UX72F6214Z Crystals, Oscillators, Resonators

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Oscillators form a category of electronic devices which generate regular alternating current signals. The UX72F6214Z is an example of a digitally programmable oscillator made by company Nye-Duke Electronics, offering a wide range of applications for different needs.

Application Field
The UX72F6214Z can be used as a generator of time delays for various applications, like digital control systems, frequency control, and phase control in digital and analog systems. It can be used to accurately determine the timing of data logic signals in communications systems, modems, and modulators. Similarly, these oscillators can be used in data converters, clock distribution, and frequency synthesizers.

The UX72F6214Z is also suitable for low power applications such as computer and digital audio systems, as well as automotive applications. Due to its small size and low power consumption, it can even be integrated into fully automated systems and used for military, aerospace, and medical applications.

Working Principle
This oscillator uses the digital signal processing (DSP) approach. This type of oscillator uses very accurate components such as quartz crystals, filters, and integrated circuits. Since digital signal processing is used, each step of the oscillator can be accurately adjusted, which allows for a wide range of operations, providing much greater flexibility than other types of oscillators.

To start, a quartz crystal oscillator is used to generate a stable frequency. This signal is then processed in the analog part of the oscillator. Here the signal undergoes filtering and amplification, to improve the amplitude and the signal-to-noise ratio of the output signal. Then, this output signal is fed to the digital part of the oscillator. Here, the signal is digitally adjusted by the DSP, and the frequency and phase of the output signal can be adjusted very precisely.

One of the key features of the UX72F6214Z is that it can be programmed to produce a range of frequencies, from 2 kHz to 125 MHz. This makes it suitable for applications such as frequency hopping and data communication, where the frequency can be easily changed. Furthermore, the oscillator offers a power consumption rating of less than 4 mW.

The UX72F6214Z digital oscillator is an interesting example of how digital signal processing can be used to create precise frequency signals. This type of oscillator offers a wide range of applications, and due to its small size and low power consumption, it can even be incorporated into fully automated systems. With this oscillator, one can easily control phase and frequency to accurately generate signals for a variety of applications.

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