533285-4

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Backplane connectors are essential components of any backplane system mostly due to their role in connecting backplanes and processor boards. In particular, the 533285-4 backplane connector is an important interconnect device used in specialized backplane applications. This short paper describes the 533285-4 backplane connector in terms of its typical applications and working principle, with an emphasis on its features and design considerations.

The 533285-4 is a specialized backplane connector designed for use in high bandwidth applications. It has a unique two row design in which the first row features 28 pins with a pitch of 0.05” and the second row features 24 signal pins and 0.05” pitch. The connector’s two rows are spaced 0.5” apart, while its overall length is 0.25”. Other notable features of this connector include gold-plated contact pins for improved electrical performance, pin polarization for easy insertion, and dual-row sockets to accommodate dual-row board mounting areas. Due to its design, the 533285-4 is suitable for use in both high-speed and mid-speed applications, such as CompactPCI, VMEbus, and PMC.

In terms of its typical applications, the 533285-4 backplane connector is suitable for connecting systems which employ PCI, CompactPCI, VME, and other similar card-edge connectors. It can be used to connect backplanes to processor boards, as well as to route high-speed signals between boards in a system. Additionally, the 533285-4 is well-suited for time-domain applications, such as clocking operations. In all these typical applications, the connector can be relied upon for reliable, signal integrity even under high bandwidth requirements.

As far as its working principle is concerned, the 533285-4 backplane connector is based on the concept of impedance matching. This helps to ensure that signals are transmitted without distortion or loss. The connector is also designed to minimize cross-talk between adjacent traces and to ensure maximum signal integrity. Additionally, the use of gold-plated contacts ensures consistent electrical performance. In order to achieve the desired signal matching, the connector utilizes a combination of connectors, including a dual-row connector, a ground terminal, and a signal routing system.

Overall, the 533285-4 backplane connector is a reliable and efficient interconnect device for specialized backplane applications. It is designed to ensure maximum signal integrity and electrical performance even under high bandwidth requirements. Additionally, it can be used to connect systems which employ PCI, CompactPCI, VME, and other similar card-edge connectors. Moreover, the connector’s working principle is based on impedance matching and other techniques to minimize distortion and signal loss. Taken together, these features and design considerations make the 533285-4 an ideal solution for specialized backplane applications.

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