FA-128 27.1200MB30V-AG5

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Crystals are materials used in various applications because of their distinct properties. Crystals such as the FA-128 27.1200MB30V-AG5 have specific applications in that they have different frequencies than the crystals conventionally used in applications. This type of crystal is used in a variety of applications including radio frequency, telecommunications, tracking systems and amplifiers.

The FA-128 27.1200MB30V-AG5 crystal is an AT-cut crystal with a frequency of 27.1200 Megahertz +/- 30 parts per million. This type of crystal has a stability of +/- 30 ppm over -20 to +70 Celsius and a start-up time of 15 seconds. It is manufactured using advanced techniques, such as laser trimming, to ensure the oscillator stability. The crystal also offers a low noise output which is ideal for applications such as digital communication and GPS hardware.

The FA-128 27.1200MB30V-AG5 crystal operates using the piezoelectric effect. The piezoelectric effect is the phenomenon of an electrical charge being generated when mechanical stress is applied to a certain type of material. When an element such as quartz is subjected to a mechanical pressure, it produces a voltage across its opposite surfaces. This voltage is proportional to the pressure applied. As a result, a piezoelectric crystal can convert an electrical signal into mechanical vibration and vice versa.

The FA-128 27.1200MB30V-AG5 crystal works similarly. Its vibrational frequency is determined by the geometry of its AT-cut and by the stress applied to this geometry. When an electrical voltage is applied to a quartz crystal, the electrons in the crystal attempt to find the lowest energy state they can. As they do so, they move around the structure of the crystal, which in turn vibrates at its resonant frequency, determined by the shape and dimension of the crystal. The quartz crystal then produces a frequency which is transferred to its connected circuit.

In summary, the FA-128 27.1200MB30V-AG5 crystal has a frequency of 27.1200 Megahertz +/- 30 parts per million. It is an AT-cut crystal constructed using advanced techniques such as laser trimming. It works using the piezoelectric effect, wherein an electrical voltage is applied to the crystal and its resonant frequency is transferred to its connected circuit. It has several applications, including radio frequency, telecommunications, tracking systems, and amplifiers.

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