513ACA000439AAG

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Pin Configurable/Selectable Oscillators are an important part of electronics, used to regulate the frequency of electric circuits and processes. The 513ACA000439AAG is one such oscillator, specifically designed for applications involving precision timing and/or frequencies, such as satellites or surveillance systems.

Design and Operation

The 513ACA000439AAG is a quartz crystal-based oscillator, which means it relies upon the vibrational frequency of a quartz crystal to set the frequency output. The quartz crystal is encapsulated within the oscillator, and is set in such a way that when bound with electrical contacts, it vibrates at a specific frequency.

The frequency itself is determined by the electrical characteristics of the quartz; its capacitance, inductance and temperature characteristics. These characteristics are then manipulated by various electrical wiring and components to produce the required output frequency and an acceptable amount of jitter.

The oscillator also contains components to adjust the frequency, such as a trimmer capacitor. This capacitor allows users to fine-tune the frequency of the oscillator, so that it is correct for their particular application.

Applications and Uses

The 513ACA000439AAG is widely used in a variety of applications, such as satellites, surveillance systems and other uses where frequency and timing accuracy is a must. It is also used in precision clocks, watches, and other electronic components. Due to its ability to be fine-tuned to a specific frequency, it is ideal for tracking the position of satellites and other space-borne objects, as well as monitoring the position and movements of heavy machinery and vehicles.

Another use for the 513ACA000439AAG oscillator is in radar, specifically for the purposes of ranging. By using an oscillator to determine the exact frequency of a radar signal, it is possible to accurately determine the distance of an object in the radar’s field of view.

The 513ACA000439AAG oscillator is also used in navigation systems, such as those used on ships and aircraft. By measuring the frequency of the navigation signals, it is possible to accurately and quickly determine the exact location of the navigator.

Conclusion

The 513ACA000439AAG oscillator is a highly precise and accurate quartz-based oscillator, used for applications where frequency and timing accuracy are essential. It is widely used in satellites, surveillance systems, clocks, radar and navigation systems.

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