SIT1602BC-33-30N-4.096000Y

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Oscillators are devices that keep a certain frequency or pulse output by controlling the amplitude, frequency, and phase of electronic signals. The SIT 1602BC-33-30N-4.096000Y oscillator is one such device designed to provide marked stability and performance. Here, we discuss the application field and working principle of this oscillator.

The SIT 1602BC-33-30N-4.096000Y oscillator is mainly used for general purpose microprocessor clock. Its frequency range is from 25M to 250M. It is a closed-loop design with low-phase-noise, low jitter output that provides a stable timebase signal. It helps in achieving satisfactory system clock synchronization. The low-power design features built-in power on reset circuitry to ensure reliability and stability of noise.

The working principle of SIT 1602BC-33-30N-4.096000Y oscillator is based on the piezoelectric effect. It consists of a quartz crystal connected to two electrodes, and the crystal creates an electric field when excited by an external voltage. When a reverse voltage is applied to the two electrodes, the electric field is released and the crystal starts to oscillate.

The oscillator of SIT 1602BC-33-30N-4.096000Y is a frequency-controlled oscillator in which the oscillation operates at a fixed frequency. The oscillation frequency is produced by the product of the crystal’s self-resonance frequency and the factor of the frequency multiplier. It uses an analog loop circuit for frequency locking to adjust the output frequency, and an analog frequency tracking window to detect output frequency overshoot and undershoot.

The SIT 1602BC-33-30N-4.096000Y oscillator has several advantages, including its small size and high reliability. It also has a wider operating temperature range and can be used in larger temperature spans. The application field of the SIT 1602BC-33-30N-4.096000Y oscillator can also be easily expanded because of its low-power design.

In conclusion, the SIT 1602BC-33-30N-4.096000Y oscillator is a great option for general purpose microprocessor clock applications. It has a stable output with low jitter and phase noise, and provides reliable performance in different temperature operating conditions. Its application field and working principle have been discussed in this article.

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