590CA56M9600DG

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Oscillators

Oscillators refer to devices that generate continuous periodic signals in the form of oscillations. Oscillators have many applications such as to create an alternating current (AC), providing synchronization to a circuit, generating sound waves and providing precise timing references for radio communication. Oscillators can be divided into different types such as oscillators with waveform generators, analog integrated circuit oscillators, phase locked loops (PLLs) and quartz crystal oscillators.

590CA56M9600DG Application Field and Working Principle

The 590CA56M9600DG is a quartz crystal oscillator designed for use in mobile phones and tablets. It has an operating frequency range of 2.9~5.6MHz and an operating temperature range of -30°C to 85°C. It is a dual cycle operation with crisp signal transistions and wide frequency tuning range. The 590CA56M9600DG is constructed with a quartz crystal and electronics. The crystal has a precisely cut parallel-sided plate of quartz called a resonator. The resonance frequency of the piezoelectric material is precisely determined by the thickness of the layers and its geometric shape.

The 590CA56M9600DG oscillates by alternating between storing and releasing energy generated by an applied voltage. The applied voltage causes the crystal to expand and contract slightly. This expansion and contraction produces a resonant frequency at which the device will oscillate. The circuitry in the oscillator amplifies the voltage and prevents the voltage from decaying. The crystal oscillator’s output is rectangular wave generated by the switching of magnetic fields induced in the coil. The frequency is derived from the crystal and the output waveform is amplified by the built in amplifier.

The 590CA56M9600DG crystal oscillator is well suited for mobile phones and tablets applications because it features a wide frequency tuning range, crisp signal transistions and stable operation. Oscillators like the 590CA56M9600DG are highly reliable and accurate, making them ideal for mobile devices.

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