BKAD1-125-30011

Backplane Connectors - ARINC

ARINC (Aircraft Radio Incorporated) is a type of backplane connector that provides reliable, fast, and highly durable connections between electronic components for aerospace systems. The BKAD1-125-30011 is a type of ARINC backplane connector designed for use in data acquisition and cockpit display systems.

Application Field

The BKAD1-125-30011 connector is commonly used in aerospace applications, particularly in aircraft and military bomber systems, due to its reliable connection and low weight. This connector is also suitable for use in heavy shock and vibration environments as it has greater resilience than many other connectors.

The BKAD1-125-30011 connector can also be used in radio frequency applications for communication systems. This connector is small and light enough to be suitable for installations with limited space, and its airborne design makes it resistant to corrosion, and ensure the best signal transmission. Additionally, the BKAD1-125-30011 connector also has excellent RF shielding properties that ensure systems are not subject to interference.

Working Principle

The BKAD1-125-30011 connector is designed with positive and negative spring-loaded pins that create a reliable connection between two components. These pins are soldered to the components and then secured in place using a combination of screws and locking plates. This ensures the connection remains intact when exposed to vibration and shock.

The BKAD1-125-30011 also has an environmental seal that adds extra protection against moisture and dust, ensuring the connection remains reliable and error free. This seal also helps in the prevention of corrosion, which can reduce the efficiency of the connection.

The BKAD1-125-30011 connector is a reliable, fast, and highly durable backplane connector, specifically designed for use in aerospace applications. With its combination of positive spring-loaded pins and environmental seals, it is a highly resilient and corrosion-resistant connector suitable for use in challenging environments.