Limit clamp

Abstract

The invention belongs to the field of connectors and relates to a limit clamp applied to a connector. The invention provides a limit clamp for limiting a connecting line in the connector, which comprises a line fixing part and a locking part, wherein the line fixing part is used for limiting the connecting line in the connector, and the locking part is used for locking the line fixing part on the connector; the locking part comprises a locking arm and a plurality of self-locking pieces, wherein the locking arm extends from the line fixing part, and the plurality of self-locking pieces are formed on the locking arm; and the self-locking pieces are in interference fit with an inner wall of the connector so as to lock the locking arm on the inner wall of the connector. The limit clamp can limit the connecting line in the connector, solves the problem that the stability and reliability of the connector are easily influenced due to an unlimited state of the connecting line in the connector in practical application, and can limit and fix a connecting terminal in the connector so as to improve the stability and reliability of the whole connector in the service environment.

Description

【Technical field】 [0001] The invention relates to the field of connectors, in particular to a limit clamp suitable for connectors. 【Background technique】 [0002] A connector is a functional element that connects, disconnects or switches circuits by means of electrical signals or mechanical forces. Connectors can be used to transmit electrical signals or electromagnetic energy. Therefore, wherever there is an electronic system, you can find a connector. Especially in large electronic systems, thousands of connectors are often required. It can be said that the connector is one of the key components to ensure the normal operation and safe operation of various electronic systems. As a device that can be repeatedly removed and reconnected to the path in the electronic system, the stability and reliability of the connection is particularly important. [0003] A general connector usually includes a housing, connection terminals and connection wires on the connection terminals....

AI Technical Summary

Problems solved by technology

However, the connecting wires connected to the connecting terminals are in an infinite state, that is, although the connecting terminals are fixed inside the housing, the connecting wires on the connecting terminals have a certain degree of freedom, and are easy to shake under the pull of an external force , will affect the stability and reliability of the entire connector

Especially when the external force is large, not only will the connecting wire be easily pulled, what's more, it may also affect the fixing of the connecting terminal inside the connector housing.

Therefore, especially when the connector is in the use environment, such as in a large electronic system, since the connecting wire is in an infinite position, once it is subjected to an external force, it will affect the stability and reliability of the connector in the use environment, thus negatively impact electronic systems

In this way, the design of the connecting wire in the connector in the prior art greatly limits the application range of the connector in practical applications.

[0004] Furthermore, although the connection terminals in the connector are positioned in the housing by a certain fixing device, since the connection wires in the connector are in an infinite position, when the connection wires are pulled by an external force, it may also affect the connection in the connector. The fixing effect of the connecting terminal makes the connecting terminal in the connector in an unstable state

[0005] Therefore, how to propose a design to overcome the problem that the stability and reliability of the connector is easily affected due to the fact that the connecting wire in the connector is in an infinite position in practical applications has become an urgent problem in the industry.

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