C3391-20.480

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Oscillators

An oscillator is an electronic component or device that mechanically or electronically generates a periodic, primarily harmonic, signal like a sine wave or a square wave at a specified frequency. Oscillators are commonly used in electronics, communication, acoustics and navigation systems to provide a signal of constant, known frequency for use in establishing and maintaining synchronization of timing, frequency and phase relationships. The C3391-20.480 oscillator is an example of a widely used oscillator.

C3391-20.480 Application Field and Working Principle

The C3391-20.480 oscillator is a high accuracy device that is used in a wide variety of applications. It is frequently used in telecommunications, medical instruments, navigation systems and other electronic control systems.

The C3391-20.480 oscillator is constructed with a conventional oscillator design consisting of an active element, typically a transistor, resistor, and capacitor plus a passive network element, typically an inductor with a resonant frequency determined by the component values. The oscillator is configured as a negative resistance circuit that provides an alternating current output with a frequency that is determined by the circuit components. The frequency of the oscillator is adjustable and is determined by a control network consisting of a capacitor, resistor and/or inductors. The circuit is designed so that the frequency range is within the specified range of 20.480 MHz ± 15 ppm.

A voltage bandgap reference circuit is provided to ensure high frequency stability. This provides the oscillator with a low temperature coefficient and a low frequency drift. The voltage bandgap reference provides precision voltage references to the active (transistor) and passive (inductor) networks of the oscillator. This ensures that the oscillator produces a reliable, stable signal with minimal drift.

The C3391-20.480 oscillator has an exceptionally low harmonic distortion and wide operating temperature range. This makes it ideal for use in a wide range of applications. The device is also relatively small in size, making it easy to incorporate into space-constrained applications. The C3391-20.480 oscillator also features excellent phase noise performance, making it ideal for use in high-performance communication systems and other applications that require low phase noise signals.

To sum up, the C3391-20.480 oscillator is an excellent choice for applications in the fields of telecommunications, medical instruments, navigation systems, and other electronic control systems. It is a high accuracy device constructed with a conventional oscillator design featuring a voltage bandgap reference circuit and low temperature characteristics. It has an extremely low harmonic distortion, wide operating temperature range and excellent phase noise performance. All of these features make the C3391-20.480 an excellent choice for reliable and high-performance oscillator applications.

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