ABSM2-3.579545MHZ-4-T

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Crystals

Crystals are a class of electronic components that allow for the regulation and control of electronic frequency signals. Such components use the piezoelectric property of certain materials to oscillate or vibrate at a certain frequency. This frequency can range from very high, megahertz and gigahertz frequencies, all the way down to very low, low-kHz frequencies and even very low, oscillating signals. The most commonly used type of crystal is the quartz crystal, an element found in sand and rock which can be manipulated to oscillate at highly precise frequencies.

The ABSM2-3.579545MHZ-4-T is a particular type of quartz crystal and is used for many different purposes. This crystal offers a relatively low frequency of 3.579545 megahertz, and is capable of high frequency stability. This stability is verified through rigorous testing to ensure the crystal can maintain its accuracy over periods of time. This makes the ABSM2-3.579545MHZ-4-T a great choice for precise frequency-controlled applications.

Application Fields

The ABSM2-3.579545MHZ-4-T quartz crystal can be used in many different application fields. The accuracy and stability that the crystal offers makes it great for use in timing applications, such as audio and video synchronization and clocking systems. Its relatively low frequency makes it a great choice for radio communications, as it is low enough to use for a wide range of modulation techniques. Additionally, the ABSM2-3.579545MHZ-4-T is great for use in systems that require a precise synchronization frequency, such as in automotive control systems and navigational systems.

Working Principle

The ABSM2-3.579545MHZ-4-T quartz crystal works off the principles of piezoelectricity, which states that if certain materials are put under mechanical stress or strain, they will produce an electrical voltage. In this way, the quartz crystal will vibrate at a specific frequency, as determined by its shape and material composition. In the case of the ABSM2-3.579545MHZ-4-T crystal, it will oscillate at a frequency of 3.579545 megahertz. By providing the crystal with an external voltage, it can be made to vibrate faster, which can be used to increase the frequency.

The crystal is also able to maintain its frequency accuracy and stability through the use of a built-in feedback loop. This requires a resistor and capacitor to be connected to the crystal’s input and output. As the crystal oscillates, the capacitor will steadily start to discharge. This continuous discharge will be used to keep the oscillator in sync. This ensures that the crystal can maintain its frequency accuracy and stability over extended periods of time.

In addition to the ABSM2-3.579545MHZ-4-T, there are many other types of quartz crystals available for use. Depending on the application, different frequencies and accuracy levels may be required. Each type of crystal is designed to meet different precision needs and ensures that the application is able to keep up with the latest trends and advancements.

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