GSF2.1022.01

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Power entry connectors, including inlets, outlets, and modules, are designed to organize power cords and distribute electricity securely to electronic equipments. GSF2.1022.01 is a power entry connector realization, which contains several unique characteristics. This essay will elaborate on the application field and working principle of GSF2.1022.01.

Application Field of GSF2.1022.01

GSF2.1022.01 power entry connectors can be utilized in a variety of information systems, such as consumer electronic products, industrial control, medical equipment, and telecommunication products. Owing to its shielding function, GSF2.1022.01 power entry connectors are commonly found in military electronic applications to prevent radio electric interference. Furthermore, thanks to its compact size and large power ratings, it is the ideal choice for mobile devices and portable equipment, where weight and space are essential.

Working Principle of GSF2.1022.01

The working principle of the GSF2.1022.01 power entry connector mainly involves the coordination of a shielded contact and an insulator. The shielded contact can interact with the surrounding environment to provide additional protection from external noise or interference. Meanwhile, the insulator offers reliable electrical insulation, making sure that no crossed currents will occur between the contact pins.

In addition, the GSF2.1022.01 is provided with a self-locking device for added security during its operation. This device will protect the power entry connector from accidental disconnection, preventing unplanned shutdowns and malfunctioning. Finally, the GSF2.1022.01 contains added internal protection from overvoltage and dust, resulting in improved longevity and better performance for the connected equipment.

Conclusion

In conclusion, the GSF2.1022.01 power entry connector is designed to meet the demands of multiple application fields. With its multiple features, such as superior shielding, reliable insulation, self-locking device, and overvoltage and dust protection, it is able to improve safety and performance for a wide range of electronic equipment.

The specific data is subject to PDF, and the above content is for reference