LTC2847IUHF#PBF

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The LTC2847IUHF#PBF is a high performance interface IC that is specifically designed for a wide variety of applications. It provides a high speed, low noise, robust solution for data transmission over long distances.

This device is part of the Interface - Drivers, Receivers, Transceivers range, commonly used in a number of applications such as industrial, medical, automotive, and consumer. It is fast and reliable, making it suitable for a range of long-term applications. Its wide range of input and output configurations, coupled with its low power consumption and low noise characteristics, make it an ideal solution for various low-speed and medium-speed communication interfaces.

The LTC2847IUHF#PBF features a true differential receiver and transmitter, operating up to 700 MHz. It is temperature compensated and operates over temperature (−40 to 85°C). It also has the ability to handle jittery input signals with an integrated jitter attenuator. It has excellent data security features, including 128-bit encryption, CMC and CRC error checking, and data scrambler/decoder.

The device operates in two modes - synchronous and asynchronous. When operating in synchronous mode, the clock is transmitted between the devices and is used to control data transmission and error detection. When operating in asynchronous mode, no active clock is used and data is transmitted and error detected using start and stop signals.

The LTC2847IUHF#PBF has good tolerance for environmental factors such as noise, temperature, and ESD. This makes it ideal for operation in harsh industrial environments. It is also designed for low power consumption for applications which needs to minimize power consumption.

The LTC2847IUHF#PBF’s excellent signal integrity capabilities, coupled with its robust design, make it a great choice for any interfacing application where reliable and secure data transfer is required. It is particularly useful in a range of embedded systems, such as those found in industrial, medical and automotive, as well as consumer electronics.

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