FA-118T 32.0000MF10Z-AJ0

Crystals play an essential role in global telecommunications and electronics technology. This is where specialized crystals, such as the FA-118T 32.0000MF10Z-AJ0, come in. This crystal offers a wide range of applications and is capable of functioning at different frequencies. To understand its scope of use and working principle, this article breaks down its application fields and the science behind it.

Application Field:

The hallmark of the FA-118T 32.0000MF10Z-AJ0 is its versatility. It can be used to calibrate frequency for radio transmission and reception. The crystal has two electrodes for an efficient functionality and its maximum frequency range is 32 MHz. This makes it an ideal choice for radio filtering, radar and navigation systems, TV sets, microprocessors, and other telecommunication-related circuits. In addition, the crystal can also be used in various wireless applications, as it is known to provide even frequency distribution and low phase noise.

Working Principle:

To understand the working principle of the FA-118T 32.0000MF10Z-AJ0, one must first understand the concept of piezoelectricity. Piezoelectricity involves the phenomenon of electric current induced in certain crystals, when mechanical strain is applied. This crystal is essentially a medium of transmitting mechanical energy into electrical energy through a process of vibration. Through the crystal’s oscillating behaviour, it is able to generate a regular output frequency. The crystal works as a voltage-controlled oscillator that should be connected to a voltage source for proper functioning.

The oscillators present in the crystal creates an electromagnetic field that interacts with the crystal’s electrodes. This sets in motion a mechanical oscillation between the crystal’s electrodes and its layers. As a result, protrusions and bulges form on the surface of the crystal due to its natural resonance frequency, which can be adjusted by altering the voltage of the oscillator. This in turn modulates the electrical output frequency created by the crystal.

Conclusion:

The FA-118T 32.0000MF10Z-AJ0 crystal employs the concept of piezoelectricity to generate electrical energy through mechanical resonance. Owing to its wide range of application fields, this crystal is a popular choice to calibrate frequency for various telecommunication and wireless purposes. The output frequency of the crystal can be regulated through the voltage of the oscillator, giving it an even frequency distribution and low phase noise.