FA-238 20.0000MB-R

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Crystals are small, submicroscopic, aggregate particles of a mineral, in particular, the various elements that form crystals of various shapes and sizes. The FA-238 20.0000MB-R is an example of a crystal used in a variety of applications.

The FA-238 20.0000MB-R crystal is a high-stability quartz crystal for use in high-performance radio communications systems. It has an operating temperature of −55°C to +105°C, a frequency accuracy of ±20 ppm, a tolerance of ±25 ppm, a storage temperature of −65°C to +125°C, and a capacitance of 1,00800 pF at 25°C. The crystal design is optimized for very stable frequency characteristics over a temperature range. Due to its robust design, it is suitable for industrial and automotive applications.

The FA-238 20.0000MB-R crystal has a wide range of applications, including modems and routers, cellular systems, Wi-Fi, satellite communications systems, broadcast systems, and other wireless communication systems. With its high frequency accuracy and excellent frequency stability, it is suitable for a variety of operations, such as in filtering, timing, and oscillation.

The working principle of the FA-238 20.0000MB-R crystal is based on the concept of resonance. In a crystal lattice, atoms are arranged in a regular formation, with each atom in a specific position relative to its nearest neighbours. When an alternating current is applied to the crystal lattice, the negatively charged particles in the lattice move in the direction of the current. This creates a vibratory motion in the lattice that is proportional to the amplitude of the current. When the frequency of the applied current matches the natural frequency of the crystal, resonance occurs, and the atoms of the lattice vibrate with a large amplitude. This creates a stable oscillation at an exactly predetermined frequency.

The FA-238 20.0000MB-R crystal is an example of a crystal that has been optimized to ensure optimal frequency accuracy and excellent frequency stability. This type of crystal is well-suited for a variety of high-performance applications and can be used to construct precise timing systems, frequency counters, phase-locked loop circuits, and other oscillator circuits.

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