XG4A-6079-A

XG4A-6079-A is a type of rectangular connectors - headers, male pins. With its own advantages and features, it can be applied in a lot of area. In this article, the application fiels and working principle of XG4A-6079-A will be discussed.

Application Field

XG4A-6079-A connectors are typically made of plastic or metal and usually have two or more pins that can be connected to other devices. It is applied largely in the fields of electronics and communication. In the automotive industry, XG4A-6079-A connecters are used to connect various electronic components and systems such as sensors, switches, starters, ignition systems and fuel systems. Apart from that, XG4A-6079-A connecters are also applied in industrial automation, home appliances and home security systems, consumer electronics, computer peripherals, audio and video equipment, and medical and healthcare equipment.

Working Principle

XG4A-6079-A connectors consist of two parts: the socket (female) part and the plug (male) part. The socket is designed to receive the plug and the two parts are connected by inserting the plug into the socket. The two parts are designed to interlock - forming a secure, water-proof connection that helps prevent interruption of the electrical signal. Once the two parts are connected, they remain securely in place until the user manually disconnects them.

XG4A-6079-A connectors are designed with the latest engineering standards and provide superior electrical and mechanical characteristics as well as a reliable connection. They feature low contact resistance, a durable design, and secure contact retention. Additionally, they are resistant to extreme temperatures, salt spray, corrosion, and vibration. The contact pads of XG4A-6079-A connectors are designed with gold-plated contact pins with tin finish that provide efficient heat dissipation.

Conclusion

XG4A-6079-A connectors are widely used in a variety of fields such as automotive, industrial automation, consumer electronics, and medical equipment due to its high reliability, low contact resistance, and durable design. They feature a reliable interlocking connection that helps prevent interruption of the electrical signal. Additionally, they are designed with the latest engineering standards and feature gold-plated contact pins with tin finish that provide efficient heat dissipation.