SIT1602BC-13-18S-66.666000E

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Oscillators can be used in a variety of applications, and SIT1602BC-13-18S-66.666000E is an example of such an oscillator. This article focuses on the application field and working principle of SIT1602BC-13-18S-66.666000E oscillators.SIT1602BC-13-18S-66.666000E oscillators are most commonly used in timing applications, such as clock and watch-making. They are also suitable for other applications, such as frequency control, frequency synthesis, and acceleration detection.The output of a SIT1602BC-13-18S-66.666000E oscillator is a sine wave, which is determined by the oscillator\'s frequency and phase. The frequency can be set by adjusting the R1 and R2 external circuitry. R1 can range from 0 to 10K ohms while R2 can range from 10K ohms to 1K ohms, providing a large range of possible frequencies.The frequency of the SIT1602BC-13-18S-66.666000E oscillator is determined by the feedback from its phase-locked loop (PLL) circuit and the capacitor C1. The PLL circuit compares the input signal with the reference clock frequency (RCF) and modifies the output frequency accordingly. The output frequency is then restored to the reference clock frequency by the capacitor C1.The working principle of SIT1602BC-13-18S-66.666000E oscillator is based on the phase noise cancellation technique. This technique uses a VCO (voltage controlled oscillator) and a set of low-pass filters to smooth out any unwanted frequency components. This allows for better performance, better stability and lower power consumption.In addition to the phase noise cancellation technique, SIT1602BC-13-18S-66.666000E oscillators also use an internal phase locked loop circuit to ensure that the phase of the output wave is the same as that of the input signal. This ensures that the output signal is always in sync with the input signal, no matter what the frequency and phase.Overall, SIT1602BC-13-18S-66.666000E oscillators provide reliable frequency and phase stability in a wide range of applications, making them ideal for timing applications, frequency control, frequency synthesis, and acceleration detection.

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