PI90LV047AL

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PI90LV047AL is a quad low voltage differential signal (LVDS) transceiver, suitable for a wide range of communication and data transfer applications. It is fully compatible with JEDEC standard LVDS, and is bidirectional, providing an extremely reliable data transmission link at data rates up to 800 Mbps. LVDS technology is used extensively in high-speed applications such as digital video, digital audio, and Ethernet communications. PI90LV047AL is based on a very low voltage technology, which allows it to operate at 4V or less, making it suitable for cost-sensitive applications.

PI90LV047AL is designed to provide exceptional signal integrity and reliability even at very high data rates. It features adaptive equalization, meaning that it can tune its transmission path to compensate for loss due to signal reflections and other signal impairments. This results in less errors, higher speeds and longer transmission ranges. PI90LV047AL also features very low power consumption and minimal propagation delay, making it well suited for high-bandwidth applications.

The PI90LV047AL transceiver is used to convert between differential LVDS and unidirectional data formats. It consists of four independent transmitter/receiver channels, each providing a nominal differential voltage of 400mV. Input data is buffered, encoded and transmitted as differential LVDS signals in each of the four channels. PI90LV047AL can receive data from different types of sources, including LVDS, LVCMOS and LVTTL. The transceiver then decodes the data and transmits it as unidirectional data.

PI90LV047AL can be used in a variety of applications, including digital video, digital audio, Ethernet communications, and other high-speed communication links. It is also suitable for automotive and industrial control systems, where reliable and low-power data transfer is required. PI90LV047AL is an ideal solution for applications that require high-speed data transmission over a long distance, while maintaining excellent signal integrity and low power consumption.

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