C3390-24.000

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Oscillators: C3390-24.000 Application Field and Working Principle

Oscillators are into an important category of electronic components, which involves specific applications and working principles. One type of oscillators in particular, the C3390-24.000, is used for high frequency. Being frequency compensating oscillators, they can be used in multiple applications.

The primary purpose of the C3390-24.000 oscillator is to generate a consistent output frequency in order to provide a stable signal to synchronize a system. These oscillators achieve this by being a type of voltage controlled oscillator (VCO), involving an amplitude control voltage (ACV) to alter the output frequency. The oscillator creates the signal by using various active components such as transistors and amplifiers.

The C3390-24.000 oscillator can be found in a wide range of applications, such as radio transmitters and receivers, television receivers, cellular phone equipment, radar systems, industrial automation systems, and computerized machinery.

In each of these applications, the oscillators must be able to operate at high frequencies in extreme temperature and noise conditions. Due to the oscillator’s precision and reliable performance capabilities, it is well suited for mission critical applications. The oscillator is also robust enough to resist variations in temperature, humidity, and noise.

In terms of the C3390-24.000 oscillator’s working principle, the device consists of an oscillator core, an amplifier, and the ACV circuit. The oscillator circuit includes an inductor, a capacitor, a resistor, and a voltage regulator. The circuit produces a sinusoidal waveform, whose frequency is determined by the components’ absolute values and the ACV.The actual output frequency range is controlled by a frequency multiplier in the oscillator core, which is selected by the ACV circuit from one of five possible settings.

When the ACV circuit receives an input voltage that is close to the selected setting, it turns on the oscillator core, which begins to oscillate at the input frequency. The amplifier amplifies the signal, and the output frequency is determined by the input frequency and the ACV setting.

In conclusion, the C3390-24.000 oscillator is a reliable and precise frequency compensating oscillator. Its primary purpose is to generate a consistent output frequency to provide a stable signal for synchronizing a system. The oscillator is widely used in a variety of applications, due to its ability to operate in extreme temperature and noise conditions. Lastly, the oscillator works by combining an inductor, a capacitor, a resistor, a voltage regulator, an oscillator core, an amplifier, and the ACV circuit.

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