CE3390-19.440

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CE3390-19.440 Application Field and Working Principle

Oscillators are electronic components used to generate signals over a wide range of frequencies. It have become a ubiquitous component in a wide range of electronic circuits, from radar systems and television sets to computers and consumer electronics. The CE3390-19.440 is one of the most popular oscillator components available today.

The CE3390-19.440 is a ceramic-based resonator from the California Eastern Labs (Cal-East). It has a wide range of uses in both analog and digital circuits, from audio oscillators to PLL modulation. Its frequency range is from 12kHz to 25MHz, making it ideal for applications such as short-wave radio equipment. Additionally, the CE3390-19.440 offers outstanding stability over temperature and long-term aging.

The CE3390-19.440 has a unique working principle, which involves creating an alternating current (AC) signal from a DC bias voltage. When a DC voltage is applied at one end of the resonator, the voltage at the other end will alternate between positive and negative, generating an AC signal. This AC signal is then filtered to reduce noise and impedance, and the result is a steady, low-distortion signal. The frequency of this signal is determined by the characteristics of the resonator.

The CE3390-19.440 is widely used in many applications, particularly in communication equipment. It is used as a local oscillator in radio receivers and transmitters, as well as a reference clock in data-processing systems. It has also been used in the generation of IF and RF signals for RADAR systems. Additionally, some digital systems use the CE3390-19.440 for clock signal generation and signal synchronization.

In short, the CE3390-19.440 is an extremely versatile oscillator component with a wide range of applications and uses. Its ceramic-based construction and excellent frequency range make it ideal for many applications, and its unique working principle makes it a reliable and trusted component for any electronic circuit.

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