AX7MCF3-368.6400T

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Oscillators

An oscillator is an electronic device that produces a continuous output waveform without any input. It can be used as a signal source for a variety of electronics and communications applications such as wireless systems, radio receivers, transmitters, modems, digital-to-analog (D/A) and analog-to-digital (A/D) converters, and computer systems. The output of an oscillator is composed of a sequence of repeating waveforms, which can be adjusted to change the frequency or phase of the signal.One example of an oscillator is the AX7MCF3-368.6400T, which is a voltage-controlled temperature-compensated crystal oscillator (VCTCXO). The device is designed for low frequency applications and can provide a highly stable signal of up to 368 kHz. The frequency remains stable over temperature, supply voltage, and time. It is designed for low-jitter clock applications such as digital data exchange, GSM, switching power converters, and Ethernet networks.

The main component of the AX7MCF3-368.6400T is its crystal resonator. The resonator is composed of an overtone quartz crystal, a metal enclosure, and an electronic circuit, which is responsible for delivering an output signal. The crystal resonator has an electrical property called “resonance” in which a mechanical strain applied to the crystal can be used to change the frequency of the output signal. The AX7MCF3-368.6400T is designed with an electronic circuit, which enables precise control of the frequency with temperature, supply voltage, and time.

The oscillator produces an output signal using a process called “phase lock loop” (PLL). This process involves comparing the oscillator’s output signal with a reference signal, then adjusting the frequency of the output signal to match the reference signal. The frequency of the reference signal is determined by a resistive charge pump circuit connected to the crystal. When the frequency of the oscillator matches the reference signal, the two signals are said to be in “lock”. This allows the output signal to be stable and free of interference from other signals.

The AX7MCF3-368.6400T is a reliable, easy to use oscillator for applications requiring low jitter, accurate synchronization, and temperature, supply voltage, and time stability. The oscillator’s frequency can be easily adjusted to match the requirements of the application, while its output remains highly precise and stable.

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