SIT1602BC-23-28E-66.666660E

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Oscillators

Oscillators are electronic devices designed to create and maintain a relatively stable signal waveform. They are typically used in applications where a precise, sustained, and accurate signal is required, such as in a processor core, communications, audio, or control systems. One of the most widely used oscillator design configurations is the SIT1602BC-23-28E-66.666660E.

Application Field

The SIT1602BC-23-28E-66.666660E Oscillator is capable of operating in a wide range of applications, from low-power embedded systems to high-speed transmission networks. The oscillator is designed for operation up to 2.4GHz, so it can be used for wireless communications, GPS systems, or even frequency-hopping networks, where a precise and stable signal is crucial.

The oscillator is also suitable for use in embedded systems or in industrial operations that require reliable timing accuracy, as it has low total jitter and low total harmonic distortion. This makes it ideal for frequent frequency switching operations or applications that demand a low-noise signal.

Working Principle

The SIT1602BC-23-28E-66.666660E Oscillator works by converting an electrical voltage into an alternating current waveform. This alternating current waveform is then used to power the oscillator. The principle behind the SIT1602BC-23-28E-66.666660E is based on the use of a piezo effect, which creates an oscillating electrical field. This oscillating electrical field generates a frequency that is then used to drive the oscillator.

The piezoelectric effect is also used to control the phase and amplitude of the output signal. This ensures that the output signal will stay within a certain range, allowing the oscillator to accurately maintain its frequency. The output signal is also very stable, allowing it to maintain a precise frequency even in the presence of external noise sources such as RF interference.

Conclusion

The SIT1602BC-23-28E-66.666660E Oscillator is a reliable and accurate piece of equipment suitable for applications ranging from embedded processing to highly-sensitive communications networks. Its simple yet effective design is based on the use of a piezoelectric effect to generate a stable and precise signal. The oscillator also offers low total jitter, low total harmonic distortion, and excellent frequency stability. This makes it an ideal choice for applications that require accuracy and reliability.

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