536513-4

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 536513-4 is a specialized backplane connector designed for the highest speed and performance for PCIe and Ethernet backplane applications. It offers a robust design and superior mechanical stability with its unique latching mechanisms.

The 536513-4 uses a multi-latch overmolded design in which the user can easily access and lock to securely fit the cable into the connector. The connector\'s contact block operates using a pinless mechanism and its seals and dust caps help to protect against dust and moisture. It offers a variety of choices in cable, contact, strain relief and environmental protection options.

The 536513-4 is a two-piece connector, consisting of an outer housing and an inner contact assembly. The outer housing, or backplane, is the portion of the connector that connects to the board or cable. It contains the metal contacts, the strain relief and the outer plastic collar used to secure the connector. The inner contact assembly is the portion of the connector that provides the electrical contact between the board and the cable

The 536513-4 is designed to support 64 Gbps speeds and provide superior mating performance. Its low profile is designed to support space constrained applications and its latching mechanism provides additional stability. It supports improved connector retention, improved insertion force, and improved cable retention.

In addition to its physical design, the 536513-4 also has improved electrical performance. It has low insertion loss, improved crosstalk, and improved return loss. Its electrical design also allows it to be used for low emission and low-crosstalk applications.

The 536513-4 is a unique backplane connector that offers superior physical and electrical performance. It is designed for high speed applications and its low profile design makes it ideal for space constrained applications. Its latching mechanism provides additional stability while its electrical performance allows it to be used for low emission and low-crosstalk applications. It is suitable for a variety of applications and is especially useful in high speed backplane applications.

The specific data is subject to PDF, and the above content is for reference