SN65LVDM051PWR

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The SN65LVDM051PWR is one of the most widely used Interface – Drivers, Receivers, Transceivers currently available. This powerful device provides digital input/output (DI/O) data transmission over a low-voltage digital differential signaling (LVDS) bus. With a range of features and robust performance, the SN65LVDM051PWR is ideal for high-speed digital applications requiring data integrity.

Application Field

The SN65LVDM051PWR is widely used in various markets and applications, including consumer electronics, medical equipment, telecommunications and industrial automation. The SN65LVDM051PWR is commonly used in applications that require high performance data transmissions over a limited distance at low power. This device is often used for interconnectivity between boards of computers and monitors, as well as for automotive applications including the exchange of video and control information between a vehicle’s internal inter-modules.

Working Principle

The SN65LVDM051PWR is a device that utilizes differential signaling to transmit and receive data at speeds up to 250 Mbps over a variety of distances. It uses two signal lines to send data with one line sending the data and the other sending the inverse. This allows the data to be exchanged between two devices without the need for a third reference signal. The low-voltage differential signaling makes the SN65LVDM051PWR robust against noise, making it highly reliable.

This device comprises two core components, the transmitter and the receiver. The transmitter unit takes the logic-level signals from the LVDS controller and converts them into differential signals. This differential data is then send to the receiver unit. The receiver unit then converts the differential signals back into logic-level signals, which are then outputted from the LVDS controller.

The SN65LVDM051PWR is an ideal solution for applications that require a robust data transmission protocol, allowing for reliable high-speed data transmission over a variety of distances. The device is resistant to power and voltage noise, which makes it a reliable choice for most applications.

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