1883434-1

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Backplane connectors, also known as wired connectors, are physical devices that provide a mechanical and electrical connection between two points, ensuring reliable and consistent transmission of signals or data. In the technology industry, backplane connectors are commonly referred to as edge connectors, header strips, tail strips, and board edge connectors. A subset of backplane connectors are known as “contacts,” which are used to connect and transmit signals between components.

1883434-1 contacts, specifically, are a type of high-frequency contact designed for applications where high speed, high frequency, and high data rates are critical. This type of contact can be used to connect two applications such as between boards, as well as to prepare for external connections. 1883434-1 contacts use a 3-beam design with two gold-plated beams to provide a secure connection that ensures a reliable electrical connection. The third beam works as a retainer to secure the two contacts together. Additionally, the contact is made of a nickel alloy, which is resistant to corrosion and movement.

The application field for 1883434-1 contacts includes telecommunications, test labs, military, automotive, industrial, consumer electronics, and medical devices. In telecommunications, the contact is often used as an interconnect for high-performance networks where data accuracy and signal integrity are of utmost importance. 1883434-1 contacts can also be used in test labs to allow for rapid connection and disconnection of circuits. In military applications, these contacts are often used as high-frequency connectors in a variety of communication equipment. Additionally, the contact can be used in the automotive industry to connect ECU or gateway modules, and in industrial applications to support the data transfer between machines.

The working principle of 1883434-1 contacts relies on its three-beam design. The two gold-plated beams serve as the conducting layer, while the third beam acts as a retainer and ensures the stability of the contact connection. When the contact is inserted, the two gold-plated beams establish electrical contact with the mating contact. The retention of the contact is secured by the third beam, which creates pressure between the two contacts, preventing movement and ensuring a stable connection. The combination of the two beams and the retainer creates a reliable connection that can support high-frequency applications and data transfers.

Overall, 1883434-1 contacts are a reliable backplane connector designed to support high-frequency applications and data transfers. This contact provides a secure and stable connection through its three-beam design and nickel alloy construction, and is suitable for a wide range of applications, including telecommunications, automotive, industrial, and medical.

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