SIT8008BI-22-18E-22.579200D

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Oscillators are electrical circuit components used to produce periodic signals, usually alternating current waves with a specific frequency. SIT8008BI-22-18E-22.579200D is a low noise, high stability oscillator developed for an array of applications. It contains a free-running crystal oscillator that generates a high frequency output. This article will discuss the application field and working principle of the device.

Application Field

The SIT8008BI-22-18E-22.579200D is designed for a variety of applications, including precision timing, clock and data management, signal conditioning, frequency synthesis, and computing. It combines high precision and accuracy with low power consumption. This device is widely used in precision instrumentation, computers, telecommunications, medical devices, and industrial automation.

The device is capable of providing a wide frequency range, from 16 kHz to 80 MHz, with a maximum accuracy of ±0.5ppm. It can also operate at temperatures ranging from -40ºC to +85ºC while maintaining excellent long-term stability and low phase noise. As such, it is suitable for applications in a wide variety of conditions, including extreme temperatures and high vibration.

Working Principle

The SIT8008BI-22-18E-22.579200D operates on a free-running crystal oscillator principle. It uses a quartz crystal oscillator to generate a periodic signal. The device is composed of several components – a quartz crystal, an amplifier, and a frequency control circuit – as well as a few other elements. The main components are the quartz crystal, which vibrates at a consistent frequency, and the amplifier, which amplifies the low-level output signal of the quartz crystal.

The frequency control circuit allows the output frequency to be adjusted within a specified range. This is done by changing the capacitance of the oscillator circuit. The capacitance of the oscillator can be changed by changing the voltage applied to the circuit using an external voltage source, such as a resistor-capacitor network.

The output signal of the device is then passed through a frequency divider circuit, which divides the output frequency by a fixed factor. This provides a stable signal with a lower frequency output. The SIT8008BI-22-18E-22.579200D also has an equation for frequency calculation, which can be used to accurately control the output frequency.

Conclusion

The SIT8008BI-22-18E-22.579200D is a low noise, high stability oscillator widely used in precision timing, clock and data management, signal conditioning, frequency synthesis, and computing. It is capable of providing a wide frequency range with a maximum accuracy of ± 0.5ppm, and can operate under extreme temperatures and conditions. The device uses a free-running crystal oscillator principle to generate a periodic signal, and the output frequency can be adjusted within a specified range by changing the capacitance of the oscillator circuit.

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