SIT9120AC-2D1-33S133.300000Y

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Oscillators can be divided into many categories, such as quartz oscillators, voltage-controlled oscillators (VCOs), temperature-controlled oscillators (TCOs), voltage-controlled crystal oscillators (VCXOs), programmable oscillators (POs) and surface acoustic wave (SAW) oscillators. Among them, SIT9120AC-2D1-33S133.300000Y belongs to the quartz oscillator. As a type of quartz oscillator, it is widely applied in clocks & watches, video equipment, instrumentation and other electronic field.

The working principle of a quartz oscillator consists of an electronic circuit and a crystal enclosed in a package. Once power is applied to the frequency oscillator’s input terminals, an oscillating voltage generates across the crystal. The frequency of oscillation is determined by the size of the crystal and the vibration mode it chooses. This frequency can be adjusted by a series of capacitors and resistors connected to the crystal. The frequency oscillator then converts the incoming electrical signals into a more regular oscillation, which can then be used to generate the desired waveform.

SIT9120AC-2D1-33S133.300000Y is a quartz oscillator with a frequency of 132.30MHz. It is a tiny SMD quartz oscillator with a high stability and high reliability. It provides a low frequency output and saves component. It uses an AT-cut crystal as the resonator element and consumes a low power. This oscillator is widely used in clocks & watches, instrumentation and other electronic applications due to its high frequency, reliability and low power consumption.

This oscillator is a high stability, low power and low-frequency quartz oscillator, suitable for applications such as clocks & watches,Video equipment, instrumentation and other electronic fields. It features a high frequency output, a tiny size and a low-power consumption. The frequency is precisely stable and can be adjusted according to the output conditions. With a low noise and a high temperature stability, it is an ideal choice for many electronic applications.

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