BKAD1-12530001F0

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ARINC Backplane Connectors: BKAD1-12530001F0 Application Field and Working Principle

Backplane connectors are the cornerstone of the interconnections in today\'s advanced electronics systems. Due to their simple design, these connectors make it easier to reduce the time and cost to layout and route the system, and ultimately to manufacture a product. One type of backplane connector, the ARINC, has been widely used in advanced electronics systems, especially in aircraft applications, due to its robust design and proven performance in extreme environments. The BKAD1-12530001F0 (BKAD1) is an ARINC backplane connector designed for use in complex aviation systems.

The BKAD1 ARINC backplane connector features a low-profile, vertical mounting. It has two parts: the connector block and the contact block. The connector block has two rows of pins that extend from the back plane and provide a connection path to other components. The contact block features a pair of terminal levers and gold-plated contact surfaces that snap into place when the terminal levers are engaged. The contacts in the BKAD1 backplane connector are built for high-frequency operation, allowing for robust, reliable performance in high-vibration applications.

The BKAD1 ARINC backplane connector is designed for use in aircraft and avionics systems, such as monitoring systems, navigation systems, power distribution systems, and communication systems. The connector is rated for a minimum of 250 mating cycles, making it suitable for frequent attachment and detachment. Additionally, the BKAD1 connector is suitable for demanding applications that require low-voltage and high-speed signals. It is designed to accommodate up to four contacts per row, making it an ideal choice for high-density designs. The contact block is designed for soldering directly to the PCB and features a machined securing lug for redundant connections.

The BKAD1 ARINC backplane connector is designed for applications where space utilization is of paramount importance. The connector is available in a variety of configurations to suit different applications. It is designed with an optimized keying system to prevent mismating. The polarization grooves ensure a proper connection and reduce micro-vibration. The contact block is designed to be removable after soldering, and the contact block has several machined retaining lugs, which prevent the contact block from slipping away from the backplane during vibration stresses. In addition, the contact block is designed to allow for a method of adjusting the pressure on the contacts, which allows for sufficient contact force without the risk of over-torquing.

In summary, the BKAD1-12530001F0 ARINC backplane connector is a robust and reliable choice for advanced electronics systems. The connector offers an optimized design and features that are designed specifically for high-vibration environments. It is suitable for a wide range of applications, such as monitoring systems, navigation systems, power distribution systems, and communication systems. The BKAD1 is rated for up to 250 mating cycles and offers a method of adjusting the contact force. Additionally, the connector is designed with an optimized keying system and polarization grooves to prevent mismating and reduce micro-vibration.

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