FA-238 48.0000MD-W

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Crystals are frequently used as frequency control elements in electronic circuits. One of the most popularly used crystal types is the FA-238 48.0000MD-W crystal. This crystal has a wide range of applications and a very important working principle.

The FA-238 48.0000MD-W crystal has the standard AT-cut design, and it is one of the most stable oscillators available on the market. It has an excellent temperature stability and is an ideal crystal choice for use in precision timing applications including digital systems, radio transmitters and receivers, oscilloscopes, frequency meters and more. This crystal operates in the 10- to 20-MHz frequency range and has a minimum frequency stability tolerance of ±50 ppm. It also has a maximum programming voltage of 0.6 volts and a typical damping factor of 0.50.

The working principle of the FA-238 48.0000MD-W crystal is based on a phenomenon called the piezoelectric effect. This effect is found in certain materials, such as quartz. When charged with an electric field, the material changes shape and creates an oscillation that emits a distinct frequency. This oscillation is then used to control the frequency of the electronic circuit.

This crystal is commonly used in many electronic circuits due to its robust design and low-power consumption. Its small size also provides its users with a convenient package when dealing with tight circuit layouts. Additionally, due to its low cost, the FA-238 is a great cost-effective choice for many different applications.

The FA-238 48.0000MD-W crystal is an excellent choice for precision timing applications such as digital systems and radio transmitters and receivers. Its low power consumption, stability, and low cost make it a popular choice for many different applications. The piezoelectric effect is what powers the crystal, ensuring its accuracy and stability in today\'s electronics.

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