FA-20H 19.2000MF10Z-C3

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Crystals are used in a variety of industries. In this article, we\'ll take a look at the application field and working principle of the FA-20H 19.2000MF10Z-C3 crystal.

The FA-20H 19.2000 MF10Z-C3 crystal is a type of miniature crystal. It has high stability, precise characteristics, and low power consumption. This type of crystal is suitable for various frequency-related applications and is widely used in communication networks, computer peripherals, industrial control and other fields. The crystal has a frequency of 19.20MHz and a capacitance of 10pF. The electrode is gold-plated and the footprint is vacuum tin soldered.

The working principle of the FA-20H 19.2000MF10Z-C3 crystal can be explained as follows: the crystal is composed of a piece of piezoelectric quartz, which is cut into a particular shape, then electrodes are deposited on both sides of the quartz, and finally the electrodes are sealed with a lid. The quartz must be cut to precisely the correct shape and size for the desired frequency.

When a voltage is applied, the electrons in the quartz will accelerate due to the electric field. The piezoelectric effect will then cause the quartz to vibrate at its resonant frequency. When connected to an oscillator circuit, the crystal will generate a steady vibration at the intended frequency. This vibration is stable and can be used as a highly accurate timing device.

With its high stability, precise characteristics and low power consumption, the FA-20H 19.2000MF10Z-C3 crystal is an ideal choice for frequency-related applications. It is suitable for use in communication networks, computer peripherals, industrial control and other fields.

In conclusion, the FA-20H 19.2000MF10Z-C3 crystal is a type of miniature crystal that is highly stable, precise and low power consumptive. It is suitable for use in a variety of applications, such as communication networks, computer peripherals and industrial control. The crystal is composed of a piece of piezoelectric quartz and generates a steady vibration at its resonant frequency when connected to an oscillator circuit.

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