510CCB70M6560AAGR

Oscillators

Oscillators are devices or circuits that produce an electrical output signal that is regularly alternating in both frequency and amplitude. There are a wide variety of oscillators available for various types of applications. Examples include crystal oscillators, voltage-controlled oscillators, and resonator oscillators.

The 510CCB70M6560AAGR oscillator is a resonator oscillator designed for the short-wave band of 10 to 40 MHz. It is suitable for use in VHF communication systems, as well as TV, telephone, and ship navigation applications. The device features low power consumption and good immunity to vibration and shocks. It is a high stability oscillator with a very low noise level and excellent output power.

The 510CCB70M6560AAGR oscillator works by converting electrical energy into mechanical vibration (resonance). This is done by coupling the oscillator’s electrical circuit to a mechanical system – usually an LC tank circuit – using a piezoelectric transducer. The transducer is made up of two opposing plates of piezoelectric material, with the device’s electric circuit sandwiched in between them. When a voltage is applied to the two plates, the piezoelectric material deforms, creating a vibration that can be coupled to the LC tank circuit. The tank circuit then converts the mechanical vibration into an electrical signal, which is the oscillator’s output.

The 510CCB70M6560AAGR is a great choice for applications requiring high stability and a wide frequency range. It is especially suitable for use in VHF communication systems, TV, telephone, and ship navigation systems, due to its low power consumption and excellent immunity to vibrations and shocks.