MTSW-110-07-T-D-025

MTSW-110-07-T-D-025 Application Field and Working Principle

Rectangular connectors - headers and male pins are an important application field for MTSW-110-07-T-D-025. These connectors are used in a variety of devices where space savings and reliability are of top priority. Being able to stand high temperatures, the MTSW-110-07-T-D-025 is able to perform safely and without any issues in numerous scenarios.

Applications

MTSW-110-07-T-D-025 rectangular connectors - headers and male pins can be found in a variety of electronic devices. They are commonly found in mobile phones, tablets, and laptops. In addition, they are used in other industrial applications such as robotics, audio/visual equipment, and vehicle accessory control systems. The connectors are beneficial in these devices as they are able to save space and increase the reliability of the connection.

Working Principle

MTSW-110-07-T-D-025 rectangular connectors - headers and male pins are designed to operate at temperatures up to 25˚C. This ensures that the connection is stable and dependable. The design also allows for insulation between the two mating components. This is necessary for preventing electrical shorts and ensuring that the devices they are connected to work as expected.

The MTSW-110-07-T-D-025 rectangular connectors - headers and male pins provide a secure connection. This is accomplished by the dual-angle contact points, which securely grip the mating component while also being able to provide a consistent electrical connection. Additionally, the design of the connectors helps protect the pins from any mechanical damage, ensuring a reliable and consistent connection for the life of the device.

Conclusion

MTSW-110-07-T-D-025 rectangular connectors - headers and male pins are a versatile and reliable component in numerous electronic devices. Benefits of these connectors include space savings, reliable electrical contact, and protection from mechanical damage. As such, these connectors are an important part of any modern electronic device.