AX7PAF3-320.0000T

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Oscillators are a type of electrical circuits used to generate an oscillating waveform at a preferred frequency. A major application of oscillators is their use to generate signals for clocks, communication systems, and interfacing with control circuitry. The AX7PAF3-320.0000T is a ceramic resonator, a type of oscillator, and is used within many different practical applications, relying on its relatively small size and cost effective design.

Overview of AX7PAF3-320.0000T

The AX7PAF3-320.0000T is an ultra-miniature surface mount crystal resonator, featuring a low profile of just 0.9 mm. It is designed to operate over a wide voltage range and temperature range, consisting of an AT-cut quartz crystal and a series resonant circuit in a miniature SMD package, with an operating frequency range of 32.000 to 40.000MHz. The AX7PAF3-320.0000T is highly accurate and stable, making it an ideal solution for precision circuitry. It is designed with improved material and performance along with its advanced packaging technology to provide improved reliability.

Applications of AX7PAF3-320.0000T

The AX7PAF3-320.0000T is suitable for use in a variety of electronics, including precision clocks, temperature-compensated clocks, consumer electronics, remote access systems, portable communication devices, and industrial automation. It is particularly well-suited for applications in medical instrumentation, motor-control instrumentation, and instrumentation control. Furthermore, the AX7PAF3-320.0000T is suitable for various applications in pressure sensing, audio equipment, small embedded control applications, automotive applications, digital toys, and such.

AX7PAF3-320.0000T Working Principle

The AX7PAF3-320.0000T is a surface mount oscillator that uses a quartz crystal and a series resonant circuit in its operation. A quartz crystal consists of a thin slice of quartz crystal that is cut to a specific orientation and thickness, allowing it to resonate at a precise frequency. The crystal is connected to a resonant circuit which amplifies its resonant signal to produce an oscillating waveform at the required frequency. The quartz crystal provides stability and accuracy in its operation.

Conclusion

The AX7PAF3-320.0000T is a highly accurate and reliable surface-mount oscillator that works on an AT-cut quartz crystal and a series resonant circuit. Its small size and cost effective design make it ideal for many applications such as precision clocks, remote access systems, consumer electronics, and digital toys. It is also suitable for applications requiring more precision such as medical instrumentation, motor-control instrumentation, and instrumentation control.

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