2-211991-6

ARINC (Aeronautical Radio Incorporated) 2-211991-6 backplane connectors are designed for use in commercial aircraft systems and provide robust, reliable connections between PCBs (Printed Circuit Boards). This type of connector is well-suited to the aircraft industry because of its small size, lightweight and immense reliability and performance in vibration and temperature-critical environments.

The ARINC 2-211991-6 backplane connectors are typically used in applications involving significant vibration, including aircraft, helicopters, aerospace, and the military. These connectors are designed to handle the very high levels of vibration typically generated by commercial aircraft systems and the associated control systems. Other applications for these connectors include ground-based equipment, communications systems, and other critical infrastructure in which reliability and performance is critical.

The ARINC 2-211991-6 backplane connectors are a family of connectors with 2- or 4-piece contact sets, each of which is designed for specific applications. The contact sets are designed in such a way that the final assembly together prevents pin-out and improves the shock and vibration performance. The contacts are made of copper alloy material, ensuring reliability and durability in critical vibration and temperature conditions. In addition, integrated strain relief guarantees reliable performance even in the most extreme conditions. The connector also comes with a number of strain relief options that can be used to ensure a high degree of flexibility and protection against impact and damage. Finally, the connector utilizes high-current contacts which guarantee reliable connections with maximum current carrying capacity.

The ARINC 2-211991-6 backplane connectors are ideal for applications that require robust connections in harsh environments. These connectors are designed to handle high levels of vibration and to ensure reliable performance in a wide range of temperatures. Thanks to their compact size, lightweight and reliable performance, the connectors are very well suited for use in aircraft systems and other critical infrastructure. The integrated strain relief options help to provide maximum flexibility and protection against damage. Finally, the high-current contacts ensure maximum current carrying capacity for reliable and secure connections.