AM-24.5454MAQE-T

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Crystals

Crystals, also known as quartz crystals, are piezoelectric materials with a wide range of applications. In particular, AM-24.5454MAQE-T is a popular crystal oscillator often used in oscillators, clocks, radios and other electronic devices. It is a miniature temperature compensated microprocessor oscillator (TCMO) and is highly stable in operating temperature, frequency accuracy and long-term stability.

Application Field

AM-24.5454MAQE-T is used in a variety of applications including oscillators, clocks, radios, mobile phones, and industrial controllers. It is also used in harsh environments such as automotive and space flight. In addition, they are used in digital signal processing and testing.

Working Principle

AM-24.5454MAQE-T works by converting mechanical energy into electrical energy. This is achieved through the piezoelectric effect. When the crystal is subject to a mechanical vibration, an electric potential is generated in the crystal. This potential is then converted back into a mechanical vibration at the specific frequency of the crystal. This frequency is determined by the geometry and size of the crystal.

The crystal oscillator is composed of an oscillator and a crystal. The oscillator produces an alternating signal that is fed back to the crystal. This signal is then amplified by the crystal and then output back through the oscillator. The oscillator controls the frequency of the waveform by varying the strength of the signal. This results in a stable and precise waveform of the desired frequency.

The TCMO of the AM-24.5454MAQE-T has several features that greatly improve the stability of the crystal oscillator. These include dual temperature compensation, an on-chip oscillator, and an on-chip phase locked loop (PLL). The dual temperature compensation works by compensating for the effects of temperature changes on the frequency of the oscillator. The on-chip oscillator and PLL provide precise control of the frequency and phase of the oscillator, ensuring precise timing and synchronization.

Conclusion

The AM-24.5454MAQE-T crystal oscillator is a miniature temperature compensated microprocessor device that is highly stable and suitable for a variety of applications. Its dual temperature compensation, on-chip oscillator and PLL ensure precise timing and synchronization. It is an excellent choice for controlling precise timing or synchronization in critical applications.

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