SIT1602BC-32-30E-38.000000Y

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Oscillators are often used in many industries for their ability to produce a continuous signal at a fixed frequency. SIT1602BC-32-30E-38.000000Y is an oscillator specifically designed for use in communication and industrial applications.

The oscillator is a Spread Spectrum oscillator using a programmable digital clock generator. It is capable of generating a digital frequency signal with a frequency range of up to 32 MHz and a frequency stability of ±100 PPM. The oscillator is a low power supply and a low jitter solution which allows for improved system performance in communication networks.

The main application of the SIT1602BC-32-30E-38.000000Y oscillator is for use as a clock in communication and industrial applications. It can be used to generate a radio frequency clock, a system clock, and a reference clock. The oscillator can be programmed from a microcontroller to generate different frequencies as required. It is also capable of providing frequency response over a large frequency range as well as the ability to control the phase of the signal.

The working principle of the SIT1602BC-32-30E-38.000000Y oscillator is based on a digital phase-locked loop (PLL). It is designed to generate a signal with a fixed frequency and a fixed phase relationship relative to the reference signal. The PLL works by comparing the reference signal to a feedback signal from the output stage of the oscillator. When a difference is detected, signals are sent to the control section of the oscillator to adjust the phase of the generated signal so that it matches the reference signal. In this manner, the oscillator maintains a stable frequency and phase over a wide frequency range.

The SIT1602BC-32-30E-38.000000Y oscillator is a highly reliable and efficient device for use in communication and industrial applications. It provides excellent performance with its low power supply and low jitter solution. Its wide frequency range and precision provide improved system performance in communication networks. In addition, its programmable phase control allows for flexibility in different application scenarios.

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