17051335208

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Backplane connectors are electrical interfaces used to establish communication between electronic components in a system such as a computer, server, router, or other complex networking device. The connectors can be used for high-speed data transfer, as well as providing signal paths for power and control. There are three main categories of backplane connectors: Hard Metric, Standard, and Low Profile Backplanes.

17051335208 is a Hard Metric Connector designed to provide even greater density in high speed communication. The contacts in this series of connectors provide superior signal integrity with maximum signal interface bandwidth and minimal crosstalk. This makes it ideal for applications such as data storage systems, telecom switching systems and high-speed networking equipment.

The 17051335208 is a 50-pin horizontal surface mount connector with keyed mating surfaces. It has multiple rows of pins which encourages common-mode rejectio. The hard metric connector has five keying positions that permit connection mismatch. The board underneath the connector is terminated with a high current contact that provides low contact resistance and improved contact alignment. The two-piece connector also features dual latch design which ensures secure mating.

The working principle of the 17051335208 is as follows. Electrical signals are electrically routed to the contact points of the connector. The connector then provides a mechanical connection between the two devices as well as an electrical connection. This enables the two devices to communicate with one another, with the connector carrying the signals. The contacts of the connector help reduce EMI interference and crosstalk, and are designed to provide the best electrical performance for the application.

The 17051335208 provides an efficient, high-speed connection between a backplane and its devices. It is ideal for high performance applications such as audio/video streaming, rapid data transmission and network switching. It is also easy to terminate and offers flexibility in terms of keying and latch options. With its robust construction and superior signal integrity, it is an ideal choice for applications where reliable data transmission is essential.

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