FA-238 16.3840MB-W

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Crystals

Crystals have been used in many technological and industrial applications, including the FA-238 16.3840MB-W. Crystals are objects made of atoms and molecules, arranged in geometric patterns along crystalline lattices in a large variety of shapes and forms. They have a variety of unique properties, such as angular momentum, piezoelectricity, and piezoresistivity. By understanding these properties, devices utilizing these crystals can be designed for the transfer of energy and the generation of signals.

FA-238 16.3840MB-W Application Field and Working Principle

Crystals of the FA-238 16.3840MB-W have many applications in modern technology, including communications, industrial controls, navigation systems, and sensing. This type of crystal utilizes both the piezoelectric and piezoresistive properties of quartz material to produce efficient, reliable, and accurate frequency signals. This crystal is capable of both base and subharmonic frequency generation. It can also be used in dual frequency applications, including frequency shift keyed (FSK) systems and frequency modulation (FM) systems.

The FA-238 16.3840MB-W crystal is designed for use in devices operating up to 2.4 GHz frequency range. It is constructed out of a quartz material, and has a 19.2 MHz frequency tolerance rating. The crystal has a temperature range of -40 to +85 Celsius, and is capable of sustaining a storage temperature of -60 to +125 Celsius for up to 1,000 hours. It has a supply voltage of 3.3 volts and has a power dissipation of 5.2 mW.

The typical working principle of the FA-238 16.3840MB-W crystal can be explained as follows. A sufficiently high voltage is applied to the terminals of the crystal, which results in an electric field in the crystal. This induces a dipole in the crystal structure, which causes a strain in the crystal lattice. This strain causes the crystal to vibrate at a specific frequency, and the frequency of this vibration is determined by the properties of the crystal and the applied voltage.

The energy generated by this crystal can then be used to generate a signal, or to power other components inside an electronic device. For example, in radio frequency (RF) applications, these signals can be amplified and used to transmit and receive data. This crystal can also be used in digital and analog circuits to generate essential clock signals end point or altering signals.

The use of the FA-238 16.3840MB-W crystal in modern technology demonstrates the vast potential of crystals in a range of applications. Its ability to generate reliable and efficient signals makes it an ideal choice for a variety of tasks, from navigation and communication systems to digital and analog circuits.

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