854S01AKILF

854S01AKILF Application Field and Working Principle

The 854S01AKILF is a Low jitter, zero delay buffer from the world leader in Clock Buffers, Drivers and Timing Solutions, Texas Instruments. It falls within the scope of Clock Buffers, Drivers, and Timing Solutions, and is designed to help complete any design with jitter and phase noise performance that surpasses conventional designs.

The 854S01AKILF is designed to work within a wide range of applications, such as telecommunications and industrial applications. With its ability to operate at both high and low frequencies, it can be incorporated into a wide range of designs. The 854S01AKILF is also able to self-adjust phase and output control in order to ensure optimal performance and reliability in any application.

The 854S01AKILF has been designed to have a maximum output frequency of 1.288GHz, allowing it to be used in a wide range of clock applications. This includes the synchronization of asynchronous signals, such as those for NAND flash, LPC clock, and SDRAM.

The 854S01AKILF also enables the use of spread spectrum clocking (SSC) in order to reduce EMF. Additionally, it has a phase noise of -150dBc/Hz at 100kHz offset, allowing it to ensure jitter performance while reducing the power consumption of the chip.

The 854S01AKILF is also built with a self-adjusting output control, which allows the chip to regulate both the phase and frequency of its output. This ensures that the chip can always output signals that are accurate and reliable even in cases where the application requires the chip’s signals to work with a variety of different products.

The 854S01AKILF is robust, reliable and efficient, introducing a level of convenience and performance not previously seen in the Clock Buffers, Drivers and Timing Solutions industry. It is an ideal solution for applications requiring high performance and accuracy, such as telecommunications and industrial applications.