85853-183

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Backplane Connectors - Specialized are high-density connectors designed to support the transmission and distribution of high-speed data in systems that demand increased density and bandwidth. 85853-183 connectors, designed for backplane applications, promise ultimate flexibility and reliability, offering a wide variety of electrical and mechanical solutions to meet the ever-growing demands for data transfer. This article will discuss the 85853-183 connector’s application field and working principle.

Application Field of 85853-183

The 85853-183 connectors are used in a variety of backplane systems; they can be used in hot switch applications such as telecommunications, digital service lines, and Digital Subscriber Lines (DSL). This type of connector is also used in broadcast systems, medical instruments, digital cameras and sound equipment. Because of its high-density design, the 85853-183 connectors provide the signal speed necessary to ensure the reliable transmission of data.

The 85853-183 connectors also find applications in personal storage systems, such as those used in personal computer and laptop computers. These connectors enable the transfer of video, audio, and data signals, while providing high speed cable transmission and enabling a variety of data formats, such as Color Bursts and Far Fields. In this way, the 85853-183 connectors allow users to transfer large amounts of data in a short amount of time.

Working Principle of 85853-183

The 85853-183 connectors use a series of four signal lines and a ground line to provide power and signal transmission between a data source and the system. The four signal lines are referred to as “antennas”, and they are set to receive power and signal from the source. Then the signal is transferred to the connector’s backplane, which is the main component of the connector. The backplane is designed to provide several layers of isolation between the signal and the ground lines. This isolation reduces crosstalk noise between the signal lines, which ensures reliable data transmission.

When power is applied to the connector, the four signal lines become active. The active signal lines create a path or “channel” between the data source and the backplane. Each antenna is designed to transmit data at different speeds depending on the type of data being transferred. The antennas are designed to react to any signal sent from the data source, producing high speed data transmission across all four signal lines. The data is received and sent along the path to the backplane of the connector.

Once the signal reaches the backplane, it is then distributed to the designated terminals. The backplane design ensures that the signal is routed to the appropriate terminal quickly and without interruption. Once the data is received, it is routed out through a series of terminals connected to the backplane. The backplane also serves as a key component in setting the distance between terminals and controlling the power used to transmit the data.

Conclusion

The 85853-183 connectors prove to be a reliable and flexible backplane solution for any system that demands top speeds and reduced electromagnetic interference. The four signal lines provide maximum transmission capability, and the backplane ensures accurate and secure data transmission. The 85853-183 connectors are capable of handling a variety of data formats and offer a range of data transfer solutions. By using this connector, businesses and organizations can experience increased flexibility and reliability during the data transmission process.

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