XLP73V155.000000I

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators are important components of almost all electronic applications due to their responsibility of providing the necessary timing for the operation of the circuit. The Nokia XLP73V155.000000I is an oscillator that is frequently used for its reliability. This article explores the application fields of the XLP73V155.000000I and how it works

Application Field

XLP73V155.000000I is most commonly used for the servicing and maintenance of electronic equipment. This includes communications, computer, testing, and other related applications. It is a particularly suitable oscillator for these applications because of its high frequency accuracy and timing stability. The frequency range of the XLP73V155.000000I is 500kHz to 19.99MHz and it includes an internal temperature compensation reference diode to improve its accuracy and thermal performance. Moreover, it features frequency stability over temperature which makes it the most reliable oscillator for delicate applications such as the ones mentioned.

Working Principle

The XLP73V155.000000I oscillator utilizes a crystal resonator, a series RC circuit, and the temperature compensation reference diode to generate its oscillation. The crystal oscillator is mounted close to the oscillator circuit and produces the voltage necessary to start its oscillation. The series RC circuit is then used to produce the necessary amplitude and time constants with the help of the diode. The frequency of the oscillator is determined by the value of current passing through the components, which is why the diode plays an important role in generating a constant current source for its stability. The diode ensures that the given frequency does not drift over time.

The XLP73V155.000000I oscillator also utilizes a loop and a phase detector principle to build its timing circuits and maintains control over the oscillator’s output frequency. The loop is responsible for determining the condition of the oscillation and the phase detector is used to ensure that the oscillator maintains the desired frequency range. The oscillator can be programmed to operate at different output levels and frequencies based on the user’s requirements.

Conclusion

In conclusion, the Nokia XLP73V155.000000I oscillator is an extremely reliable oscillator designed for various electronic applications. It utilizes a crystal oscillator, a series RC circuit, and a temperature compensation reference diode to generate its oscillation. It provides frequency stability over temperature and has a wide frequency range of 500kHz to 19.99MHz. Moreover, it can be programmed to operate at different output levels and frequencies based on the user’s requirements. The XLP73V155.000000I oscillator is a perfect choice for those looking for a reliable and accurate oscillator for their application.

The specific data is subject to PDF, and the above content is for reference