AX7MBF2-1350.0000T

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Oscillators are electronic components that emit an electromagnetic waveform at a certain frequency. The AX7MBF2-1350.0000T is an ideal oscillator for various applications. This article will discuss the application field and working principle of the oscillator.

Application Field

The AX7MBF2-1350.0000T oscillator is a piezo-electric crystal oscillator that can be used for a wide variety of applications. It can be used for general consumer applications including vibration detection, frequency generation, and timekeeping, as well as for more specialized applications such as medical diagnostics, industrial automation, and communication networks.

The oscillator has a low current draw, which allows it to be used for battery operated devices. It can also be used in high temperature environments up to 125°C as well as in extreme environments such as space and radiation-prone industrial areas.

The AX7MBF2-1350.0000T is a cost effective solution for applications requiring high accuracy timing. Its high frequency stability and low jitter make it an ideal choice for applications such as precision timekeeping and sensor-based systems.

Working Principle

The AX7MBF2-1350.0000T oscillator uses a coaxial crystalline piezoelectric element to generate an electromagnetic waveform at a predetermined frequency. The waveform is generated by an electrical voltage applied to the oscillator. This voltage causes a change in the shape of the crystals within the oscillator, which results in the emission of an electromagnetic wave.

The frequency of the waveform is determined by the physical characteristics of the crystals, such as size and type. The oscillator can be tuned by changing the applied voltage, which alters the waveform\'s frequency. This allows the oscillator to be used for applications requiring precise timing.

The AX7MBF2-1350.0000T oscillator is a reliable and cost effective solution for applications requiring precise timing. Its piezoelectric crystal element allows it to generate accurate and stable waveforms, making it an ideal choice for applications requiring precise timing.

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