SIT9002AC-483N33DO100.00000Y

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Oscillators are devices that use an electrical signal to produce an oscillation, or a repeated and regular pattern. The signal can be produced in many different ways, depending on the type of device used.

SIT9002AC-483N33DO100.00000Y is one type of oscillator. It is an oscillator designed to provide a low-frequency, high-accuracy output with a small size and low-cost components. This type of oscillator is well suited for applications such as power factor correction, digital-to-analog converters, frequency synthesizer, phase-locked loops, and frequency measurement.

The SIT9002AC-483N33DO100.00000Y oscillator is composed of two parts: the oscillator and the amplifier. The oscillator is a high-stability oscillator with a frequency of 100.00000Y. To ensure high accuracy and stability, the oscillator is designed to use a temperature-compensated crystal oscillator (TCXO) that enables a frequency tolerance of ±20 ppm.

The amplifier is used to match the gain of the oscillator to the required signal. The amplifier is designed with an adjustable gain factor to ensure the accuracy and stability of the output signal and the flexibility to be used in a wide range of applications.

The SIT9002AC-483N33DO100.00000Y oscillator is typically used in applications where low-frequency, high-accuracy signals are required such as phase-locked loops, digital-to-analog converters, radio systems, and frequency synthesizers. It is especially suitable for applications where accuracy is critical, such as radar systems.

In conclusion, SIT9002AC-483N33DO100.00000Y is a high-stability, low-cost oscillator that is well-suited for applications requiring a low-frequency, high-accuracy output. It is designed with a temperature-compensated crystal oscillator and an adjustable gain factor to ensure the accuracy and stability of the output signal. The SIT9002AC-483N33DO100.00000Y oscillator is typically used in applications where low-frequency, high-accuracy signals are required and is especially suitable for radar systems where accuracy is critical.

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