XG4A-6431

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XG4A-6431 Application Field and Working Principle

The XG4A-6431 is a rectangular connector that is part of the Headers, Male Pins series. It is a durable, single row, vertical type connector with 32-pins, and is more commonly referred to as a header. This particular model is capable of carrying 5 amps per pin. The dimensions are 48.1 mm x 5.7 mm x 11.9 mm.

Application Fields

The XG4A-6431 is most often used in robotics, automation, automotive, and electronics applications. It works particularly well with these devices because of its high long-term resistance to shocks, vibration, and temperatures that range from -25°C to +85°C.

Moreover, because of its high-temperature/high-vibration resistance capabilities, the XG4A-6431 is also widely used in military and aerospace applications. It can be found in various devices including navigation systems, communication networks, and even satellites.

Working Principle

The XG4A-6431 connector is relatively simple to understand. It consists of a male and female terminal. Together, these terminals complete the electrical connection. The male terminal has 32 pins that connect with the female terminal, creating a secure connection with high levels of continuity.

When the terminals are assembled the pins automatically adjust themselves to ensure an optimum level of saturation, meaning the contact is created and firmly established at the same time. The pins are also made of a nickel-plated brass alloy to increase connection strength and durability.

Advantages

The advantages of the XG4A-6431 are numerous. As mentioned earlier, it has high levels of resistance to shocks, vibration, and temperatures. The pins are extremely durable and resistant to corrosion and EMF interference. Moreover, thanks to the nickel-plated brass alloy, the connections are also resistant to light, heat, and ozone.

Additionally, the XG4A-6431 has a low contact resistance, meaning it conducts electricity more efficiently. It also eliminates dry spots, or area where contact is not made, ensuring the signals are transmitted continuously. This is important for automotive, military, and aerospace applications that require high levels of accuracy.

Finally, it is also easy to install. The XG4A-6431 has a SIM (simple) installation system, meaning the connector can be secured in place with minimal effort.

Conclusion

The XG4A-6431 is a high-quality and reliable connector that can be used in a wide range of applications. It is resistant to shocks, vibrations, temperatures, light, heat, ozone, and EMF interference and is made from a nickel-plated brass alloy for maximum durability. The contact resistance is low, ensuring efficient electrical conductivity, and installation is simple. All these factors make the XG4A-6431 an ideal choice for robotics, automation, automotive, electronics, military, and aerospace applications.

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