C3390-12.352

Oscillators: C3390-12.352 Application Field and Working Principle

Oscillators are essential electronic components in electronic systems. C3390-12.352 oscillators are a type of miniature quartz oscillator commonly used in communication equipment, alarm systems, and other electronic products that require periodic time-based oscillations.

C3390-12.352 oscillators are single-supply oscillators that operate by coupling a quartz crystal and an integrated circuit to generate a stable, precise oscillation frequency. These oscillators have a wide range of frequencies, up to 32MHz, making them suitable for a variety of applications.

The oscillator comprises a quartz crystal, an integrated circuit, capacitors, resistors, and other necessary components. The quartz crystal acts as a mechanical resonator, while the integrated circuit provides the control and amplification functions. The control and amplification of the oscillator are generated by the logic of the integrated circuit, which is sensitive to the support voltage of the quartz crystal.

The quartz crystal acts as an electric vibration element. When an alternating current is applied to its two ends, a mechanical vibration is produced. The frequency of the vibration is closely related to the cut angle of the quartz crystal surface. The frequency of the oscillator is determined by the recutting angle of the quartz crystal.

The magnitude of the vibration is proportional to the square of the voltage amplitude. Therefore, a constant voltage amplitude must be maintained, while the voltage level is adjusted using the integrated circuit, to ensure that the oscillator frequency is constant. The integrated circuit also acts as an amplifier and amplifier and provides gain control to adjust the output voltage. The design parameters of the integrated circuit are optimized for the frequency of the quartz crystal.

C3390-12.352 oscillators can be widely used in applications such as frequency synthesizers, microwave communications, vehicular communication and personal communication systems. They can also be used in remote sensing instrumentation, time-controlled switches, and frequency counters. These oscillators provide a high degree of accuracy and stability of the output frequency, making them suitable for precision applications.

In summary, C3390-12.352 oscillators are a type of miniature quartz oscillator that produces a stable, precise oscillation frequency. These oscillators are suitable for a wide range of applications, providing excellent accuracy and stability of the output frequency.