SIT9120AC-1CF-XXE75.000000Y

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Oscillators are electrical devices that generate a repeating waveform, often in the form of periodic pulses, vibrations, or other waveform distortion. They are used in a variety of applications and are one of the most important components used in electronic products. SIT9120AC-1CF-XXE75.000000Y is a type of oscillator with specific application fields and working principle.

SIT9120AC-1CF-XXE75 is a crystal oscillator, with a frequency range of 1MHz to 160MHz. It is designed to be a low-noise, low-power device, with an operating temperature range of -20°C to 85°C. Compared with other oscillators, it has better temperature and aging compensation characteristics.

SIT9120AC-1CF-XXE75.000000Y has a wide range of applications, including digital TVs, VCRs, computers, LCD TVs, set-top boxes, radio pagers, car audio systems, audio players, portable game consoles, and other digital products. The oscillator can be used as a clock signal source for digital and analog circuits. It is also used for frequency regulation and in phase detection circuits.

The working principle of SIT9120AC-1CF-XXE75.000000Y is based on quartz resonators. The quartz resonator consists of a quartz crystal and two electrodes attached to it. An electrical signal applied to the electrodes causes the quartz crystal to vibrate as a harmonic oscillator. This vibration sets up a frequency-dependent resonating electrical field around the quartz crystal. The frequency is determined by the thickness and size of the quartz crystal. The output is a series of alternating current pulses of the base frequency of the quartz crystal. The frequency accuracy is determined by the temperature characteristics of the quartz crystal.

SIT9120AC-1CF-XXE75.000000Y is a stable and precise oscillator with low-noise and low-power consumption. It is suitable for use in a wide range of digital and analog products. With its wide frequency range, temperature compensation characteristics, and small package size, it is an ideal choice for applications requiring high-precision frequency control.

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