4PA80F35IDB

Crystals play an important role in modern industry, such as a transmitting and receiving element in communication, an oscillator element in a frequency-controlled electronic device and a resonator element in acoustic devices. Of the many types of crystals available, the 4PA80F35IDB crystal is specially designed for industrial applications.

The 4PA80F35IDB crystal is a cylindrical crystal with a diameter of 5mm and a height of 3.5mm. Its operating temperature range is -40℃ to +85℃ and the storage temperature range is -55℃ to +125℃. The load capacitance range is 6~20 pF. The oscillation frequency is 32.768KHz and the tolerance is ±30ppm.

In terms of its application field, the 4PA80F35IDB crystal is mainly used for clock oscillation application in industrial product fields. In addition, its frequency is suitable for smps, LCD backlight and other components. As for working principle, it is based on the piezoelectric effect. The piezoelectric effect works when piezoelectric quartz is subjected to mechanical vibration or pressure. The quartz crystal will produce an electrical field, or conversely, an electrical field can cause the quartz crystal to vibrate and generate sound waves.

As a result, when an AC voltage is applied to the terminals of the 4PA80F35IDB crystal, it creates an oscillating current in the crystal, which eventually drives the oscillation of the crystal. The frequency of this oscillation corresponds to one of the mechanical resonant frequencies of the quartz crystal, allowing the crystal to act as an oscillator at this frequency. The result is a highly stable, high frequency output that can be used for clock oscillation in industrial products.

In conclusion, the 4PA80F35IDB crystal is a type of quartz crystal specially designed for industrial applications. It is mainly used for clock oscillation applications, and with a frequency suitable for smps, LCD backlight and other components. Its operating principle is based on the piezoelectric effect, when an AC voltage is applied, it causes the crystal to vibrate and generate sound waves. The crystal then acts as an oscillator at this frequency, producing a highly stable and high frequency output.