SIT9120AC-1D1-25E133.333333X

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Oscillators are incredibly important mechanical and electrical components that generate a range of periodic, high-precision signals with properties tailored to the specific user application. SIT9120AC-1D1-25E133.333333X oscillator is one such type of signal-generating component that can produce specific timing signals for various user applications. This article will discuss this oscillator\'s application field and working principles.

Application

SIT9120AC-1D1-25E133.333333X oscillator is used most frequently in communication devices, broadcasting systems, microprocessors, embedded systems, digital controllers, and digital signal processors. It can produce precision timing signals that are essential for achieving desired timing parameters. It helps ensure that the communication system operates without disruption and at optimal performance.

The exact timing and accuracy of the signals generated by the SIT9120AC-1D1-25E133.333333X oscillator are of utmost importance for certain applications. It can produce a precise and accurate pulse wave with a frequency, pulse width, peak-to-peak amplitude, and phase characteristics that are ideally suited for the application. As such, this oscillator is particularly suitable for high-speed digital systems such as mobile phones, modems, and Wi-Fi routers.

Working Principle

The SIT9120AC-1D1-25E133.333333X oscillator follows the "Crystallization Belting Oscillator" principle. A quartz crystal, opposed between two electrodes to form an electronic circuit, vibrates a specific frequency and operates as an oscillator. The oscillator utilizes a circuit formed by connecting collector, base, and emitter components of the transistor to the quartz crystal. Its vibration frequency is determined by the resonant frequency of the quartz crystal, and the thyristor is used to supply electric power to the crystal through inductive feedback.

In addition, several additional components may be connected to the quartz crystal, such as resistors, capacitors, and inductors. These components provide additional frequency control and adjust the amplitude, phase shift, rise time, and fall time of the signal. Also, an amplifier may be connected to the quartz crystal to further amplify the signal.

The SIT9120AC-1D1-25E133.333333X oscillator is designed to be highly reliable, with excellent temperature stability and power supply rejection characteristics. It can maintain its accuracy despite changes in environmental conditions, including temperature, pressure, and voltage, due to its robust design. Its thermal design prevents its frequency from drifting over time, even when it is subjected to high temperature gradients.

Conclusion

The SIT9120AC-1D1-25E133.333333X oscillator is an important device that can generate high-precision timing signals for various applications. Its advanced design offers excellent performance and reliability, allowing users to ensure that their systems are operating with maximum efficiency. This versatile oscillator is ideal for use in digital systems such as mobile phones, modems, and Wi-Fi routers and for communication systems, broadcasting systems, microprocessors, embedded systems, digital controllers, and digital signal processors.

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