550CC10M0000DGR

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The 550CC10M0000DGR oscillator is a high-performance crystal oscillator that can be used for a variety of applications, ranging from data processing and communications to industrial automation and aerospace. This oscillator is capable of providing both high-precision and high-resolution timing at frequencies up to 10 MHz.

This oscillator is based on quartz crystal technology, which provides excellent frequency stability and accuracy. Quartz crystals are piezoelectric, meaning they will vibrate in response to an applied electric field. This vibration can be used to generate a stable electrical signal with a predetermined frequency, as is the case with the 550CC10M0000DGR oscillator.

The oscillator works by taking an input signal and applying it to the quartz crystal. The signal is then amplified, enabling the quartz crystal to vibrate. As the vibration pattern repeats itself, the electrical energy produced is used to generate an output signal, which is then amplified and used as a time reference. The frequency of this output signal depends on the characteristics of the quartz crystal, such as its size and thickness, as well as external influences, such as temperature and pressure.

The 550CC10M0000DGR oscillator is suitable for applications such as wireless communication, automotive, medical, consumer electronics, test and instrumentation, and military systems. It can be used to generate precise high-resolution timing signals for processors and other data processing systems, as well as for synchronization of higher frequency signals in radio and TV transmission systems. The oscillator is also capable of providing extremely precise clocks for applications that require advanced timekeeping accuracy, such as high-end audio processing systems.

The 550CC10M0000DGR oscillator offers many advantages over other oscillators, including high stability, low power consumption, low noise levels, wide temperature ranges, and the ability to withstand vibration and shock. This makes it a popular choice for applications that require precise and reliable timing signals.

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