10082722-001LF

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Backplane connectors are among the most crucial components used in data switching and transmission equipment. They are designed to manage and direct the flow of information between various components, such as a circuit board, a computer network, or a computer’s memory. Although the design and function of backplanes vary, most connectors use a similar form of connection, called the bus. The most common type of bus connection relies on either copper-insulated cables or multi-frequency signals. The connector used to connect these components is a special form of backplane connector.

The 10082722-001LF is one such specialized backplane connector. This series of connectors was specifically designed for high-speed communications, such as those encountered in DWDM (Dense Wavelength Division Multiplexing) networks and other applications requiring a large amount of data transfer. Depending on the specific application requirements, the connectors include different speed ratings and performance features. The following sections will describe the general application field and working principle of these specialized backplane connectors.

Application Field

10082722-001LF connectors are designed for use in broad range of applications that require high-speed communications. This includes but is not limited to, DWDM networks, cellular base stations, and data centers. The connectors are also designed for use in Ethernet, Fiber Channel, and other high-speed networking applications.

In order to ensure reliable and trouble-free transmission, the connectors must be accurately matched to the device in use. This guaranteeing the highest possible level of performance, making them ideal for use in mission-critical applications such as high-speed data centers as well as high-speed networking across multiple devices.

Working Principle

10082722-001LF connectors provide reliable transmission of data between different components. These devices use two connectors, one for each port, which are connected together using a row of edge cards. Inside each of these connectors is a single trace that carries the data signal. The signal is transmitted through the connectors and then to the other components on the board.

The signal is then sent to the component, or circuit, to which it is connected. This process is repeated until the data is transmitted, or sent, through all proper components. Through this process, 10082722-001LF connectors ensure reliable data transmission, minimizing errors or delays and ensuring high-speed communication across multiple devices.

Conclusion

The 10082722-001LF series of backplane connectors is designed for a specific application field, and their use can ensure reliable data transmission in mission-critical applications such as data centers and cellular base stations. This is achieved by using two interconnects within the connector that manage the flow of data between various components, allowing for a safe and secure transmission of a variety of signals.

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