BKAD3-626-30011-F0

Backplane Connectors - ARINC

ARINC stands for “aeronautical radio incidence”, referring to the use of aircraft radios for communication during air travel. The term is typically used to describe a type of backplane interconnects, which are specifically designed for avionics and aerospace applications. The BKAD3-626-30011-F0 is a popular ARINC backplane connector series that is suited for a range of avionics, ground support, aerospace, military and missile applications.

Application field

The BKAD3-626-30011-F0 backplane connector is designed for harsh environments, providing high reliability, environmental sealing and EMI/RFI shielding. They are commonly used in avionics, aerospace and defense systems for applications such as flight control systems, navigation systems, communication systems, radar systems, military radios and missile electronics. The rugged design of the connector ensures reliable performance in the most demanding environments.

Working Principle

The purpose of backplane connectors is to provide a uniform platform for mounting multiple electronic devices. This enables more efficient system design, as cables and additional wiring are not required. The BKAD3-626-30011-F0 backplane connectors are specifically designed for optimum performance in avionic and aerospace systems. They operate by providing an efficient system of interconnection which eliminates the need for additional wiring, and offers superior performance in terms of EMI/RFI protection, environmental sealing and reliability.

The connector is designed to be highly resistant to shock and vibration, with a wide variety of mating options. The design of contact pins ensures that they remain firmly in place during operation, while providing superior electrical connectivity and reliability. The connectors are also designed to prevent unwanted EMI/RFI emissions from the system.

Conclusion

The BKAD3-626-30011-F0 backplane connector is a reliable and cost-effective solution for a range of avionics, aerospace and defense systems. The rugged design of the connector ensures reliable performance in the most demanding environments, while the contact pins ensure superior electrical connectivity and EMI/RFI protection. With its variety of mating options, the connector is an efficient and reliable solution for avionics and aerospace applications.