C3390-16.000

C3390-16.000 Application Field and Working Principle

Oscillators are electronic circuits that generate periodic, oscillating electronic signals. Oscillators are widely used in a variety of applications, including radio and television receivers, telecommunication networks, digital storage devices, audio systems, medical instrumentation, and industrial automation. The C3390-16.000 is a low power oscillator suitable for use in consumer and industrial products such as personal radios, clocks, clocks, timing systems, automotive instrumentation, and medical monitoring devices.

The C3390-16.000 is an extremely low power oscillator. It requires only a few milliwatts of power to run, and is capable of frequencies as high as 16 MHz. This design offers extremely low phase noise and very low jitter. It is also temperature compensated and has excellent long-term stability.

The C3390-16.000 works via the piezoelectric effect, which is the ability of materials to generate an electric field when subjected to mechanical stress. In an oscillator, the piezoelectric material is connected to an electric circuit that causes the material to oscillate in a periodic manner. This oscillation generates a periodic electric signal, which is the oscillator output.

The C3390-16.000 oscillator utilizes a high-quality ceramic resonator, which is connected to a charge transfer circuit and an oscillator IC. The oscillator IC contains timing components that control the characteristics of the output signal, such as frequency, duty cycle, and phase. The output of the oscillator is then further regulated by an output driver, which is designed to provide the proper output signal for the application.

The C3390-16.000 oscillator also contains advanced features, such as phase locked loop (PLL) circuitry and differential cross-mode operation. PLL circuitry is used to lock the output frequency of the oscillator to an external reference clock and maintain synchronization between components in the system. Differential cross-mode operation enables the oscillator to operate at multiple frequencies with different phase relationships between the input and output. This is particularly useful in applications where multiple signals have to be synchronized.

The C3390-16.000 oscillator is designed to meet the highest standards and provide reliable performance in a wide range of applications. Its low power requirements, advanced features, and excellent stability make it an ideal choice for consumer and industrial applications.