Do you know the purpose of the connector?

You must know that there are many types of connectors. The most commonly used connectors play an important role in various electronic industries. But do you know what its purpose is?

   Connectors are called connectors, plugs or sockets in our country. It is the component used to connect two active devices. As an indispensable component in electronic equipment, a connector is an electronic product that connects two active devices. , it can transmit current or signal. Connectors play an increasingly important role in today's electronic products with diverse functions and modular designs.

   Connectors are used in many places in our daily life, such as LCD headsets, computer wiring, battery wiring, and most household appliances. Additionally, connectors are widely used in aerospace, defense and military systems. The role of the connector may seem single, but it bridges the gap between the power source and the electronics, allowing electricity to flow properly. So you're saying it's important enough? The most indispensable part of electronic equipment is the connector. Typically, multiple connectors are installed in electronic equipment. The basic performance of the connector can be roughly divided into three types, namely mechanical performance, electrical performance and environmental performance.

   1: Mechanical properties of connecting rod: as long as it is expressed in terms of insertion force, it can be subdivided into insertion force and pull-out force. The insertion force should be as light as possible, which is convenient for users to use, and the pull-out force should be designed to be larger, because the separation force is too small, which will easily affect the actual function of the connector.

   2: Electrical properties: including insulation resistance, electrical strength and contact resistance.

   3: Environmental performance: It is reflected in the aspects of heat resistance, moisture resistance, vibration resistance and impact resistance of the connector when it is working.

   We can't imagine how hard they work when there are no connectors. If the electronic device is to be connected to the battery, the wires must be fixed between the two by electric welding, and the solder joints are often removed, the battery is replaced, and then the welding is performed, which is too expensive. With the connector, if you want to replace the battery, just disconnect the connector and reconnect it after replacement, which is simple and economical.