85108AGILFT

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Clock Buffer technology is becoming an increasingly important component of modern clocks and timing solutions. The ability to easily divide and distribute a clock signal in different directions can be a key factor in making clock systems more efficient, accurate and reliable. A clock buffer separates a clock signal and sends copies of it in different directions. This buffer can also be used to fan-out the clock signals to multiple drivers and receivers. Clock buffers also help synchronize the receivers to the signals, ensuring that all the receivers will accurately receive the signals. In this way, the clock buffer is an essential component for a number of different clock and timing systems.

One of the most widely used forms of clock buffer technology is the 85108AGILFT, which is a high-speed, low-power, 8-bit LVDS clock buffer. This clock buffer is designed to be integrated into Field Programmable Gate Arrays (FPGAs) and other clock systems. The 85108AGILFT acts as an isolation buffer, which helps eliminate glitches and reduce power consumption.

The 85108AGILFT clock buffer uses a two-stage processing system to ensure consistent signal delivery in all directions. This clock buffer is capable of very high frequency operation and features a low signalpropagation delay time. The 85108AGILFT also features an integrated phase-locked loop (PLL) and variable delay mode, which allows for a wide range of variable delay settings.

The 85108AGILFT is especially useful in applications requiring a high signal integrity such as telecommunications, medical, and industrial clocking systems. The signal integrity of the 85108AGILFT is achieved by its low glitch rate, low signal-to-noise ratio, and low susceptibility to electromagnetic interference (EMI).

Another application where the 85108AGILFT can be utilized is in multiplexing. Multiplexing involves the sending of multiple clock or data signals over a single line. By utilizing the 85108AGILFT, these signals can be sent to multiple receivers simultaneously, while retaining signal integrity and drastically reducing power consumption. This is especially advantageous in applications requiring a large number of receivers such as high-speed and low frequency clocking systems.

Overall, the 85108AGILFT is a reliable and efficient clock buffer that can be used for a variety of applications. Its signal integrity, low power consumption and variable delay settings make it an ideal choice for a number of clock and timing systems. As clock buffer technology continues to evolve, the 85108AGILFT will remain a key component in many clock and timing applications.

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