PI49FCT3807BHE

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The PI49FCT3807BHE is a precision three-output clock buffer, designed to synthesize, multiplex and distribute individual clock signals and inverse clock signals, with excellent signal integrity and minimal skew. This device is ideal for applications in which one source clock signal must be distributed to multiple loads.

The PI49FCT3807BHE has three outputs and each of them can be programmed to generate a variety of clocks, including a wide range of frequencies. Outputs can be individually enabled or disabled and skew control is also available. This makes it ideal for applications such as clock tree synthesis, system synchronization and clock distribution.

In addition to its robust clock signal output characteristics, the PI49FCT3807BHE also offers an on-chip voltage-controlled oscillator (VCO) that can be used to further improve the quality of the output clock signals. The VCO reduces jitter and skew, allowing for better performance in applications where high-precision clock signals are required.

The PI49FCT3807BHE operates from a single 5V power supply and is available in a wide variety of surfaces mount packages, ranging from 8-pin SOIC to 64-pin QFN.

The device\'s working principle is based on the use of a phase-locked loop (PLL) to synchronize multiple clock signals and output them with minimal skew. The PLL works by generating a reference clock signal, which is then phase-matched to the input clock signal. Once the synchronized output is generated, it is delivered to the device\'s outputs. This synchronization process allows for improved jitter and skew performance, without sacrificing signal integrity.

The PI49FCT3807BHE is suitable for a wide range of applications where low skew, high signal integrity and high performance clock signals are required. It is especially useful in applications such as backplane networking and high-speed circuit board design. It is also well-suited for use in data storage and communication systems, as well as being a viable solution for applications where cost, power consumption, and timing performance are primary concerns.

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