74981-102

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Backplanes are specialized connectors which are used to interconnect several different printed circuit boards or sub-modules. The 74981-102 is a type of backplane connector specifically developed for use in industrial applications. It utilizes a revolutionary contact-based locking mechanism which ensures maximum reliability and tight connections.

The 74981-102 is comprised of two sections: an upper backplane and a lower backplane. The upper backplane consists of two modules, each of which has a conductor pattern. These are connected to the lower backplane, which has four connectors.

The design of the 74981-102 allows for precise mounting of the printed circuit boards or sub-modules to the upper backplane. This provides secure connections and prevents any misalignments. The upper backplane supports up to eight printed circuit boards, and each printed circuit board can be customised to fit specific applications.

The pins on the lower backplane then connect to each of the printed circuit boards or sub-modules. This connection is made possible due to the contact-based locking mechanism. This design ensures that all connections are firmly secured and that an uninterrupted transmission of data is maintained. It also reduces the risk of any loose connections and improves overall system performance.

Furthermore, the 74981-102 boasts a full metal structure. This enhances its durability and is resistant to any shock or vibration. It can also handle extreme temperatures, from -65°C to +200°C. Additionally, it\'s also small in size, which makes it ideal for use in highly compact environments such as medical equipment and consumer electronics.

Overall, the 74981-102 backplane connector is an optimal choice for industrial applications. Due to its contact-based locking design, it guarantees an uninterrupted transmission of data and ensures secure connections. Its full metal structure ensures maximum durability and it is capable of withstanding extreme temperatures. It is also small in size, making it suitable for highly compact environments.

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