FA-20H 16.0000MF12Z-AC0

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Crystals are one of the most important components within an electronics system, and the FA-20H 16.0000MF12Z-AC0 crystal is one of the most important types of crystals for use in today’s electronic devices. Crystals, also known as quartz, can be found in almost every electronic system and are used to help maintain the accuracy of timekeeping circuits and digital signal processing circuits.

The FA-20H 16.0000MF12Z-AC0 crystal is a standard type of crystal oscillator used to control the frequency of a clock circuit. It has a frequency of 16 MHz and a 12.5 pF capacitance which provides stability and accuracy for the circuit. The output of the crystal is AC and is available in both through-hole and surface mount packages.

The FA-20H 16.0000MF12Z-AC0 application field can be found in a variety of applications such as frequency synthesizers, clocks, and filters. In frequency synthesizers, the crystal is used to generate the necessary frequencies to create a stable signal with minimal noise. In clocks, the crystal is used to provide the accuracy needed to keep time with minimal jitter. Finally, in filters, the crystal is used to control the center frequency and provide a stable output in order to reduce unwanted noise that may interfere with the signal.

The working principle of the FA-20H 16.0000MF12Z-AC0 is based on the physics of piezoelectricity. Piezoelectricity is the ability of certain materials to produce an electric charge when subjected to mechanical stress. The FA-20H 16.0000MF12Z-AC0 crystal is made up of thin layers of quartz which is subjected to an Electric Field. When a voltage is applied, the internal forces cause the crystal to vibrate at its natural frequency. This vibration produces an AC signal which is then used to control the frequency of the circuit.

The FA-20H 16.0000MF12Z-AC0 crystal is one of the most commonly used oscillators in today’s modern electronics. Its high stability and accuracy ensures that it is the prime choice for a variety of applications. The physics behind the piezoelectric effect makes the crystal an invaluable component for any electronic system.

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