DOC052V-012.8M Crystals, Oscillators, Resonators

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Oscillators are devices that generate electrical signals over a range of frequency and amplitudes. DOC052V-012.8M is an example of such a device, serving in a variety of applications. This article will discuss the application field of the DOC052V-012.8M as well as its working principle.

Application Field

The DOC052V-012.8M is an oscillator designed for ultra-wideband signal broadcasting applications. For example, it is suitable for use in Wi-Fi communication, as well as radars and spread spectrum communication links. It is also used in segments requiring high data speeds due to the large frequency bandwidth offered. The device supports a wide range of applications in the industrial, commercial, and academic fields.

Working Principle

The DOC052V-012.8M oscillator generates a signal by inverting a circuit and switching the voltage input. The circuit generates high-frequency oscillations over a wide range due to the ability of the components to behave as an extreme high-frequency amplifier. This device operates on the concept of Armstrong oscillator, wherein the oscillations are generated by using positive feedback. The circuit is tuned to desired frequency and amplitude by adjusting select resistors and capacitors.

The DOC052V-012.8M also includes a temperature control system which maintains an even frequency across the spectrum. This is especially important for those applications that require a steady frequency regardless of the environmental or circuit conditions. The temperature control system also reduces the power consumption significantly.

Conclusion

The DOC052V-012.8M is an oscillator designed for use in high-frequency, ultra-wideband applications. It includes a temperature control system to ensure a steady frequency and reduce power consumption. The oscillator operates on the concept of Armstrong oscillator and is used in the industrial, commercial, and academic fields.

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