LV810RILF

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Clock buffers, drivers, and other timing systems are essential for timing-critical applications such as data transmissions, high-speed communications and information processing systems.

LV810RILF is a low-voltage clock buffer which can be used in a wide range of clock tree designs. It has superb output characteristics, outstanding noise immunity and high-frequency performance, setting new standards for high-speed data communications.

The LV810RILF provides an ideal solution for high-frequency signal processing in applications where timing and accuracy are paramount. This method prevents signal errors and signal distortion that can interfere with the accuracy of the data. It is ideal for use in consumer electronics, communications and other high-speed systems.

The LV810RILF is designed to work quickly and efficiently. It has an input impedance of 49 Ω and an output impedance of 200 Ω, allowing for fast switching and low power consumption. It features a wide range of operating voltage ranges, ranging from 2.4V to 3.6V. This means that it can be used in a wide range of clock tree designs.

The LV810RILF is a low voltage and low power consuming clock buffer. It runs at a maximum frequency of 685MHz and can handle a clock frequency range of up to 500MHz, making it highly capable for clock tree designs.

The LV810RILF works by splitting and re-combining the input clock signal, allowing for improved signal rate and precision. This allows for better synchronization between the master clock and various end points in the clock tree.

The LV810RILF comes with a number of features which make it ideal for use in clock tree designs. It features low propagation delays over the full range of operating voltages, excellent noise and jitter performance, and flexible signal integrity. This makes it perfect for high-frequency signal processing applications.

The LV810RILF is perfect for applications that require signal integrity and high performance while still being cost effective. It provides a high-speed signal-processing solution that is reliable and efficient, perfect for a wide range of clocking applications.

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