FA-238 16.0000MB-D0

Crystals: FA-238 16.0000MB-D0 Application Field and Working Principle

Crystals are used extensively in a variety of applications, ranging from watches and radio to medical applications and even military applications. The FA-238 16.0000MB-D0 crystal, in particular, has an impressive range of uses, from general timing and frequency reference to audio and video applications, as well as wireless communication. Each of these applications relies on a specific resonance frequency derived from the crystal’s natural properties. This article will discuss the application field and working principle of the FA-238 16.0000MB-D0 crystal.

Application Field

The FA-238 16.0000MB-D0 crystal can be used for a variety of timing and frequency needs. It is commonly used in base stations for wireless communications, as it is able to provide stable frequency control at a given output level. The crystal has excellent characteristics at low frequencies and is able to provide clock signals for complex circuits. Furthermore, the crystal can be used to ensure set tones and buzzers have consistent frequencies.

In addition, the FA-238 16.0000MB-D0 crystal is perfect for controlling oscillator circuits in audio and video equipment. Its high resolution ensures a laser-like focus in terms of pitch and intonation, which translates to superior image and sound quality. This crystal is also often used to condition the incoming video signal in order to provide a constant brightness level for receivers.

Finally, the FA-238 16.0000MB-D0 crystal can also be used for electronic metering and measuring applications in industrial settings. Its ability to maintain high frequency accuracy and stability makes it an invaluable tool for many types of industrial applications.

Working Principle

The working principle of the FA-238 16.0000MB-D0 crystal relies on piezoelectricity - a type of electric charge generated when certain crystals are mechanically stressed. Piezoelectricity follows the inverse-square law, meaning that when a crystal is stressed, its output voltage is inversely proportional to the square of the applied voltage. In other words, the crystal will generate a larger voltage when stressed by a low voltage and a lower voltage when stressed by a high voltage.

The FA-238 16.0000MB-D0 crystal works by creating an oscillating electric field when subjected to a voltage. This oscillation creates a harmonic frequency - the natural resonance of the crystal - which is used as a timing source in a variety of applications. Additionally, the crystal’s frequency is used as a reference for synchronizing audio and video clocks.

In order to achieve its desired frequency accuracy, the FA-238 16.0000MB-D0 crystal must be cut with a special grade of quartz. This allows it to be temperature-stable and maintain frequency accuracy to within two parts-per-million over a wide temperature range. The crystal also includes a low-loss aging feature to ensure consistent long-term accuracy and reliability.

Conclusion

Crystals are essential components for many modern electronics applications. The FA-238 16.0000MB-D0 crystal is a perfect example of the accuracy and stability that they are capable of providing. Its application field is broad and its working principle is based on piezoelectricity and its natural resonance frequency. The quartz used to manufacture the crystal is also specially graded to ensure frequency accuracy.