ICS9250CF-10

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The ICS9250CF-10 clock synthesizer is engineered to provide an array of system timing applications with minimal components, fast performance, and great reliability. This synthesizer is powered by a single 3.3V supply and provides up to four clock outputs frequencies at the same time. It uses a low-jitter oscillator to generate an internal reference clock at a fixed frequency of 10MHz, enabling tuned services with exceptional accuracy.

The ICS9250CF-10 can operate in two distinct modes - Clock Mode and PLL Mode. In Clock Mode, the output clock is equal to the internal reference clock, with no external input signals. This mode is most suitable for applications requiring a single clock output frequency. In PLL Mode, the internal reference clock is used to switch between two frequency outputs. It is important to note that the reference clock must remain stable when the PLL mode is enabled.

Owing to its wide frequency range and ultra-low-power structure, the ICS9250CF-10 is an extremely versatile and efficient clock synthesizer for a diverse range of applications. It has a wide output frequency range from 32kHz to 2GHz, and can generate a single clock frequency in the range of 800kHz to 200MHz. This clock synthesizer has a wide variety of applications, including general-purpose clock generation, timing and control, test and measurement instrumentation, data acquisition and storage, RF communications, cellular base stations and system timing applications.

The ICS9250CF-10 can also be used for wireless applications, such as WLAN. The clock synthesizer is integrated with a wide range of features, allowing it to meet the strict requirements of today\'s communication systems. With its low-jitter oscillator, the ICS9250CF-10 provides optimal performance while being highly reliable in all environments. Moreover, the extensive array of integrated control, mode selection and loop filter options give the user total flexibility in their clock synthesizer design.

The ICS9250CF-10 works with an external Loop Filter, which is used to lock and preserve the internal oscillator\'s frequency. This Loop Filter is important for maintaining the low-power and low-noise structure. The Loop Filter also ensures that the PLL does not ingest interference from other sources, as well as preventing oscillator frequency drift.

In each application, the ICS9250CF-10 helps to reduce system complexity and board space while offering multiple beneficial features. Its output frequencies remain stable, while its low current consumption and wide temperature range make it suitable for a wide range of applications. As a result, this clock synthesizer enables professionals to design circuits with less complexity and cost, allowing them to stay ahead of the competition.

The ICS9250CF-10 is an outstanding clock synthesizer, designed with precision and reliability in mind. Featuring an array of system timing applications and low-power capabilities, this device offers great performance while providing minimized device count and cost-effective solutions. With its abundant features, the ICS9250CF-10 is the ideal choice for any timing and control system requirements.

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