SIT9120AC-2C2-25S125.000000T

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Oscillators

Oscillators are devices that generate a periodic, sometimes sinusoidal, waveform. They are often used as the timebase for pulse circuits and receivers, from the lowest frequencies of digital electronics to the highest microwave frequencies. They are also used as timing devices in computing systems. SIT9120AC-2C2-25S125.000000T is one of the most advanced oscillators available today. It is a crystal oscillator module with a surface mount design and very low power consumption. It provides a highly stable and accurate output frequency with temperature fluctuations of < ±5ppm over an extended temperature range. It is designed for use in automotive, industrial and medical applications.

Application Field

SIT9120AC-2C2-25S125.000000T can be used in a variety of applications such as frequency synthesisers, high frequency clocks and other clock applications. It is ideal for applications that require low power consumption, high stability and accuracy, and wide temperature range. The oscillator is suitable for use in automotive applications such as engine control systems, powertrain control systems, lighting systems, braking systems, tire pressure systems, airbags, and other automotive electronic components. It is also suitable for use in high frequency clocks, such as those used in communications systems, industrial systems, medical systems, test and measurement equipment, and other related applications.

Working Principle

SIT9120AC-2C2-25S125.000000T uses a quartz crystal and low power CMOS device to generate a highly stable and accurate frequency. The quartz crystal comprises two plates of quartz that are separated by a thin layer of metal. When an electric field is applied, the quartz plates oscillate and generate a precise frequency. The oscillator module includes a CMOS oscillator and a PLL circuit to generate the output frequency. The PLL circuit takes the output of the quartz crystal and converts it to the desired output frequency. In order to maintain accuracy, the oscillator module includes a temperature compensation circuit that adjusts the output frequency according to the ambient temperature.

Conclusion

SIT9120AC-2C2-25S125.000000T is a highly advanced oscillator module that provides a very low power consumption, high stability and accuracy, and wide temperature range. It is suitable for use in automotive, industrial, and medical applications. It uses a quartz crystal and a CMOS oscillator to generate a precise frequency. The oscillator module includes a PLL circuit and a temperature compensation circuit to maintain accuracy.

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