854104AGILFT

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854104 is an integrated clock buffer and fanout device which has a wide variety of applications in the field of clock signal distributions.

Applications

This device is most commonly used in high frequency clock signal distributions. It has the capability to take an input clock signal at frequencies of up to 8kHz, and output multiple clock signals at up to 8kHz. Due to its ability to fan out multiple signals, this device is often used in distributed system designs, including cellular base station architectures and broadcast systems where multiple end devices need to operate at different frequencies. This device is also suitable to use in high-speed microprocessors, integrated circuits, and memory modules. Another popular application for this device is in automotive applications to ensure synchronization in power-train and body electronics.

Working Principle

The 854104 device functions by taking an input signal and replicating it multiple times depending on the number of outputs that have been specified by the users. The device contains multiple buffer stages and series connected logic circuits which reduce the load capacitance on each of the outputs. This helps to ensure that signal integrity is maintained when the device is operating at its highest speeds. The device is further configured to enable synchronized switching between multiple clock frequencies which can be useful in applications with multiple operating speeds. The device also has the ability to divide the clock signal by powers of two when needed. This ensures that signals remain in sync and stable regardless of varying input frequencies.

The 854104 device has been designed to run reliably under extreme conditions with temperature ranges from -30°C to 85°C and operating voltages up to 3.6V. This makes the device suitable to use in a variety of industrial applications. The device has also been designed to be power efficient, with power consumption as low as 0.1 mW per output.

Conclusion

The 854104 device is a highly integrated fanout device which is ideal for clock signal distributions for high frequency applications. It is capable of taking an input signal and producing multiple replicates, operating at temperatures from -30°C to 85°C, and operating voltages up to 3.6V. The device is also power efficient, consuming as low as 0.1 mW per output. This device is suitable for use in broadcast systems and microprocessors, integrated circuits, and memory modules.

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