PH 2.0mm Dual Row SMT Box Header Connector

Product Name:

PH 2.0mm H6.4mm Dual Row SMT Box Header

The double-row box connector is a common connector for electronic components, whose main purpose is to establish a connection between different circuit boards. The double row in its name means it has two rows of pins or sockets, and the box type means it looks like a small box.Box Header Connector

Dual-row box connectors are used in a wide range of electronic devices to connect various function modules, displays, keyboards, and other input or output devices, among others. A number of features, such as easy plugging and unplugging, stable connection, and durability, make it an essential part of the electronic equipment field.RJ JACK Connector

Double-row box connector has a complex structure, usually consisting of pins, plastic shell, connecting bar and connecting tab. Among them, the pins or sockets are the core part of the connected circuit board, usually the corresponding circuits are arranged in order and they are connected by metal tabs. The plastic housing is used to protect the pins and has a high load-bearing capacity to support, fix and provide positioning. The connecting bar is then the part that holds the socket to the shell, through which the structure of the connector is reinforced, while the connecting piece also acts as a reinforcement to improve the strength of the connector.SUB Connector

The advantages of the double-row box connector connector are many. Firstly, it has good electrical and mechanical properties and is able to withstand high voltage and high frequency signals, as well as high mechanical stress. Second, it can realize multi-wire plugging, multiple power and signal lines can be connected at the same time, thus greatly improving the communication efficiency of the circuit. Third, as its connection part uses metal sheet connection, it can automatically press and lock the pins, thus enhancing the reliability of the connection. Finally, it is also able to withstand high ambient temperatures, such as 150°C or more, and thus can cope with the demands of use in high-temperature environments.