SIT9120AC-2C3-25S133.300000Y

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Oscillators play an important role in electronic equipment, from timing functions to signal generation. The SIT9120AC-2C3-25S133.300000Y oscillator is no exception. This unit is intended for general-purpose use, including communication equipment, workstations, cell phones, and other consumer and industrial electronics.

The oscillator offers a wide operating frequency range between 2.855 MHz and 133.3 MHz, with an output frequency stability of ‘-25’. This makes the unit an ideal choice for digital signal processing circuitry, signal timing applications, and more.

The oscillator is designed to provide a signal of high accuracy and stability with a relatively low phase noise performance. It features a differential input/output configuration and is available in either 5V or 3.3V versions. The unit requires no external components, making installation and maintenance virtually effortless.

The working principle of the oscillator is based on a quartz crystal. The quartz crystal has a resonant frequency that is determined by its geometry, composition, and construction. The resonant frequency is then used to generate an output signal of the same frequency. This output signal is then fed back into the oscillator, ensuring that the output signal is stable and accurate.

The oscillator is also designed with a temperature-compensated start-up feature, which ensures that the output signal remains accurate even under changing temperature conditions. This is an important feature for applications such as temperature monitoring and control, where accuracy and stability are essential.

The SIT9120AC-2C3-25S133.300000Y oscillator is a versatile device, designed to handle a wide variety of applications. It is suitable for use in any type of communication or digital signal processing circuit, as well as for timing or controlling. With its narrow frequency range, high accuracy, and temperature compensation features, this oscillator is an ideal choice for any electronic device that requires reliable performance and reliable timing.

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