FA-238 19.6608MB-K3

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Crystals

Crystals are materials formed by a regular repeating arrangement of atoms, molecules, or ions. It is characterized by its distinct symmetrical shapes and sharp angles sharp angles. Crystals come in a wide range of shapes and sizes. Some have well-defined symmetrical shapes, while others have more irregular shapes. Crystals can be artificially grown or mined in nature.

An example of a crystal is FA-238 19.6608MB-K3. This type of crystal is an AT-cut quartz oscillator. It is widely used in consumer products, electronics, and industrial automation applications. Its frequency can be adjusted to match the frequency needs of the application.

Application Field

The FA-238 19.6608MB-K3 crystal is originally designed for applications requiring high signal integrity and tight frequency tolerances. With more than 20 years of design experience, FA-238 19.6608MB-K3 crystals are used in a variety of applications. These include global positioning systems (GPS), smartphone and tablet applications, and small appliance controllers.

Due to its low jitter performance, low cost, and robust design, FA-238 19.6608MB-K3 crystals are also frequently used in automotive, networking and telecoms, metrology, and medical applications. Additionally, its wide range of frequency stabilities and low output drive levels make it an ideal candidate for these industries.

Working Principle

All quartz crystal oscillators function on the same principle. A quartz crystal, when put into an electric field, will vibrate at a specific frequency. The frequency of this vibration depends on the size of the quartz and the amount of electricity used to power the crystal. This property is known as frequency stability, and is the heart of quartz crystal technology.

FA-238 19.6608MB-K3 crystals are powered by an electronic clock, which provides a controlled frequency reference source. This frequencies fluctuations are then detected by the crystal and converted into a signal. This signal, also known as the reference frequency, is then used as the base frequency for the oscillator.

The oscillation of the quartz crystal is affected by temperature and voltage. Temperature fluctuation will change the frequency of the crystal by a certain amount. This affects the accuracy of the clock and generally requires the oscillator to be continually adjusted to maintain accuracy. The crystal also requires a certain amount of power to operate, which varies depending on the crystal and its application.

In conclusion, FA-238 19.6608MB-K3 is an AT-cut quartz oscillator that is used in a wide range of applications, including GPS, smartphone and tablet applications, automotive, networking and telecoms, metrology, and medical applications. Its frequency can be adjusted to match the frequency needs of the application, and its low jitter performance, low cost, and robust design make it an ideal candidate for these industries. The oscillation of the quartz crystal is affected by temperature and voltage, and it requires a certain amount of power to operate.

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