9FGL0451AKILFT

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The 9FGL0451AKILFT integrated circuit is part of the ACT-series from IDT. It is an integrated circuit specifically designed to provide a cost-effective solution for high-end timing applications. It is categorized in the Clock/Timing - Application Specific category.

The 9FGL0451AKILFT integrates a fractional-N heterodyne oscillator, a frequency-dividing network, and a selectable clock output circuit. It allows for the generation of a wide range of clock frequencies and is suitable for a multitude of applications such as digital video, polarimetric radar systems, and wireless communication.

The heterodyne oscillator is what allows the oscillator to generate such a wide range of frequencies. It works by combining two sinusoidal signals to create a new signal, whose frequency is the difference of the two signals\' frequencies. This process is known as frequency-division. It enables the oscillator to generate frequencies that are more precise than would be possible using other means.

The frequency-dividing network then takes the output from the oscillator and divides it into a series of different frequencies. This produces a range of clock signals with varying frequencies that can be used for many different applications. The frequencies produced can be used for various purposes such as timing and synchronization, and also for data transfer.

The last component of the 9FGL0451AKILFT is the selectable clock output circuit. This circuit allows the user to select which of the available frequencies will be sent to the output. This makes it easy to set the frequency of the output, while still allowing a wide range of frequencies to be available if needed. The output can then be used to drive any chosen application, such as digital video, polarimetric radar systems, or wireless communication.

The 9FGL0451AKILFT IC is a cost-effective solution for applications requiring a wide range of clock frequencies. It combines a fractional-N heterodyne oscillator, a frequency-dividing network, and a selectable clock output circuit to generate multiple frequencies which can be used for various purposes. It is suitable for use in a variety of applications such as digital video, polarimetric radar systems and wireless communication.

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