI performance of the connector.

SUMMARY

An objective of the present disclosure is to provide a connector capable of shortening a length of a stub of the connector, thereby greatly improving the SI performance of the connector.

A connector is provided and includes an insulating body and a terminal assembly. The terminal assembly includes a plurality of conductive terminals that are disposed side by side in the insulating body. A front end of each of the plurality of conductive terminals protrudes to form a first contact point and a second contact point are spaced apart on a same side of the each of the plurality of conductive terminals along a docking direction of the connector. After the connector is docked with a docking connector, both the first contact point and the second contact point abut on a same docking terminal of the docking connector.

Alternatively, the first contact point and the corresponding second contact point are connected to form a contact plane.

Alternatively, a groove is formed between the first contact point and the corresponding second contact point.

Alternatively, the connector further includes a first insulating block, where each of the plurality of conductive terminals includes a connecting portion and a docking portion that are connected to each other at an angle, the first contact point and the second contact point are both disposed on the docking portion, and the first insulating block is formed outside the connecting portion and disposed in the insulating body.

Alternatively, an accommodating cavity is disposed on the insulating body, a first sliding groove is disposed at a bottom of each of two sidewalls of the accommodating cavity, the first insulating block is disposed in the accommodating cavity, and an end portion of the first insulating block is inserted into the first sliding groove.

Alternatively, the connector further includes a second insulating block, where the second insulating block is formed outside the docking portion, both the first contact point and the second contact point are exposed to the second insulating block, and the second insulating block is disposed in the insulating body.

Alternatively, a second sliding groove is disposed at a top of each of two sidewalls of the accommodating cavity, the second insulating block is disposed in the accommodating cavity, and an end portion of the second insulating block is inserted into the second sliding groove.

Alternatively, a front end of the insulating body is provided with a docking groove, and a front end of the docking portion is disposed in the docking groove and is located on a side adjacent to a top wall of the docking groove.

Alternatively, a limit pillar is provided at a bottom of the insulating body. When the connector is mounted on a circuit board, a limit hole mated with the limit pillar is disposed on the circuit board, the circuit board is fixed at the bottom of the insulating body, and the limit pillar is configured to extend into the limit hole.

Alternatively, the connector further includes a metal sheet, where a fixed hole is disposed on the metal sheet, and the metal sheet is sleeved on the limit pillar and disposed between the insulating body and the circuit board.

