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Backplane Connectors - ARINC

ARINC (Avionics Routing Interconnection Network) is a type of electrical connector designed for aircraft applications. It is commonly used in aerospace industry to create backplane connections between multiple subsystems that are used for communication, power distribution and data transmission. It is also used in the military, automotive and robots.

BKAD2-23430001 Application Field and Working Principle

BKAD2-23430001 is a ARINC connector designed for airworthiness applications. The BKAD2-23430001 connector is a medium density connector designed to provide 6500Vdc insulation, withstand 300 Gimbal cycles before failure, and reduce electrical noise to ensure stable operation. It is also designed with anti-vibration capability and over voltage protection for improved longevity and reliability.

The BKAD2-23430001 connector has nine slots on its header and three types of contacts: contact strips, power contacts and shielding contacts. The contact strips are designed to complete electrical contact between two signal pins in order to achieve data transmission purposes. The power contacts are designed for power transfer between two backplane modules. In addition, the shielding contacts provide electrical impedance between two modules that are used to provide interference protection.

The BKAD2-23430001 connector has two types of operating temperatures –– low temperature (-55°C to +105°C) and high temperature (-65°C to +125°C). The connector is designed to be highly durable and reliable; it is tested to withstand up to 650 Gimbal cycles before failure. The connector has a bayonet coupling system, designed with specialised threads and knurled or serrated edges, fastening the connection between two halves.

Conclusion

The BKAD2-23430001 connector is a versatile connector which can be used in many applications, such as aerospace, military, automotive and robots. Its design and performance specifications allow it to stand up to severe operating conditions and withstand high levels of vibration and shock, while still providing stable and reliable operation.

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