207595-2 Connectors, Interconnects

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ARINC type 207595-2 backplane connectors are used for the interconnection between two printed circuit boards (PCBs) in the field of avionics. The connectors feature a wide array of available signals in double-row and single-row designs while allowing connections of up to 24 differential pairs with 10 Gbps performance.

The 207595-2 connectors are vertical mounting types which are designed to fit into the confined spaces prevalent in avionics applications. Furthermore, they can occupy 10mm of vertical space in a backplane when combined with the support of their corresponding threads, allowing installation into space-restricted applications.

The connectors are highly resilient against EMI/RFI, shock, and vibration due to its aluminum shell with a nickel plate. This feature makes the connectors ideal for the harsh environment that is typically present in avionics applications. The 207595-2 also utilizes the same contacts and twist-lock coupling mechanism found in earlier versions, helping lower the overall cost of the system.

The 207595-2 backplane connectors offer a reliable performance in avionics applications as they allow for the use of the latest technology such as high-speed signal rates and power signals up to 7.5A. Furthermore, multiple contact shell styles are available for signal and power supply options, allowing for a configurable connection so that power and high-speed signal are easily connected on the same row. Additionally, the ability to connect 24 differential pairs with 10 Gbps performance makes the connectors suitable for high-performance applications.

The working principle of the 207595-2 backplane connector is such that it efficiently utilizes the standard housing with the contact receptacle for reliable mating and un-mating. It also utilizes a twist-lock coupling mechanism for a secure connection. The contact receptacles are keyed on both upper and lower shells, and they have a wide array of numbers and keying patterns ensuring physical and electrical terminations are properly connected. Furthermore, a variety of contact positions are available to fit the diverse requirements of avionics applications.

In conclusion, the 207595-2 backplane connector is a reliable and cost-effective solution for avionics applications. It features a wide array of allows a connection up to 24 differential pairs with 10 Gbps performance and is shock and vibration resistant due to its aluminum shell with a nickel plate finish. Furthermore, the twist-lock coupling mechanism and other features of the 207595-2 ensure that it is well-suited for space-restricted applications in the harshest of environments.

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