CE3392-66.666600

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Oscillators are devices that produce a continually running electrical signal, providing the driving force for many types of analog circuits. One type of oscillator is the CE3392-66.666600, which is known for its extremely precise frequency control capability. The following is an overview of its application field and working principle.

Applications of the CE3392-66.666600

The CE3392-66.666600 oscillator is used primarily for frequency control, such as providing a stable frequency input to a phase-locked loop (PLL). It is also a popular choice for applications requiring precise control over a wide range of frequencies, such as in radio frequency (RF) equipment, telecommunications systems, and medical imaging systems. The oscillator\'s frequency range spans from 1mHz to 1GHz.

Working Principle of the CE3392-66.666600

The CE3392-66.666600 oscillator is based on a quartz crytal resonator. This is a tiny component composed of a tiny cut quartz crystal and two metal electrodes. The oscillator circuit supplies electrical energy to the crystal which, in turn, vibrates at a specific frequency which determines the output frequency of the oscillator. Consequently, the output frequency of the oscillator depends on the properties of the crystal, such as its shape, size and temperature.

The oscillator circuit controls the frequency of the output signal through two adjustment pins. The first pin is known as the PLL range adjustment pin, which is used to adjust the frequency range of the output signal. The second pin is the PLL fine-tuning adjustment pin, which is used to fine-tune the output frequency. This allows the oscillator to be adjusted to the specific frequency needed for the device it is powering.

Conclusion

The CE3392-66.666600 oscillator is a widely used frequency control device due to its precise frequency control capability and its wide operating range. It is based on a quartz crystal resonator, a tiny cut quartz crystal that vibrates at a specific frequency when provided with electrical energy. The output frequency of the oscillator is then controlled via two adjustment pins that are used to adjust the frequency range and fine-tune the frequency. The oscillator is especially popular with applications requiring precise control over a wide range of frequencies, such as in RF equipment, telecommunications systems, and medical imaging systems.

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