BKAD2-31330001

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ARINC (Aeronautical Radio, Incorporated) is a company based in Annapolis, Maryland which develops, maintains and markets avionics systems and components for commercial and military aircraft. Among their products is the BKAD2-31330001 backplane connector, designed for use in avionics applications in aircraft and spacecraft.

The BKAD2-31330001 is a high-speed connector for use in extreme temperatures and vibration environments. The contact arrangement consists of 20 electrical contacts, arranged 1-20 left to right side, allowing for up to 10A of current. It features a lightweight and compact design with a wide temperature range of -55 to 165 Celsius. The insulator is made of Zirconia ceramic, and the contacts are gold plated for corrosion resistance and better conductivity.

The design of the BKAD2-31330001 is optimized for data transmission, with high speed data rates up to 2Gbps. It is also designed for high reliability, with a minimum of 10,000 cycles of operation. In aerospace applications, reliability is key, as the parts must be able to withstand the rigors of flight, such as extreme temperatures, mechanical vibrations and altitude changes.

To ensure the safety of the BKAD2-31330001, a dedicated ground line is provided to ensure short circuit protection. This ground line is vitally important, as it helps ensure that any voltage generated by the connector does not damage other electronics on board the aircraft.

The working principle of the BKAD2-31330001 is fairly simple, and can be broken down into four simple steps:

1. The signal is transmitted through the contact arrangement of the backplane connector. The signal is then amplified, filtered and adjusted in order to adhere to the electrical specifications of the device that it is connecting to.
2. Once the signal is properly conditioned, it is then sent to the aircraft’s various systems, which use the signal to control the aircraft’s various functions. This could include anything from controlling the navigation system to the engine control systems.
3. The signal is then measured and monitored for consistency and quality. If any issues occur, the signal is sent back to the backplane connector in order to adjust the electrical parameters of the signal.
4. Once the signal has been adjusted, it is then sent back out to the aircraft’s various systems, which use the updated signal to control the aircraft’s various functions.

In summary, the BKAD2-31330001 is a high-speed backplane connector designed for use in extreme environments, such as those found in aircraft and spacecraft. It is designed for reliable data transmission and is optimized for high performance and high reliability. Its simple working principle allows for accurate and safe operation within these extreme environments, making it an ideal choice for avionics applications.

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