BKAE1-120-30001 Connectors, Interconnects

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

ARINC backplane connectors, such as the BKAE1-120-30001, are designed to connect electrical components on a backplane, which is a system of interconnecting devices. They provide a wide range of electrical, mechanical, and environmental protection for a reliable, high-speed connection. The BKAE1-120-30001 is designed for high-speed applications, providing 2,000 insertions per mated pair.

Applications

Backplane connectors, like the BKAE1-120-30001, are typically used in industrial automation or aerospace applications. They are used to connect computer hardware components, such as CPUs, chipsets, graphics cards, memory modules, and power supplies, to a backplane. They also are used in aerospace applications to connect actuators, sensors, switches, and other critical flight hardware components. The connector\'s high speed and its multitude of contact configurations ensure reliable performance in the most demanding environments.

Connectors Features

The BKAE1-120-30001 backplane connector is a 2.48mm pitch connector, which is available in dual-row and triple-row configurations. It can support up to fifty, 76-contact contacts and provides robust electrical performance, including low insertion loss and impedance matching. The connector also has the ability to provide high-speed signal transmission and high durability through its gold-plated contacts. Additionally, the connector is designed with an advanced latching mechanism, which securely locks the connection when plugged into a mating socket. This ensures the connection is secure and reduces the risk of accidental disconnects.

Design Characteristics

The BKAE1-120-30001 connector is designed for a wide range of applications, and offers a range of design characteristics to ensure reliable performance. It features a locking system, which locks the connectors in place when they are plugged into a mating socket. Additionally, the contact pads are precision moulded to ensure tight tolerance and secure electrical connections. The contact configuration offers multi-row contact layouts and a wide range of options for contact density, to meet different design requirements. Additionally, the connector features long breadths and shallow depths for easy access while installation and is available in a variety of colours for easy identification of connections.

Operating Principles

The operating principle of the BKAE1-120-30001 backplane connector is two-fold. First, the connector is designed with a bayonet-style latching mechanism, which provides secure mating and unmating connections without the risk of accidental disconnects. Secondly, the contact configuration has a wide range of contact configurations, allowing high-speed and reliable data transmission between connected devices. The combination of these two features ensures reliable electrical performance, and provides a secure and durable connection.

Conclusion

The BKAE1-120-30001 backplane connector is designed for industrial automation and aerospace applications, and offers a range of design features and operating principles for reliable and secure connection. The connector features an advanced latching mechanism, precision moulded contact pads, and a wide range of contact configurations for a secure connection. Additionally, the connector can support high-speed signal transmission and increased durability through its gold-plated contacts. The combination of these features ensures that the BKAE1-120-30001 backplane connector is reliable, robust, and suitable for many applications.

The specific data is subject to PDF, and the above content is for reference