PI3VDP411LSAZBEX

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PI3VDP411LSAZBEX is a high-performance differential signaling switch designed to enable high-speed data exchange over copper links in applications such as differential signaling over backplanes, multiplexed board-to-board links, multi-gigabit data links, and video display signals. It features a wide range of features including a low power consumption, fast switching time, high speed selectable double-sided active termination, and selectable transmit/receive enabling.

The PI3VDP411LSAZBEX has applications in data communication, computer networks, multimedia, and other high-bandwidth systems. It has an integrated slew rate control function that maintains signal cleanliness and prevents signal degradation due to the transit time differences of the connected data streams. With high switching speeds and low power consumption, it can be used in applications where high data rates and reliable data transmissions are required.

When it comes to its working principle, the PI3VDP411LSAZBEX works by providing a double-sided active differential termination for data received and transmitted over copper links. The integrated termination is designed to enable high-speed communication of data over copper links by suppressing reflections and confirming electrical integrity of the link. The integrated termination enables data transfer up to 2500 Mbps in the differential signaling format.

In addition, the PI3VDP411LSAZBEX comes with selectable features that enable it to work in different applications. It has selectable transmit/receive enable and selectable termination for both the transmitter and receiver sides of the link. The double sided effects of active termination ensure better signal quality of the data transmission and also provide protection against noise and interference.

Essentially, the PI3VDP411LSAZBEX offers a low-power, high-speed way to transfer data over copper links in a variety of applications. It is a reliable option for systems looking to ensure successful data transmission that are connecting to a variety of endpoints with different data rates and transmission formats. Thanks to its advanced features, it is the perfect solution for robust, efficient and reliable data communication.

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