C3392-10.000

Oscillators are electronic circuits which use audio frequencies for reasons ranging from signal generation to precision timing. They produce sine waves with virtually no harmonics, and use their stability to help measure small amounts of time. The C3392-10.000 oscillator is versatile and can be used for many applications, with its working principle being based on that of a voltage-controlled oscillator.

Applications

The C3392-10.000 oscillator can be used in a variety of applications, including precision audio and timing circuitry, and can be used in both low- and high-frequency digital and analog circuits. Additionally, it can be used as a high-precision device for the generation of clock signals, particularly in computers where high frequency signals are constantly required. Lastly, it can also act as a frequency chirp synthesizer for the development of innovative RF systems.

Working Principle

The C3392-10.000 oscillator is based on the working principle of a voltage-controlled oscillator. The device is designed to convert external electrical signals, converted to a current using the internal voltage amplifiers, into a sine wave. In order for the device to reach its maximum potential, it operates on the principles of negative feedback, resonance, and a frequency locked loop. This feedback and resonance maintains the oscillator’s stability, as well as determines the frequency and amplitude of the output signal.

The C3392-10.000 oscillator features an extended frequency range and a wide temperature range. It is made of a chip package that can be mounted in any suitable surface-mounted location. Additionally, the package also features two tuning pins, as well as an adjustable output voltage level pin, which allow for greater customization of the output signal.

Conclusion

The C3392-10.000 oscillator is a versatile and highly precise device which can be used in a range of applications when it comes to the generation or synchronization of audio and timing signals. It is based on the working principle of a voltage-controlled oscillator and is designed to convert low-level electrical signals into higher-level sine wave outputs with minimal harmonics. The device also features an extended frequency range, as well as adjustable output voltage level pins for greater customization of the output signal.