853S058AGILF

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Clock/Timing Products are essential components used in many systems to ensure that signals are synchronous or to correct the phase relationships between signals. Clock/Timing components are used in almost every application from communications, networking, computing to aerospace and automotive. The 853S058AGILF is a clock buffer, driver and fanout device with particular applications and unique working principles.

The 853S058AGILF is part of a family of clock/timing buffering devices specifically designed to increase the drive strength and fanout of low frequency TTL or LVCMOS clock signals. It has an input frequency range from DC-50MHz, can drive up to 5 outputs, and is available in industry standard 28-pin TSOP-I package. The device features low static power dissipation and Schmitt-triggers on the input to ensure clean, noise-free outputs. The enable/disable control pin allows the outputs to be turned off without the need to cycle the input.

The majority of applications in which the 853S058AGILF is used involve distributing and buffering clock signals. This device is particularly suited for distributing low frequency clock signals in clock distribution systems, such as in test and measurement equipment and telecommunications applications. Other areas in which the 853S085AGILF finds applications include clocking, synchronization, and timing circuits in communications and computing systems, as well as Frequency Division Multiplexing (FDM) applications.

The 853S058AGILF works by first receiving an input signal and re-buffering that signal for additional current drive and fanout. The Schmitt-triggers on the input also ensure clean, noise-free outputs. Once the signal is buffered and the outputs enabled, the device is able to drive up to 5 different outputs with the input signal. The enable/disable control pin allows the device to be turned off without the need to cycle the input. This feature coupled with the low static power dissipation of the device makes it ideal for applications where multiple outputs must be stopped and started on a frequent basis.

In conclusion, the 853S058AGILF is a clock buffer, driver and fanout device designed to increase the drive strength and fanout of low frequency TTL or LVCMOS signals. It is well suited for a variety of applications including clock distribution systems, communications and computing systems, FDM applications and more. It works by receiving an input signal, buffering and re-buffering the signal for additional drive and fanout, and finally driving up to 5 outputs. With the enable/disable control pin, the device can be turned off without the need to cycle the input, making it a low power, efficient choice for clock buffering and driving applications.

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