FO3HSKDM12.0-T2

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Oscillators play an important role in modern technologies. Like mechanical oscillations, electrical or electronic oscillations are used to create a periodic and stable electrical signal. This signal is used to generate and maintain a consistent frequency or phase reference needed for many applications. The FO3HSKDM12.0-T2 oscillator is a used primarily in the field of precision instrumentation, providing a stable, precision reference to support a wide range of precise measurements and applications.

The FO3HSKDM12.0-T2 oscillator is a high-precision core oscillator that is capable of providing a stable reference frequency that is accurate to 0.5ppm over a wide temperature range of -30°C to + 70°C. It is designed for high repeatability, with 1ppm or less in total frequency stability variation over temperature. It is also designed for wide voltage variation and is capable of operating over a range of -1.25 V to + 5.25 V, which is five times the operating range of a standard oscillator.

The main advantage of the FO3HSKDM12.0-T2 oscillator is its stability and precision. The oscillator is able to maintain an accuracy of 0.5 ppm or better, over the full temperature range of -30°C to +70°C. This high level of accuracy is maintained even when the oscillator is subjected to a wide range of external conditions such as power supply variations, temperature fluctuations and atmospheric pressure. The device is also characterized for shock and vibration, providing an additional level of protection for operations in highly dynamic applications.

The FO3HSKDM12.0-T2 oscillator operates using a crystal-based design. The frequency of the oscillator is established by a quartz crystal which is mounted inside the oscillator package. This crystal oscillates at a fixed frequency and is then amplified using a high-frequency amplifier circuit. A voltage-controlled oscillator (VCO), which is voltage-controlled by the oscillator’s output, then forms the final output signal. The output of the crystal oscillator is used to control the VCO so that it produces an output frequency that varies slightly with the frequency of the crystal.

The FO3HSKDM12.0-T2 oscillator is a high-performance, small-form oscillator solution that offers excellent stability and accuracy for a variety of precision instrumentation applications. Its high-precision core oscillator provides a stable reference frequency that is accurate to 0.5 ppm over a wide temperature range of -30°C to +70°C. The device is designed for wide voltage variation and is capable of operating over a range of -1.25 V to +5.25 V. The oscillator’s high stability and accuracy make it ideal for high-precision applications such as frequency counters, instrumentation, and low-noise synthesis.

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