FA-238 16.0000MD-W

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Crystals form the basis of many technologies and play an important role in the development of products and devices. Among these, FA-238 16.0000MD-W is a widely used crystal in applications ranging from timing to counting to oscillator amplifiers. This article examines the application field and working principle of this crystal.

The application field of FA-238 16.0000MD-W depends on its features. This crystal features high frequency and is suitable for medium- to high-speed applications. It is commonly used for timing and pulse applications such as clocking and counting. Other applications including oscillator amplifiers and frequency multipliers also benefit from its unique properties.

The working principle of this crystal is based on its own physical and electrical characteristics. Generally, the crystal is a piezoelectric material, meaning that it can produce an electric current when subjected to mechanical stress. This current produces a resonance in the crystal. The resonance, then, produces an electrical signal of specific frequency which is proportional to the size of the crystal and number of faces.

The resonance frequency of FA-238 is 16.0000MHz. This specific frequency is determined by several factors, such as the size and type of electrodes, the ambient temperature, and the mechanical stress applied to the material. This frequency can be tuned by adjusting the temperature or applied pressure.

FA-238 16.0000MD-W crystals are widely used in the microelectronics industry. This is because this type of crystal not only offers high frequency, but also superior accuracy and repeatability in timing and counting applications. Moreover, its tuned resonance frequency provides greater versatility for oscillator amplifiers and frequency multipliers.

In summary, FA-238 16.0000MD-W crystal is a highly versatile device suitable for a number of applications. Its wide application field and wide frequency range make it an ideal choice for designers of electronic products. Its piezoelectric properties structure allow it to generate an electrical signal with a precise frequency, which can be tuned through thermal and pressure settings.

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