BKAD3-80030001F0 Connectors, Interconnects

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Backplane connectors, also known as ARINCs, are widely used interconnects in the telecommunications industry. The BKAD3-80030001F0 is an ARINC connector that is designed for withstanding the high voltage, high temperature environment of telecom equipment. The field of application and working principle of this connector are discussed in this article.

The BKAD3-80030001F0 is designed to meet the demands of telecom applications. It is a blind-mated, bayonet-style connector for mounting onto backplane PCBs. The contact design enables it to perform reliably and with consistent performance at maximum power and temperature levels without any contact damage or shorts. Its beryllium-copper alloy provides superior mechanical stability to resist vibration and shock. The connector is rated at 30A and is designed to meet I.E.C 320 safety standards.

When it comes to applications, the BKAD3-80030001F0 is suitable for use in ethernet and telecom equipment, as well as any other device that requires a high voltage connection. This includes switches, patch panels, routers and VoIP phones. The connector is also used in mobile device chargers and in test equipment.

The working principle of the BKAD3-80030001F0 ARINC connector is quite simple. When it is connected, the contact of the male and female connectors makes an electrical connection. This allows current to flow in one direction. As the connection is being made, a magnetic field is produced by the movement of electrons in the conductive material. This magnetic field is what allows the connector to stay secured, without any risk of short circuiting or contact damage.

In summary, the BKAD3-80030001F0 is an ARINC connector that is designed for use in telecom applications. It is blind-mated and bayonet-styled, making it suitable for use on backplane PCBs. The beryllium-copper alloy provides superior mechanical stability and it is rated at 30A. The working principle of this connector is quite simple; when connected, an electrical connection is made and a magnetic field is produced, allowing the connector to stay secured.

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