853S9252BKILF

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The 853S9252BKILF is designed to control, buffer and drive the flow of digital signals from a clock source. It is a low-profile, low-power and low-noise clock buffer and driver, utilizing multiple phase-locked loop methods and design architectures to provide a reliable, fully differential input-output buffering solution for customer clock systems. The 853S9252BKILF is suitable for a variety of application fields, including machine learning, high speed computing, graphics processing and other data intensive applications.

The 853S9252BKILF operates by taking the incoming clock signal and using a phase-locked loop (PLL) algorithm to ensure its data clock is in phase with the reference clock. The output buffers are then driven by a high-resolution, differential clock source and output differentially in order to reduce crosstalk and bolster signal integrity. With input/output pins, it additionally offers the option of accommodating both single-ended and differential input formats.

The 853S9252BKILF is designed to reduce the power consumption of low-frequency clock masters and operate with minimal power loss at switching speeds up to 400 MHz. It also contains a built-in clock divider or DLL for either clock multiplication or clock division, depending on the desired application. Additionally, through its integrated PCB layout, common-mode filtering, phase noise and skew control, as well as inter-channel optimization, the 853S9252BKILF is ideal for maximizing the performance of high-speed communication systems.

The 853S9252BKILF is designed to optimize clock speed and system reliability while minimizing power consumption and PCB size requirements. Furthermore, due its robust on-chip design and its PLL scheduler, which ensures the buffered clocks are output with minimal phase fluctuations, even when subject to high electrical noise, the 853S9252BKILF is a viable solution for commonly encountered system clocks issues.

In summation, the 853S9252BKILF is a low-profile, low-power, low-noise clock buffer and driver, suitable for a variety of application fields. It takes a reference clock signal and uses the PLL algorithm to ensure its data clock is in phase with the reference clock, effectively driving and buffering digital signals from a clock source. Moreover, through its integrated PCB layout, common-mode filtering, phase noise and skew control, as well as inter-channel optimization, the 853S9252BKILF is optimized for maximum performance, providing a reliable clock buffering solution for customers.

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