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Oscillators

The 595AG100M000DG oscillator operates by providing electrical power to an energy conversion mechanism to produce oscillations. The frequency of the generated oscillations is determined by the energy stored in the oscillator and the design of the oscillator system. Oscillators are electronic circuits that are designed to output a certain frequency even when subjected to external input signals. This output frequency is known as a reference frequency and is used in a variety of applications.

Application Fields

The 595AG100M000DG oscillator is used in applications that demand the highest performance, such as telecommunications, computers, radio broadcasting, industrial machinery, medical equipment and audio electronics. These high-precision oscillators provide superior phase noise, frequency stability and jitter performance.

Working Principle

The 595AG100M000DG oscillator is a crystal oscillator designed for the lowest power consumption. The oscillator works by passing a current through a crystal structure. The crystal structure begins to vibrate at a given frequency according to its mechanical structure. This vibrating crystal serves as the frequency-determining element for the oscillator and is called a quartz crystal or a resonator.

The quartz oscillator works by providing electrical power to the crystal structure, and this energy is then stored in the system in the form of an oscillating electric charge. The voltage applied to the crystal structure causes it to vibrate at its predetermined frequency, as the energy is released from the structure. This frequency is then used as the stable reference frequency for the oscillator.

The working principle of the 595AG100M000DG oscillator is based on the principle of a quartz crystal. The crystal structure vibrates at its predetermined frequency when a voltage is applied to it and thus provides the oscillator with the frequency reference needed for its operation.

Conclusion

The 595AG100M000DG oscillator is a high-precision crystal oscillator that is designed to provide superior phase noise, frequency stability and jitter performance. It is used in applications such as telecommunications, computers, radio broadcasting, industrial machinery, medical equipment and audio electronics. The oscillator works by passing a current through a quartz crystal structure and using the energy stored in the system in the form of an oscillating electric charge to produce the stable reference frequency.

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