ICS954217AGLF

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The ICS954217AGLF is an application-specific clock/timing component that provides developers with a precise clock source. This component is designed to offer solutions in mission critical applications where precision control of events is essential. The component is primarily used in commercial aerospace, industrial and automotive markets.

The ICS954217AGLF features advanced synchronization features, an integrated Low-Noise Crystal Oscillator (LNXO) and a 16-bit user-programmable divider circuit. It offers a variety of preset or user-defined clock and timing configurations including divide ratios, duty cycles, drive modes, frequency synthesis and a temperature-compensated frequency control system.

The core of the circuit is the LNXO, a low noise oscillator circuit that operates at frequencies up to 47MHz. The LNXO generates a high-quality waveform with low phase-noise and excellent timing accuracy. The oscillator frequency is divided down to a user-defined output frequency using the 16-bit user-programmable divider circuit. This divider circuit allows the user to adjust the output frequency of the device to match their application requirements.

The ICS954217AGLF also features the Fast Synchronization Interface. This interface allows the device to synchronize with other clock sources and maintain precise timing relative to them. This synchronization is performed in real time, on the fly, and ensures that the ICS954217AGLF can deliver accurate and reliable clock and timing signals even when other components of the system may introduce jitter or noise.

The ICS954217AGLF also features a Temperature-Compensated Frequency Control System, or TCFC. This system uses a high-accuracy temperature sensor to measure the ambient temperatures around the circuit. This temperature information is then used to adjust the frequency of the output signal in order to maintain a precise and constant clock and timing signal.

This component is ideal for applications where the highest levels of accuracy and reliability are required. It is an excellent choice for mission critical applications that require precision control of events and a robust, stable clock and timing signal.

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