SN65MLVD202DR

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The SN65LVDS202DR is an integrated circuit (IC) designed as a driver and receiver to transfer data in a high speed, low voltage differential signaling format. It is an ideal solution for connecting a source device (transmitter) to a sink device (receiver) in noisy environments such as automotive and industrial applications. The SN65LVDS202DR combines two low voltage differential signal (LVDS) receivers and two LVDS drivers in a single package, allowing for efficient data transfer between two points.

The SN65LVDS202DR\'s receiver has a nominal input voltage of 350mV Peak-Peak (200 mV differential) and can reach signaling speeds of up to 200 Mbps. The drivers can also reach speeds of up to 200 Mbps but with a lower voltage output of 200 mV. Both the driver and receiver are designed to work in low-voltage environments using either 3.3V or 5.0V supply voltage.

Data is transferred between the source and sink devices in the form of LVDS signals. LVDS signals have the benefit of being able to transfer data over a much longer distance and at much higher speeds than conventional single-ended signals due to their lower power consumption. The SN65LVDS202DR is designed to work in environments with electromagnetic noise and can handle short pulse widths and signal reflections due to its integrated Hi-Z termination.

The SN65LVDS202DR also implements data scrambling, encoding and decoding and signal rate adaptation which makes it ideal for automotive applications such as automotive body control systems and in-vehicle networks. These features enable reliable data transfer between two points in environments with high electromagnetic noises such as automotive infotainment cables.

The SN65LVDS202DR is one of the most popular and widely used LVDS drivers and receivers available on the market and is an ideal solution for many high speed data transfer applications. With its integrated features, low power consumption and robust design, it is perfect for applications in automotive, industrial and other noisy environments.

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