6STF37PAR04E10X

What is 6STF37PAR04E10X?

6STF37PAR04E10X is a miniature, solderable D-Sub connector, commonly used in applications that require power and signal connections. It is typically used in industrial automation, auto-identification, medical equipment, and other similar applications. It is also commonly used in digital products, including computers, cameras, and televisions. The 6STF37PAR04E10X can also be used in combination with other connectors, such as a Turbo Combo Connector, to provide a wide range of power and signal contacts.

Features of 6STF37PAR04E10X

The 6STF37PAR04E10X has several features that make it well-suited for a variety of applications. It has a total of nine pins, with two each for power, ground, and data signals. It is designed to support up to three contact points for power signals, ensuring maximum power efficiency. It has a 5A current rating, making it suitable for a variety of power supplies. It also has a lock and unlock design for added convenience. Finally, the 6STF37PAR04E10X has a high insulation resistance, which eliminates the need for additional insulation material.

Working Principle of 6STF37PAR04E10X

The 6STF37PAR04E10X connector uses a simple and straightforward design to achieve reliable power and signal connections. The contact pins are held in place by a series of plastic sleeves and metal springs. The contact pins are made from copper and are nickel-plated, which ensures a low contact resistance and high durability. The contact pins are also low-profile, meaning they can easily pass through small holes and tight spaces. The pins are held in place with a locking mechanism, which ensures that the pins remain in place during operation.

Conclusion

The 6STF37PAR04E10X is an excellent choice for a variety of applications that require power and signal connections. Its features and design make it well-suited for a variety of applications, ranging from industrial automation to digital products. Its simple and reliable design ensures reliable power and signal connections. It is also low-profile, allowing it to fit easily into tight spaces. Finally, its high insulation resistance eliminates the need for additional insulation material.