7M-19.200MAHC-T

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Crystals are widely used in many applications that demand precise tuning and high-quality frequency generation. 7M-19.200MAHC-T is a type of special crystal, which can be used in a variety of applications, such as clock oscillators, computer clocks and frequency synthesisers. This article will provide an overview of the 7M-19.200MAHC-T application fields and working principles.

7M-19.200MAHC-T Application Fields

The 7M-19.200MAHC-T is a miniature quartz crystal, with a fundamental frequency of 19.200MHz, stabilities up to 50ppm, and a temperature coefficient of -30ppm/℃. Its small size makes it perfect for space-constrained applications. This crystal has been designed to be used in a variety of applications, with one of the most common and popular being clock oscillators, used for timing and frequency synthesis.

The 7M-19.200MAHC-T is also suitable for use in computer clocks, where its precise frequency control is essential. This crystal is also ideal for use in frequency synthesisers and testing equipment, as it has excellent tuning and frequency stability.

7M-19.200MAHC-T Working Principles

The 7M-19.200MAHC-T works through a principle known as \'piezoelectricity\'. The crystal consists of a piece of quartz which has been cut in an asymmetric shape. The quartz is then coated with electrodes, allowing a voltage to be applied to the crystal. As the crystal is subjected to an electrical field, it changes shape due to the piezoelectric effect, and this change in shape causes a frequency change.

The crystal will oscillate at a particular frequency, depending on its shape. Changing the voltage applied to the crystal will cause the voltage to change the shape of the crystal and in turn, the frequency. This is the principle upon which the 7M-19.200MAHC-T clock oscillator works, providing precise frequency control.

Conclusion

The 7M-19.200MAHC-T is a popular crystal which is suitable for use in a variety of applications. Its small size makes it perfect for space-constrained applications and its precise frequency stability makes it ideal for use in clock oscillators, computer clocks, frequency synthesisers and testing equipment. The 7M-19.200MAHC-T works through the principle of piezoelectricity, where the shape of the crystal is changed by an applied voltage, which in turn changes the frequency of the crystal.

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