SN65LVPE504RUAR

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Interface signals, in general, refer to communication signals that occur between two devices or between a device and a controller. Signal buffers, repeaters, splitters and other components are used in data communication to enhance signal quality and facilitate connectivity. The SN65LVPE504RUAR is a single-channel, low-voltage, non-inverting digital differential bus transceiver that can be used in these applications. This article will discuss the application field and working principle of the SN65LVPE504RUAR.

Application Field

The SN65LVPE504RUAR is designed to be used in cars, buses, industrial automation systems and high-speed data transmission networks. It is well suited for applications with high signal-to-noise requirements and short transmission lengths, such as automotive electronics, data communication systems and distributed power systems. The transceiver is qualified to the Automotive Electronics Council (AEC) Q100 standard, making it suitable for automotive applications.

Working Principle

The SN65LVPE504RUAR is a low-voltage, single-channel, differential bus transceiver. The transceiver consists of differential transmitters and receivers. It supports a wide range of signal levels, from 1.8V to 3.6V. It also features an adjustable common mode range, from +2V to +3.7V. The transceiver’s input threshold voltage is 1.42V to 1.96V, depending on the common mode voltage adjustment.

The SN65LVPE504RUAR provides high-speed signal transmission, with a data rate up to 2.5Gbps and a ripple-free signal transition of up to 50MHz. It has an on-chip ESD protection circuit that protects against up to ±8kV of contact and ±15kV of air discharges. The transceiver also has thermal protection, which prevents it from overheating.

The SN65LVPE504RUAR has two input pins, one output pin and one enable pin. The two input pins are differential; the output pin is the signal-buffer amplifier. When the input pins receive differential signals, the signal is amplified by the signal-buffer amplifier and sent to the output pin. The enable pin is used to enable or disable the transceiver. When the enable pin is active, the transceiver is enabled; when it is inactive, the transceiver is disabled.

The SN65LVPE504RUAR is a differential bus transceiver that can be used in cars, buses, industrial automation systems and high-speed data transmission networks. It supports a wide range of signal levels, from 1.8V to 3.6V, and provides high-speed signal transmission, with a data rate up to 2.5Gbps and a ripple-free signal transition of up to 50MHz. The on-chip ESD protection circuit protects against up to ±8kV of contact and ±15kV of air discharges, while the thermal protection prevents the transceiver from overheating.

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