IT1-252S-SV

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

Rectangular Connectors - Arrays, Edge Type, Mezzanine (Board to Board) systems are used primarily for commercial and industrial purposes, in a wide variety of industries. The IT1-252S-SV family is a prime example of this type of connector range. These connectors provide reliable electrical and mechanical performance in a rugged design, making them ideal for harsh environments. In addition, IT1-252S-SV connectors are designed to meet and exceed environmental safety standards, making them a safe, reliable choice for any industrial application.

The IT1-252S-SV family of connectors are designed for three-dimensional configurations, providing high-density, high-speed performance in a number of application areas. This can include connecting multiple daughter card assemblies, creating bridge and scaffold structures, and many other industrial applications. They are also designed for reliable signal integrity and support higher throughputs. Furthermore, these connectors are capable of delivering high-voltage, high-current, and/or mixed signal transmission, which makes them ideal for applications where reductions in power consumption, electromagnetic interference, and signal loss are essential.

The basic components of IT1-252S-SV connectors include a mating pair of insulated contact arms, two injection molded contacts, and two stainless steel spacers. This creates a powerful latching system which securely and reliably positions the two parts together. The stainless steel spacers also provide a secure and robust connection, even when in high vibration environments. The system also features an integrated dust cover, which helps to reduce contamination. In addition, these connectors can be used for multiple applications, with a wide variety of wire and cable assembly options.

The IT1-252S-SV family is designed to be a highly versatile connector choice. This is achieved through the use of a variety of features and functions which make it easy to integrate into any system. For instance, the low insertion force, along with the easy disengagement, promote reliable mating and unmating. This helps to ensure that connections and components are protected throughout the life of the system. Furthermore, the contacts are designed to be approximately 42% narrower than the previous generations of IT-Series connectors. This enables higher density circuits and improved signal reliability.

In addition to their versatility, the IT1-252S-SV family also offers a wide range of features designed to improve overall performance and reliability. This includes the integrated positive locking mechanism, which ensures a reliable connection between the insulation material and mating components. Furthermore, these connectors feature dual-level electrical contacts which deliver superior contact performance, shock and vibration resistance, and improved sealing capabilities. This helps to increase the operational life of the system.

The IT1-252S-SV family also provides a variety of benefits such as user convenience and system maintenance. For instance, these connectors are compatible with multiple cabling standards, and their low profile design ensures that they can be easily mounted in most case configurations. This helps to reduce installation costs and the need for specialized equipment. Furthermore, the use of high temperature materials means that these connectors can be used in high ambient temperatures, making them suitable for use in virtually any environment.

Overall, the IT1-252S-SV family of connectors is an ideal choice for a wide range of industrial applications. Its versatility, features, and performance make it a reliable choice for any application where high speed, high density, and reliable connections are necessary. Furthermore, the design and use of high temperature materials make it suitable for a variety of industrial applications, ensuring it is a safe and reliable connector option for any system.

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