4MA050000Z4AACUGI

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Oscillators

Oscillators are elements used in electronic systems to generate a precisely controlled, periodic electrical waveform. They are widely used in virtually every modern electronic system, from smart phones and computers to radios and medical imaging equipment.

The 4MA050000Z4AACUGI oscillator is a small size, ultra-low phase noise, high-precision Oven Controlled Crystal Oscillator (OCXO). It is designed specifically to provide fast, long-term stability and excellent spectral purity for wireless base station, microwave radio, and satellite communication systems applications.

Applications

This oscillator is ideally suited for use in radio, satellite, and radar communication systems, as well as precision timing and high-frequency control systems. It is also used in medical, aerospace, radar, and navigation equipment, where reliable, precise and long-term timing is essential.

It is also widely employed in precision test and measurement instrumentation, digital and analog systems, synthesizers, digital signal processing, and high-resolution frequency synthesis.

Working Principle

At the heart of the OCXO is a quartz resonator, which is composed of a precisely tuned quartz crystal that is held in a temperature-controlled oven. As the crystal oscillates in response to an electric field, it produces an accurately timed and repeatable output waveform.

The oven is heated to a predetermined temperature to maintain a stable operating environment for the crystal, providing an extremely stable frequency output over a wide range of temperature and long term stability. This ensures that the frequency output of the oscillator stays constant and precise despite fluctuations in environmental conditions.

Conclusion

The 4MA050000Z4AACUGI oscillator is an extremely reliable and precise device, suitable for a wide range of applications in radio, satellite, and radar communication systems, as well as precision timing and high-frequency control systems. Its excellent phase noise performance, low power consumption, and ultra-stable frequency output make it ideal for applications where reliable, precise, and long-term timing are critical.

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