446485-2

The ARINC 446485-2 backplane connectors provide designers with the flexibility and performance they need for today\'s high-speed, high-density applications. The advanced modular backplane connector system is ideal for a variety of applications including signal, data, power and audio. The connector system is also well suited to a variety of operating environments, including those that are either harsh or require high vibration levels.

The ARINC 446485-2 connector system features a 1.5mm sided SMT connector with 26 signal and power contacts on 34mm pitch and 0.8mm contact spacing. This allows for a high packing density of 56-64 contacts on a 2.5mm x 4.5mm backplane, which is ideal for a wide range of applications. The contact area is designed to be completely shielded, with no exposed pins, which ensures good compliance with the requirements of IEC 60603-2 and Pb-free soldering processes.

The ARINC 446485-2 backplane connectors provide high-speed data transmission with low crosstalk levels due to its close contact spacing and low signal reflection. This reduces the signal degradation associated with longer distances between terminals, allowing for longer distances between devices on the connector. The ARINC 446485-2 connectors also feature built-in anti-vibration features, preventing any damage that may be caused by vibration.

The ARINC 446485-2 backplanes are also designed for maximum mechanical strength and reliability. This is achieved through a reliable draw-lock terminal design and pre-assembled contacts that are inserted into the mating connector. The draw-lock terminal design ensures that the terminals maintain a secure fit, and the pre-assembled contacts provide a reliable electrical connection. The connectors also have a wide temperature range, from -40°C to +85°C, making them suitable for use in high-reliability applications.

Overall, the ARINC 446485-2 backplane connectors provide flexibility, performance and reliability in high-speed, high-density applications. Its modular design and pre-assembled contacts make it ideal for a variety of operating environments. Its close contact spacing and low crosstalk levels make it ideally suited for high-speed data transmission, while its draw-lock terminal design and wide temperature range make it reliable and suitable for a variety of applications.