SN75LVDS387DGGR

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The SN75LVDS387DGGR is an integrated circuit that is embedded in an 8-pin package. It is often used in the interface between the processor and the display. The product offers a low-power, low-voltage Differential Signaling (LVD) solution to the circuit design. It consists of a differential line driver along with termination and data-scrambling features. It has the ability to transmit data over a wide range of distances and configurations.

Overview

The SN75LVDS387DGGR driver is a single-ended input/differential output line driver. It supports Differential Signaling (LVD) which is a low-power, low-voltage solution. It is used to transmit and receive data in a wide range of distances and configurations. It has a typical voltage swing of 500mV, low power consumption of 0.31 Watt, and a maximum data rate of 800 Mbps. It also offers two disjunctor LED and two LED indicator pins to display the output state.

Features

• Low-power, low-voltage Differential Signaling (LVD) solution
• High speed communication interface of up to 800 Mbps
• Typical voltage swing of 500 mV
• Low power consumption of 0.31 Watt
• Two disjunctor LED and two LED indicator pins to display the output state
• Embedded in an 8-pin package

Application Field

The SN75LVDS387DGGR is widely used in the interface between the processor and the display in various applications. It can be used in connection with displays such as LCDs, CRTs and OLEDs. Furthermore, this device is used to connect controllers to display interfaces like the LVDS, JEIDA, and HDI display interfaces. It is also used in computing applications and consumer electronic devices, such as notebook PCs, tablet PCs, and video game consoles.

Working Principle

The SN75LVDS387DGGR is a differential signaling line driver that is used to transfer data between two points, a source and a destination. Differential signaling refers to the use of two signals that are sent in opposite directions between the two points. In this type of communication, the two signals are referred to as the "inverted" signal and the "non-inverted" signal. These two signals are sent simultaneously and when they reach the destination, they are combined to create one signal.

The SN75LVDS387DGGR uses this type of differential signaling technology to transmit and receive data over a wide range of distances and configurations. It uses the two signals, the inverted and non-inverted signal, to transfer data by alternating the level of the signals (high or low). This process is referred to as pseudo-random binary signaling. The device has a low-power, low-voltage solution and is able to support high speed communication of up to 800 Mbps. It is also able to display the output state by using two disjunctor LEDs and two indicator pins.

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