XLH73V122.880000I

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Oscillators are responsible for converting electrical and electronic sources of energy into pulses whose energy content can be channeled into a specific application\'s output devices. XLH73V122.880000I oscillators, in particular, are digitally controlled, non-stray oscillators designed for Time Division Multiple Access (TDMA) applications. Their features make them suitable for use in a variety of different industrial, consumer, and commercial settings.

Application of XLH73V122.880000I Oscillator

Due to its discrete digital nature, the XLH73V122.880000I can be used in applications such as TDMA cellular systems, where it can be used to generate a frequency-hopping signal for distributed network transmission. It can also be used in communications, radar, and navigation circuits or as part of implantable medical devices, where it is used to internally stimulate certain physiological processes or to measure and monitor certain biometric information. It can also be used for alarm and safety systems where it can be used to detect motion and initiate the emitting of an alarm.

Working Principle of XLH73V122.880000I Oscillator

XLH73V122.880000I oscillators are designed so that their frequency and phase characteristics can be precisely controlled. They can be powered directly from the output of a pulse synchronizer, or they can be separately powered. The input signal is fed into the oscillator, and the output of the oscillator is a binary digital output based on the input signal, which is then looped back into the oscillator\'s clock input. Each time the loop completes, the oscillator will record the number of cycles completed and calculate the required pulse width and frequency. The frequency and phase of the output can then be precisely manipulated to match the required range.

Conclusion

The XLH73V122.880000I oscillator is an ideal choice for applications such as cellular networks, communications, and radar navigation, but can also be useful in many other more complex scenarios. Though the oscillator is designed for use in TDMA systems due to its digital design characteristics, it can be employed just as easily in many other contexts due to its extended frequency and pulse width controls. Moreover, the oscillator is highly reliable in its performance and can be easily upgraded through software updates, making it an ideal choice for any task requiring generative devices.

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