536504-3

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Backplane connectors are devices designed for interconnection and communication between components on printed circuit boards. The 536504-3 is an example of a specialized backplane connector. This piece of hardware consists of 16 receptacles that are mounted into the PCB, with contacts arranged in two parallel rows. It is designed for use in high-performance applicartions that require higher data transmission speeds than are provided by other backplane connectors.

The 536504-3 is a connector system that is part of a system-on-chip (SoC) infrastructure offering data rate of up to 9.5 Gb/s. It offers a 16-channel, bidirectional data path with low crosstalk and EMI protection to enable high-speed, high-density communication. The system consists of a single row of 16 receptacles and two rows of 16 contacts. The contects are designed to be resistant to wear-and-tear and are made from stainless steel or alloy steel material.

The 536504-3 is designed to be used in applications that require a high-performance connection. These include communication systems, servers, peripherals, and embedded systems. It has special features that make it ideal for use in high-data-rate communication applications such as Ethernet, Fibre Channel, InfiniBand, and QSFP systems.

In terms of its working principle, the 536504-3 offers an efficient and reliable connection between two printed circuit boards. It works by having two rows of contacts that are configured in an alternating pattern, with the contacts arranged in a pinchende pattern. This makes it possible for the contacts to connect with each other and transmit data between the two printed circuit boards. The contacts also have steep edges which help to facilitate a secure and reliable connection between the two boards.

The 536504-3 is a specialized backplane connector designed for use in applications that demand fast, reliable, and efficient connections between two printed circuit boards. It is made from materials that provide higher levels of wear-and-tear resistance and better EMI protection, allowing for higher data transmission speeds. Its alternating contact arrangement with steep edge pinchende configuration provides a secure and reliable connection between the two printed circuit boards.

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