5V49EE504NLGI8

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Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers are components used for the generation and management of time-based signals. The 5V49EE504NLGI8 is an example of the clock/timing family, specifically a very low skew and a low jitter, quad differential clock buffer.

Application Field: The 5V49EE504NLGI8 is an ideal component to use when dealing with providing clock signals to a large number of devices over a long distance, as it feature a very low jitter, low skew and low power consumption. This makes the component suitable for applications in a high speed network.

Working Principle: The 5V49EE504NLGI8 is a highly integrated, quad directional differential clock buffer designed to provide accurate, stable clock signal to multiple points of a system. The component consists of four load capacitors, four differential buffers and an adjustable feedback resistor. The feedback resistor is used to adjust the phase-locked loop gain and thus the output signal frequency.

The four load capacitors are used to provide interference and noise immunity and prevent ringing on the output lines when the device is transmitting data. These capacitors also provide a stable impedance for balanced clock signal transmission.

The four differential buffers provide the differential output signal, which is necessary for accurate signal transmission over long distances. These buffers also minimize jitter and skew for low power consumption applications.

The adjustable feedback resistor is used to adjust the phase-locked loop gain and thus the output signal frequency. The resistor also allows for a wide range of output frequencies.

The 5V49EE504NLGI8 is an ideal component for high speed networks, where accurate and stable clock signals are essential. The component is able to provide a highly accurate, low jitter and low skew differential clock signal to a large number of devices over a long distance, with very low power consumption.

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