C3290-1.544

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Oscillators

The C3290-1.544 is a quartz crystal oscillator that plays a key role in providing stable, accurate signal frequency and timing. It has wide application fields in consumer electronics and industrial systems. It is suitable for use in communication systems, instrumentation, data acquisition, and other applications where a stable clock source is necessary.

Applications

The C3290-1.544 is widely used in home audio, consumer electronics, automotive audio, security systems, PC/phone communication systems, and other industrial systems. It is perfect for time-sensitive applications such as Wi-Fi, video, audio, satellite, and radar. It can also be used as a reference clock source for embedded telecommunication systems, where timing signals are critical. The C3290-1.544 is also extremely useful in precision electronic synchronization systems.

Working Principle

The C3290-1.544 operates on a quartz crystal oscillator (QCO) principle. A QCO is an electronic circuit that uses the resonant frequency of a small piece of quartz crystal as its timing element. The crystal is cut at angles and ground to a specified thickness so that it vibrates at a precise constant frequency when exposed to an electrical field. The frequency produced by a QCO is very stable and can be used to generate signals with a high degree of accuracy at any frequency in the range of 1 Hz to 1 MHz.

The C3290-1.544 comprises a QCO, an amplifier circuit and a frequency control circuit. The frequency control circuit is used to adjust the frequency of the oscillator to match other signal sources. The frequency can be adjusted between 10 kHz and 200 MHz. The amplifier circuit increases the signal strength of the QCO while the frequency control circuit ensures the stability of the signal.

Conclusion

The C3290-1.544 quartz crystal oscillator is a highly reliable and stable device with wide application fields in consumer electronics and industrial systems. It operates using the QCO principle, where a small piece of quartz crystal is used as its timing element, and is adjustable in frequency from 10 kHz to 200 MHz. It is perfect for use in time-sensitive applications such as Wi-Fi, video, audio, satellite, and radar, and is also extremely useful in precision electronic synchronization systems.

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