MXO45-2C-20M0000

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Oscillators are electrical or electronic devices that generate an alternating current or voltage. The MXO45-2C-20M0000 is an example of this technology. This article will detail the application fields and working principle of this type of oscillator.

The MXO45-2C-20M0000 Oscillator: Applications and Working Principle

Applications

The MXO45-2C-20M0000 oscillator is a temperature-compensated crystal oscillator (TCXO) and is widely used in microprocessor-based electronics such as navigation systems, telecommunications equipment and test equipment. It is also commonly found in precision-timing applications such as medical equipment, industrial controllers and radio frequency systems.

The key applications of this oscillator include timekeeping applications, RF and microwave applications, PLL/DLL-based systems, WLAN applications, digital RF systems, GPS systems, server synchronisation, communications and audio/video equipment.

Working Principle

The MXO45-2C-20M0000 oscillator is designed to work through the process of frequency control. The oscillator contains a quartz crystal, which is used as the resonator. This crystal vibrates at a specific frequency when a voltage is applied to it. This is known as the fundamental frequency.

The frequency of the oscillator is then tuned through the use of an internal temperature-compensating capacitor. The capacitor is designed to counter-act the effects of temperature changes on the crystal. This means that the oscillator can maintain a relatively consistent frequency over a wide temperature range.

In order to generate the oscillating signal, the oscillator uses an amplifier circuit to drive the crystal. The amplifier is designed to provide a sufficient output voltage to drive the crystal, while also dampening the oscillations to maintain a stable output signal.

The MXO45-2C-20M0000 oscillator is an extremely reliable and precise device and is widely used in numerous applications. Its temperature-compensated nature means that it can maintain a consistent output signal even in challenging temperature conditions.

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