0752374113

0752374113 Application Field and Working Principle

The 0752374113 is a type of backplane connector specialized for high-performance systems and applications with a focus on reliable connection, low crosstalk, and error-free performance. This type of connector has three metal spring blade connections that enable excellent performance in a wide variety of systems and applications.

The 0752374113 backplane connector is a contact-level device that utilizes three metal spring blades. These blades are easy to insert into the backplane of a system or application and provide excellent signal contact. Furthermore, the blades create a low crosstalk and reduce the risk of data error due to improper contact.

The 0752374113 is also characterized by its high-temperature stability. This connector can withstand temperatures up to +260°C, making it suitable for higher-end applications. This makes the connector suitable for applications in the aerospace, automotive, and telecommunications industries, where dependable performance and data integrity are a must.

The 0752374113 can also handle an ambient temperature of +850°C. This makes it more robust than many of its counterparts and more dependable for industries that need a reliable connection. Furthermore, the connector is also very shock-resistant, withstanding shocks of up to 4Gs, making it suitable for applications requiring a more robust connection.

The 0752374113 is also characterized by its excellent mating capability. The connector utilizes three double-sided contact sequences that provide superior signal contact. This helps to improve the performance of the connection and reduce the risk of improper contact. This makes the connector suitable for applications that require secure and reliable signal contact and connection.

Overall, the 0752374113 is a type of backplane connector specialized for high-performance systems and applications with a focus on reliable connection, low crosstalk, and error-free performance. The connector uses three metal spring blades that enable excellent performance in a wide variety of systems and applications. Furthermore, the connector is also characterized by its high-temperature stability, shock resistance, and excellent mating capability.