BKAD3-271C-30101

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Backplane Connectors - ARINC has been used in various applications due to its improved performance compared to traditional connectors such as ribbon cables. One such type of connector is the BKAD3-271C-30101 which offers many benefits over traditional connectors. In this article, we will discuss the application field and working principle of the BKAD3-271C-30101.

Application Field of BKAD3-271C-30101

The BKAD3-271C-30101 has a large range of potential applications. It is designed for use in high-reliability backplane and mid-plane designs and is suitable as a board-to-board or mainframe-to-module interconnect. It is also used in the aerospace industry as a signal connection solution. The BKAD3-271C-30101 is particularly suitable for parallel distributed architectures such as ARINC 429 and databus applications.

Aside from the aerospace industry, the connector is also widely used in data centers and other computing fields. It can be used to connect high-speed I/O devices to a backplane or mid-plane without the need for additional adapters and cables. This makes it an ideal solution for applications where space is limited and weight must be minimized.

Working Principle of BKAD3-271C-30101

The BKAD3-271C-30101 works according to the differential pair transmission principle. This means that two wires are used to transmit data, with each wire carrying opposite polarities. This ensures that any interference is canceled out, reducing the risk of errors or signal loss. The wires are connected to a high-speed transfer board and then routed through an integrated cable system to the receiving board. This eliminates the need for additional adaptors and cables.

The connectors have a smooth-action retention clip which holds the connectors firmly on each side, making them easier to install and removing the risk of loose connections. This ensures secure and reliable connections every time the connectors are used.

The BKAD3-271C-30101 connectors also feature enhanced temperature compensation. This allows them to operate in extreme temperature conditions without affecting their performance, making them suitable for mission-critical applications in harsh environments.

Conclusion

The BKAD3-271C-30101 is a reliable, high-performance backplane connector designed for a wide range of applications. It is suitable for use in extreme conditions, and its differential pair transmission principle and temperature compensation offer enhanced signal protection and reliability. All these features make the BKAD3-271C-30101 an ideal choice for a range of backplane and mid-plane connection needs.

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