SQT-131-02-F-6

Rectangular Connectors - Headers, Receptacles, Female Sockets

SQT-131-02-F-6 rectangular connectors, typically known as headers, receptacles, and female sockets, are devices designed to connect two or more pieces of electronic equipment. In their most basic configuration, they consist of two or more metal pins in an insulated plastic shell. Each pin can connect one or more electrical circuits. These connectors are found in a variety of electronic equipment, from computers to medical equipment, to automobiles.

Application Field

SQT-131-02-F-6 connectors are used in a number of applications, including military and aerospace, industrial, audio/visual, computer, automotive, telecommunications, consumer electronics and medical applications. These connectors are often the main point of contact between two electrical components or systems, providing an efficient connection while minimising the risk of accidental disconnection. The configurable design of these connectors enables them to be easily adapted to different application requirements.

Working Principle

SQT-131-02-F-6 headers, receptacles and female sockets operate on a simple principle; when two connectors are joined together, the pins of one mesh into the sockets of the other, forming a reliable electrical pathway. The contact between the pins and sockets is often maintained by a resilient metal spring which enables the connection to resist vibration, shock and accidental separation.

To ensure reliable contact, the pins and sockets of the connectors are designed to mate perfectly. This ensures that the full mechanical, environmental and electrical requirements of the application are met, providing an effective and trouble-free connection. In addition, many connector manufacturers offer a range of accessories to increase the performance of the system and ensure that secure connections are maintained.

Benefits

SQT-131-02-F-6 connector systems offer numerous benefits compared to hard wiring, including lower cost, simpler assembly, and a reduction in the risk of electrical accidents. In addition, they are more reliable than soldering and are mechanically robust, enabling them to withstand high vibration and shock. Furthermore, they are smaller and lighter than traditional wiring systems and are easier to install and maintain.

SQT-131-02-F-6 connectors are also extremely versatile and can be easily adapted to suit the requirements of various applications. Various specialized versions of such connectors exist, such as connectors with integral flanges, threaded shells and locking devices, which provide added protection against accidental disconnection. In addition, modular connectors enable users to quickly connect and disconnect components, enabling fast assembly and disassembly.

Conclusion

SQT-131-02-F-6 connectors are essential components of many electronic systems. They provide an efficient and reliable connection between multiple electrical components, ensuring a trouble-free operation of the overall system. Their versatility and configurability ensure that they can be adapted to suit virtually any application requirement. Finally, their small size and weight make them easy to install and maintain, while their mechanical robustness offers protection against shock and vibration.