SIT8009BC-13-33E-125.000000G

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Oscillators come in many shapes, sizes, and varieties, designed for different applications. One such oscillator is the SIT8009BC-13-33E-125.000000G. This oscillator is distinguished by its high frequency stability and extreme low temperature stability. This makes it highly suitable for applications requiring precise, accurate timing and frequency stability.

The SIT8009BC-13-33E-125.000000G oscillator is often employed for low noise and high jitter performance when applied in communication systems and other equipment. It is also well suited for general timing and control applications. The oscillator generates a precisely determined output frequency with very low jitter and excellent accuracy.

The working principle of the SIT8009BC-13-33E-125.000000G oscillator is based on its master-slave quartz crystal oscillators. The output signal of the master oscillator is fed to the input of the slave oscillator which creates a constant phase difference between the two signals. The phase difference is controlled by a circuit that also provides a feedback signal to the master oscillator. The slave oscillator ensures that the output signal stays constant over long periods.

The SIT8009BC-13-33E-125.000000G oscillator features a temperature stability better than +/-1 ppm/°C, low jitter, low aging, and fast start-up time. This makes it a great choice for applications that require very precise and reliable timing results. These applications include distributed systems, clock synchronicity, telecommunications networks, and audio-video systems.

The SIT8009BC-13-33E-125.000000G is an excellent choice of oscillator for applications that require precise and dependable timing and frequency precision. The oscillator is built with proprietary quartz-crystal oscillator technology and provides industry-leading performance in terms of timing accuracy and frequency stability. This makes it one of the best choices for applications where accuracy, reliability, and consistency is critical.

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