8543BGILFT

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Clock/Timing - Clock Buffers, Drivers

Clock/Timing - Clock Buffers, Drivers are highly-integrated devices that provide reliable timing signals for digital systems. Their main purpose is to provide a synchronous buffering, clocking, and distribution of data in a synchronized fashion across multiple devices and systems.

The 8543BGILFT device is a high-performance clock buffer that provides multiple clock outputs, designed to be used in portable, embedded and automotive applications. This device has been designed to improve the performance and power management of digital systems by reducing device power dissipation, improving signal integrity, and improving clock and data jitter.

The 8543BGILFT provides 8 sets of 8-phase clock output buffers. The outputs are driven in parallel off a single input clock signal, allowing the clock signal to be synchronized and distributed to each set of outputs. The output streams can operate at different speeds and frequencies and can operate in various signal integrity modes, from high speed LVCMOS to high speed LVDS.

The 8543BGILFT has an on-chip clock synthesis and jitter attenuating features to guarantee signal integrity and reduce jitter. The jitter attenuation feature is useful for clock signals that may be impacted by noise or interference from other components. Additionally, the 8543BGILFT device supports programmable output termination and adjustable output delay.

The 8543BGILFT is also designed to provide reliable clock synchronization and distribution in the event of a power failure or disruption. The device supports a built-in automatic clock shut-down feature which, when enabled, automatically shuts down all clock outputs when the device is not actively running. This prevents any potential clock interference or data corruption caused by power glitches or other external disturbances.

The 8543BGILFT is an ideal device for applications requiring reliable and controlled clock distribution, such as embedded systems, automotive systems, consumer electronic products, and portable electronic devices. It offers an easy-to-use solution for applications requiring reliable, synchronized clock distribution.

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