SIT9120AI-1CF-25E133.000000X

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Oscillators are essential components in most electronic applications. The SIT9120AI1-CF-25E133.000000X is a type of oscillator designed to offer a unique range of benefits for its users. This device features a spread spectrum synthesized frequency modulation (SSFM) that allows for precise frequency control over long-term and high-temperature conditions. Additionally, its low power consumption makes it an ideal choice for applications that require extended residency times. As such, the SIT9120AI1-CF-25E133.000000X is often used in a variety of markets, including medical, industrial, and aerospace technologies.

The SIT9120AI1-CF-25E133.000000X is comprised of a quartz crystal that oscillates freely whenever a voltage source is applied. This oscillation produces a vibratory current through the quartz crystal, which in turn, creates a timing signal. The timing signal is subsequently used by other components to synchronize various functions within an electronic device. While the power efficiency of the device is praise worthy, its low-level performance is especially noteworthy. The device is able to offer superior timing accuracy even under high-temperature conditions, and can provide a continuous signal for up to five times longer than other oscillators.

Another unique feature of the device is its wide tuning range. It is capable of shifting frequency at a rate of 10kHz-20kHz per second degrees of temperature, allowing it to address a wide range of applications with just one device. The oscillator’s noted power efficiency also contributes to its popularity, as it can operate from 1.2V-5.5V for superior accuracy. Additionally, it is capable of maintaining high frequencies and very low levels of jitter.

The SIT9 120AI1-CF-25E133.000000X is an ideal choice for applications requiring a wide tuning range and excellent power efficiency. Its extended temperature range and low-level signal performance makes it a suitable option for medical, industrial, and aerospace applications. Furthermore, it offers precise frequency control over long-term and high-temperature conditions, making it an ideal choice for use in a wide variety of electronic devices.

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