C3290-18.432

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Oscillators are electronic circuits that can create a special frequency always and reliably. The C3290-18.432 oscillator is one example of oscillators that have been developed for certain usage associated with radio communication. This article will explain the C3290-18.432 application field and working principle.

C3290-18.432 Application Field

C3290-18.432 oscillator’s application field is mainly related to radio communication. Radio communication systems depend on transmitting and receiving radio signals so they can be studied. This process requires an oscillator as a reliable source of electrical signals with a precise frequency. The oscillator is used as a reference frequency for the radio communication link.

C3290-18.432 has excellent characteristics in terms of signal-to-noise ratio (SNR) and stability. It is mainly used in base stations, mobile telecom systems, radars and for band-dependent radio broadcasts. Additionally, C3290-18.432 can be used in harmonic-generator equipment, complex receivers and interfering monitoring points.

C3290-18.432 Working Principle

C3290-18.432 generates high quality signal outputs of up to 18.432GHz. It is constructed with Temperature-Compensated Crystal Oscillator (TCXO) to maintain a high-grade frequency stability. This device is made of stringent manufacturing process, high-grade components and rigorous testing procedures that guarantee its stability.

While C3290-18.432 provides high frequency outputs, its optimized crystal structure helps to reduce its jitter. This ensures that the signal output is of high quality and free of noise. The oscillator works through a loop of feedback. Here’s a brief explanation of the loop:

• A frequency oscillator generates a signal to the loop.
• The signal will then be circulating the loop.
• The signal is then compared to a signal being generated outside the loop.
• When the comparison shows that the generated signal is not in sync with the one externally generated, it will be adjusted back to its original value.
• The adjusted signal will continue to circulate the loop, thus maintaining the loop.

C3290-18.432 utilizes Digital Phase Locked Loop (DIPL) so that the energy of the output signal can be increased and the frequency stability will be improved. It is also equipped with fast-responding Analog Phase Lock Loop (APL) and temperature compensation logic circuits to reduce frequency drift.

Conclusion

C3290-18.432 is an oscillator device designed for application fields that require high quality signals with reliable frequency stability. Its ability to reduce jitter and with excellent SNR makes it suitable for radio communication requirement. It utilizes TCXO to maintain high-grade frequency stability and the feedback loop mechanism to adjust the output signal back to the desired frequency value. Ultimately, the C3290-18.432 oscillator is perfect for producing precise reference frequencies for radio communication.

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