SN65HVD31D

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The SN65HVD31D is a quad differential line receiver with an integrated line-termination resistor. This integrated circuit provides differential signaling on extended-length transmissions in noisy environments using a single conductor twisted pair cable. It is designed to improve system performance in critical applications like automotive, control networks and industrial brushless motor drives. The SN65HVD31D is designed for high performance, low power consumption and ease of use.

The SN65HVD31D is a bridge data transceiver used for differential signaling between two points. It is designed to interface LVDS (Low Voltage Differential Signaling) data streams which allow for a noiseless transmission of data on extended length cable runs. This transceiver is ideal for communication between multiple microprocessors, controllers and sensors. It operates as a differential line receiver with a programmable termination of 100ϴ, 75ϴ or 50ϴ in order to reduce system cost, power consumption and noise.

The SN65HVD31D is optimized for applications with differential signaling voltage levels ranging from 350 mV to 2 V. It features extended common mode input ranges allowing the use of unterminated transmission lines and improved data stability while it is running at low speed. It also helps reduce major eye pattern distortion and power supply noise immunity issues caused by capacitive loading. Other features include support for standard LVTTL (Low Voltage Transistor-Transistor Logic) signals, Schmitt trigger inputs for improved noise immunity and low propagation delay.

The SN65HVD31D is designed to operate from 3.3 V, 5 V and other supply voltages up to 11 V and can convert up to four differential channels to single ended output. It also has an over voltage protection which shuts down the output until the input voltage is back to a safe level. The SN65HVD31D also has adjustable receiver output thresholds for performance optimization, so the receiver will not move to a new logic state when an input voltage is above the threshold.

The SN65HVD31D can be used in a wide variety of applications, both digital and analog. It is ideal for automotive, control networks and industrial brushless motor drives that require a reliable protocol of communications with high speed, low power and long range transmission. It offers an excellent solution for communicating from one device to another, with its robust noise rejection, low power consumption and adjustable receiver output thresholds. It also provides improved data stability for digital signal transmission, an extended common mode input range and improved eye pattern distortion.

The specific data is subject to PDF, and the above content is for reference