FA-20H 20.0000ML81Z-AC3

Crystals are becoming increasingly common in modern electrical and electronic devices. They are often used in oscillators and as resonators in high-frequency circuits. A crystal that is especially familar is the FA-20H 20.0000ML81Z-AC3. This article will discuss the application field and working principle of the FA-20H 20.0000ML81Z-AC3.

Application Field

The FA-20H 20.0000ML81Z-AC3 has a large number of applications. It is typically used as a frequency-control device in LCD televisions, car radiators, and wireless data transceivers. It is also used in oscillators that produce frequency-modulated signals, such as those used in communication systems, navigation systems, and radar systems. Moreover, this crystal can be used in computers and embedded systems to maintain the accuracy of time-keeping systems.

Working Principles

The FA-20H 20.0000ML81Z-AC3 utilizes an oscillator circuit to generate electrical signals that fluctuate between high and low states. Its basic principle of operation is based on the quartz crystal that forms its core. Quartz has the unique property of crystallizing at high temperatures. This means that when a voltage is applied to the crystal, it vibrates at a frequency that is proportional to the voltage applied. In this way, the crystal is able to generate an electrical signal at a set frequency.

The key element that determines the frequency of the generated signal is the size and shape of the crystal. The frequency of the generated signal is determined by the length and width of the crystal, as well as the type of material used. The FA-20H 20.0000ML81Z-AC3 has a resonant frequency of 20.0000MHz, which make it suitable for use in a wide range of applications.

Conclusion

Crystals are used in many electrical and electronic devices. The FA-20H 20.0000ML81Z-AC3 is a common crystal used in oscillators and other high-frequency circuits. This crystal is used in frequency-control devices, oscillators producing frequency-modulated signals, and computers and embedded systems. Its working principle is based on the quartz crystal which vibrates at a frequency proportional to applied voltage. By adjusting the size, shape and type of material used, the frequency of the generated signal is determined. This makes the FA-20H 20.0000ML81Z-AC3 suitable for a wide range of applications.