1757250-1

Backplane Connectors - ARINC provides a wide range of reliable and cost effective solutions for the interconnect design community. In particular, the 1757250-1 backplane connector, and its related working principle and application field, make it a popular choice among designers while maintaining the utmost quality specifications.

The 1757250-1 backplane connector is an individual, pre-assemable, easy-to-install plug in-connector. It features a 58-pin, Stackable, Industrial Automation Grade interface, with an internal latching system. It comes with an advanced contact technology, plating, and extensive configurability, for added reliability and customization possibilities. The connector is contstructed with High Temperature Plastic (HTP), which make them suitable for industrial applications that require extreme temperatures.

The 1757250-1 connectors provide a reliable, low-cost, high-speed connection for a wide variety of electronics applications. Its use in Industrial Automation equipments, such as controllers, drives, and process control systems, is well represented in the marketplace. In addition, the 1757250-1 connectors are used in Avionics platforms, such as digital buses, on-board computers, video transmitters, and data links. This connector allows for the transfer of high-speed digital signals in a wide variety of mission-critical applications.

The working principle behind the 1757250-1 backplane connector is relatively straightforward. It is a high-speed, multi-pin interface that can be used to connect devices or components in a single circuit. The connector features a 58-pin Stackable Design with an Internal Locking System, which provides a secure connection between two or more electrical components. Each contact is constructed using Gold Plated Contacts, which helps to ensure that signal integrity is maintained when transferred through the connector.

The 1757250-1 backplane connector is designed to provide a reliable, cost-effective connection solution in a wide variety of applications. Its advanced contact technology, plating, and configurability options make it a popular choice for engineers and designers who need to quickly and reliably connect devices or components in a single circuit. In addition, its high temperature plastic construction makes it suitable for extreme temperature conditions, ensuring it can be used in a variety of mission-critical applications.