PI3VDP1431ZLSE

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The PI3VDP1431ZLSE is an innovative, high performance, low-power equalizer interface IC that enables digital audio sources to deliver longer-distance signals with improved signal integrity. The PI3VDP1431ZLSE is ideal for a variety of applications, including multimedia projectors, flat panel displays, televisions, and other HIFI projection spaces.

In terms of electronic structure, the PI3VDP1431ZLSE consists of 12 LVDS data channels, one differential low-swing LVDS clock input, and two differential low-swing LVDS clock outputs. The 12 LVDS data channels provide a true parallel data interface for a wide band of data transmission, including for example HDMI and DisplayPort. The two differential low-swing LVDS clock outputs switch between particular clock configurations as required by the connected product.

The differential LVDS clock input supports flexible digital clock rates up to a maximum of 6-GHz. The differential LVDS clock outputs allow data streams and audio channels with different transmission speeds to be multiplexed into the same data stream. For example, the PI3VDP1431ZLSE can be used to multiplex a 3G-SDI data stream, a 4K-UHD data stream, and an HDMI data stream.

The PI3VDP1431ZLSE is designed for improved signal integrity and enhanced performance. The IC incorporates differential signal transmission technology, which minimizes the reflections during data transmission from the output to the receiver. Also, the PI3VDP1431ZLSE provides a higher packing density, and has lower power consumption compared to other ICs with similar functions and performance.

The PI3VDP1431ZLSE also allows users to extend their range of transmission, since it supports the transmission of 4K60Hz high-speed, long-distance high-definition video signals over any kind of long-distance media. This means that signals transmitted up to 10 meters in length can remain clear and accurate. Additionally, the PI3VDP1431ZLSE supports wide-band HIFI audio transmission, ensuring that all audio channels are transmitted clearly at the highest possible quality level.

Regarding the working principle of the PI3VDP1431ZLSE, it is based on differential signal transmission technology. This method uses two transmission lines for each data source signal. Each signal is sent on one line, and its complement is transmitted on the other line. This method has a number of advantages, such as reducing the possibility of signal noise and signal distortion, compared to single-ended transmission.

Finally, the PI3VDP1431ZLSE provides cost savings since it offers a low power consumption, high packing density, and improved signal integrity as mentioned earlier. This provides a great benefit over traditional signal transmission technologies, as it offers significantly reduced operation costs while maintaining the required signal integrity.

In conclusion, the PI3VDP1431ZLSE is an amazing IC that provides great performance and improved signal integrity. It is ideal for a variety of applications, such as multimedia projectors and HIFI projection spaces, since it supports 4K60Hz high-speed and long-distance high-definition video signals transmission over any kind of long-distance media. Furthermore, it utilizes differential signal transmission technology for improved signal transmission and reduced signal noise. Last but not least, it offers great cost savings as it has low power consumption, high packing density and improved signal integrity.

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