FA-128 30.0000MF10Z-K0

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Crystals are ubiquitous in the technological world today, and among these is the FA-128 30.0000MF10Z-K0. Crystals are important components in electronic circuits, particularly for devices such as radios, televisions, and computers. It is a quartz crystal which is manufactured with two metal electrodes bonded to the surface. The FA-128 30.0000MF10Z-K0 is a particular type of crystal with exceptional characteristics that make it suitable for different applications. In this article, the application fields and working principle of this crystal are explored.

Applications

The FA-128 30.0000MF10Z-K0 crystal is a highly reliable, stable, and low phase noise quartz crystal with wide application fields. It is used in a variety of different applications where accuracy, stability, and precision are essential. One example is in radio communication, where it is used as an oscillator to control the frequency of a transmitter or receiver. It can also be used in timing applications such as clocks, watches, flight equipment, and microwave ovens. In medical and scientific equipment, it is used for accurately measuring time intervals and providing synchronised clocks across multiple devices.

On top of that, the FA-128 30.0000MF10Z-K0 crystal is increasingly being used in the automotive industry. As cars become smarter and more connected, reliable and accurate timing is essential for many applications such as path planning, autonomous driving, and sensing. In these applications, the crystal is used for synchronising sensors, data transmission, and calculating the car\'s position in relation to the environment. For example, LiDARs that enable self-driving cars need very precise timing signals to measure distances down to the millimetre.

Overall, the FA-128 30.0000MF10Z-K0 quartz crystal is a versatile and reliable component with a wide range of uses. Its robustness and accuracy make it highly suitable for applications requiring precision and stability.

Working Principle

The FA-128 30.0000MF10Z-K0 crystal oscillator works on a similar principle to that of piezoelectric effect. A piezoelectric material produces a voltage when a force is applied to it. Similarly, when a voltage is applied to a quartz crystal, it vibrates (oscillates) at a precise and stable frequency. Quartz is a natural piezoelectric material, and when the quartz crystal is placed in the oscillator circuit, it resonates at a specific frequency. This frequency can be accurately calculated and adjusted over a wide operating temperature range, making it a reliable and precise oscillator.

The oscillator circuit can be designed in such a way that it amplifies the oscillations of the crystal. This allows a small signal, generated by the quartz crystal, to be boosted to a signal strong enough to be used in the circuits. The frequency of the signal produced by the crystal can be adjusted by varying the capacitance and inductance of the circuit. For example, if the capacitance is changed, the frequency of the signal will be affected.

The FA-128 30.0000MF10Z-K0 crystal is a good example of a quartz crystal oscillator which can produce a stable frequency signal for a variety of applications. Considering its robustness, accuracy, and low phase noise, it has become an important component in precision electronic circuits.

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