SIT1602AI-12-XXE-27.000000E

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Oscillators are used in many different applications due to their wide variety of features. SIT1602AI-12-XXE-27.000000E is one such oscillator that has been specifically designed for use in a variety of applications. This article explains the application field and working principle of the SIT1602AI-12-XXE-27.000000E oscillator.

Application Field

The SIT1602AI-12-XXE-27.000000E oscillator is designed for use in cellular phones, tablets, GPS navigation systems, and other similar digital applications. It is capable of providing a stable reference frequency within this type of device. Additionally, it is useful for a variety of timing and synchronization applications including auto-correction of time errors and clock drifting. It is also suitable for use with various communication protocols and for providing a constant and reliable frequency source.

Working Principle

The SIT1602AI-12-XXE-27.000000E oscillator is constructed from a combination of circuit components. The most important of which is a quartz crystal. A quartz crystal is a specific type of mineral that vibrates a certain frequency during electrical stimulation. This vibration is the basis of the frequency produced by the oscillator. The other main components are an amplifier, a feedback circuit, and a resistor.

The quartz crystal is connected to a tuned circuit. This circuit includes a resistor and an amplifier that amplify the vibrations coming from the crystal. The output of this amplifier is then used as a reference frequency and is sent to the feedback circuit. This circuit then sends the signal back to the crystal, which causes it to vibrate further, thus creating a consistent, stable reference frequency.

Conclusion

The SIT1602AI-12-XXE-27.000000E oscillator is an precise frequency source for use in various digital applications. It is capable of providing a stable reference frequency within this type of device due to the combination of quartz crystal, amplifier, feedback circuit, and resistor. With its wide variety of features, it is useful for a variety of timing and synchronization applications including auto-correction of time errors and clock drifting.

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